Fam208a gene cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA	Protein	Name
XM_017802269.1	XP_017657758.1	protein TASOR isoform X3
XM_008849292.3	XP_008847514.1	protein TASOR isoform X1
XM_008849293.3	XP_008847515.1	protein TASOR isoform X2
XM_008849295.3	XP_008847517.1	protein TASOR isoform X5
XM_029554176.1	XP_029410036.1	protein TASOR isoform X6
XM_029554177.1	XP_029410037.1	protein TASOR isoform X6
XM_008849294.2	XP_008847516.1	protein TASOR isoform X4
XM_017802269.2	XP_017657758.1	protein TASOR isoform X3
XM_008849294.3	XP_008847516.1	protein TASOR isoform X4
XM_008849292.2	XP_008847514.1	protein TASOR isoform X1
XM_008849293.2	XP_008847515.1	protein TASOR isoform X2
XM_008849295.2	XP_008847517.1	protein TASOR isoform X5

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
ONa135500	XM_029554177.1 Latest version!	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ONa135500	XM_029554176.1 Latest version!	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
ONa31844	XM_008849294.3 Latest version!	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
ONa31841	XM_008849292.3 Latest version!	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa31842	XM_008849293.3 Latest version!	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa31843	XM_017802269.2 Latest version!	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa31845	XM_008849295.3 Latest version!	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
View Old Accession Versions >>
ONa31843	XM_017802269.1	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa31844	XM_008849294.2	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
ONa31841	XM_008849292.2	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa31842	XM_008849293.2	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00
ONa31845	XM_008849295.2	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
Hide Old Accession Versions >>

Fam208a ( XM_029554176.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029410036.1 Nannospalax galili transcription activation suppressor (Tasor), transcript variant X6, mRNA.

Price & Availability↑

CloneID	ONa135500
Clone ID Related Accession (Same CDS sequence)	XM_029554176.1 , XM_029554177.1
Accession Version	XM_029554176.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTTGATC GATATCAGGT TCAAAGCATA TGTGAAAAAG GATTGCAGGT GGGCCAGTCC 
AAAATAACTA TTCTTGGCAG TCCTTCCATG GGTATCTATC TTTCTAGGTA TGCAGATTTG 
TTACAGGCTA ATCCTTTGGA AGCTGGAGCA GTGGGCGATG TTGTTATTTT TAAAATAATG 
AAGGGTAAAA TCAAAAGTAT ATATGACACT GTGAGTGTAA AAAGCTTGGA ACCTATGCTA 
AATAGAAATG CTTTGGATCC TACACCAAAG CATGAATGCC ATGTGTCAAA GAATGCCAGT 
AGAATTACAT CCCTTTTGGC TTACAGAGCC TATGAGCTTA CTCAGTATTA TTTCTATGAG 
TATGGCTTTG ATGAACTAAG GCGAAGACCA AGGCATGTTT GTCCATATGC AGTTGTGTCT 
TTTACTTACA AAGATGATAT ACAGTCTCCG AAGTTTTTAT CTTCATTGAG ATCTAACAGC 
TTTAATGCAG ATAGAAACAT AGATAAATTT AATTACACCT TGTGGAAAGG ACAACTGTTA 
AATAAAGGAA AGCTTCTGTG TTACATTTCT TTGAGGTCAG CCACTCGTAC TTTTTTGCCT 
ATCAAACTTC CTGAGAAATT AGATGTTGAA ACAGTTATGA GTATTGATTA TTTGAAACAG 
AAAATTCCTC CTGCATTGTT TTATAAAGAA ACGTACTTGG GTCTGAATGA AGTTTTGAAG 
AATGGTATGT ATTGTACCCT TTACGAAGTT GTAGAAAAGA CAAGAGTTGG AAGTAACATG 
GAGTGTTTAC TGCAAAAACT GGAGAAAGAA AAACTCGTTC TTGTTAAACC TTTGGAAGAC 
CGAGGGTACC TTTTTCTTCT CTCTCCTTGT CAGATGATTT CACCATATGA ACATCAGACT 
GTCAAGTCTC GGTTCCTACA CGCTCTCTTT ATGTTTCAAG AACCTAGATG CATAATTATT 
TCACAAAAAG GTTCAACCAA TTCAGCACCA CAAGAAAGGC ATGAGAACAT GTCAGATATA 
TTAAAAATAA CTCAGTTTTT ACAGTTTGCT TTAATTCAGT GTCGAAAGGA ATTCAAAAGT 
ATAAACACTA TTAATTTTCA TTCTGTTGTT GAAAAGTATG TAAGTGAATT TTTTAAACGA 
GGTTTTGGTT CAGGTAAACG AGAGTTTTTC ATGTTTTCAT ATGATTCACG ATTAGATGAT 
AAAAAATTCT TATACTCGGC ACCAAGAAAT AAATCCCATA TTGCTGATTG CTTGCATACC 
TATATTTTTC AGCCTGAAAT GTATCAGTTA CCTATTTTTA AATTAAAAGA ATTATTTGAA 
GAAAATAGAA AACGTCAACA ATTTAGTCCA CTTTCAGATT ATGAAGGTCA AGAAGAAGAA 
ATGAATGGTT CAAAAATGAA GTTTGGAAAA CGAAATAACT CAAGGGGTGA AACAATTAAC 
CCTGGAAAGC CGAAGTCCTC TCACTCTTTG GATTATGATA AGGATAAAGT CAAAGAATTG 
ATTGATTTAA TTCAGTGTAA GAAAAAAAAT GTGGGCGGGG ATACGGACAC AGAAGAGCCA 
AGAAGCAAAA ATGTCTTGAA GAGGAAGCTT GAGGGTCTAC CTGAAAATAT GAGAAAGTTT 
GCCAAAACCA GTAATTTATC TGAAAATTAC CGTCTGTATG AAGAATCTCC ACAGTCCATT 
GGCTTACTTG GACATGATCC TAACTTGACA CTGCAACAGC AGGATACATG TAACCCCTCT 
GGCATTGCTG ACATCAATAA GCTTTATAAT TGGCTGTCAG AAACAATAGC CAATGCAGGA 
CACTCTGATT CCTCCCTGAC AGATACCATC AACAAAGCCT TAGGATTGAG TACTGGTGAC 
ACTTATGAAG ACCCCAGACA AAAGCATGAG TATGAGATGA GCTCTACTCT AGAGAAGAAA 
GACTATGAGC AGCCTGCTTG CACAAAAATT GAGAGTGTAC ATTTGAAGAG TTCCCAGAGC 
CCATTGCTGG AAGGTGATGC GGCATCTTTG AAGTATCCAT CTGTTCTTTC TACCACTGAG 
GATCCAAATT TAATTAATGT CAATAATTTT GAAGAGTGCA GTTTGTGTCC CACTGTTCCC 
ATTGAACATG GATTCCATAG ACAACAGTCT AAGTCAAATG ATGATGAAGA GACTGAAATA 
CATTGGAAAT TGATTCCAAT TACAGGAGGA AATGCAAGAA GCCCAGAAGA CCAGCATGGG 
AAACATTGTG AGAAACAAAC CCCAGGTATG AAATCACCAG AAGAACACCT GGCATGTCCG 
CCACCACAGG AGGCCTTTCC TAATGATCCC CGGGTAATAA GTAGAGAAAG AAGTTCTGAT 
TTCCAGTTTC CATCCTCTCC ATTTACAGAC ACAGTAAAGG GCACCACTGA AGAGGACCTG 
TTGACAGGTC AGGTGGTGAC CGTGGAGGAA CAGTGTGTGC CGGCAGCAGA GCCGCCTATA 
GTGAGCGAAA CTACAGAGAA TACAGTGTTA GGAGAGTTCC ATCTCTTTTC TAGGAAGATA 
GAAGAGATTT TGAAGCAAAA GAATGTTTCA TACATTAGTA CAATTTCCAC ACCTGTCTTT 
TCAACACAAG AGAAGATGAA GCGTCTTTCT GAGTTCATAT ATACTAAGAC TTCCAAAGCT 
GGTGTACAGG AATTTGTAGA TGGTTTGCAT GAGAAACTAA ATACTATTAT TATTAAAGCA 
TCAGCCAAGG GTGGGAATTT GCCACCAGTC AGCTTTAATG AGTCTGATAA TAAGACAGCA 
TTGAATCCTT TGGAAAGGCA TGTCCTATCA ACTTCCTCAA GTGACTTCAA CAGTAAAGAT 
CTTTTTGAGC CATTTTGTAC CACCTCTAAT GAACAGCATT CGTCTTCAAC TGAAGTAGAA 
ATGAACCAGC CACACCACGG CACAGAGTTA ATGATGACTT CTGATCACAC TGTACCAGGG 
AATAGTGCCA TGGAACCAAT AGAAAAAGAA ATAAAATCAC CTGGTGATGT AAACATTTCT 
GCACAACCAG CTCTTTCAAA TTTTATCAGC CAATTAGAAC CTGAAGTATT TAATAGTTTG 
GTTAAAATCA TGAAAGATGT CCAGAAAAAT ACTGTGAAAT TTTACATTCA TGAAGAAGAG 
GAGAGTGTGC TTTGTAAAGA AATAAAGGAA TATCTTATCA AATTAGGCAA TACAGAATGT 
CATCCAGATC ACTTTTTGGA AAGAAGATCA AACTTAGATA AGCTATTGAT TATTATTCAA 
AATGAAGACA TTGCAGGTTT CATTCATAAG GTACCTGGCT TGGTGACTTT AAAGAAGCTT 
CCATGTGTTA GTTTTGCTGG TGTTGATAGC CTGGATGATG TTAAAAATCA TACATACAAT 
GAATTATTTG TATCTGGTGG CTTTATTGTG TCTGATGAAT CCATTCTAAA TCCAGAGGTT 
GTTACAATTG AGAGCCTTAA AATTTTTTTG ACATTCCTTG AAGAACTTAG TACTCCAGAA 
GGAAAATGGC AGTGGAAAAT CCACTGTAAA TTTCAGAAGA AACTAAAGGA ACTGGGCAGA 
TTGAACACTA AAGCTCTAAG TTTGCTGACT CTTCTGAATG TCTATCAAAA GAAACATCTG 
GTTGACATTT TGTCTTACCA CAACTGTGAT TCACAAACTC GAAATGCTCC AGAATTGGAG 
TGCCTTATTA GGCTTCAGGC CCAGAACATA CAGCAACGAC ATGTAGTCTT TTTAACAGAG 
AAAAATATCA AGATGCTTTC GAACTATACA GATAACGGAA TTGTAGTTGC ATCTGCTGAA 
GATTTTATGC AAAACTTTAA AAACCTTGTG GGCTATCACA ACTCAGTCAC AGAAGACAAC 
CTTCCGCTGC TTGGTGCTAA TGAGAATCTT GAGTCACAGT CAGCTCTTTT AGAAAACGAT 
GAAAAGGATG AAGAGGATAT GTCTCTGGAT TCAGGGGATG AAATCTCACA TATAGAAGTA 
TTCAGCAATT GTCATTCAGA AATATTGGCA AGAGAGACCA AAGGATCAAG TGGAACAGAT 
CAAAAAAAGA ATATCCAAAC TGAATTGCAG TCGTCTCTTG ACATGCAAAA CAGTTTAGAA 
GATAAGACTT ACCAAATTGA TTGTGAAGAG AGAGCTCCTA TTGGTAGAGA ATGCTCTGAA 
GGAGAGAACA GCAATTCAGC AGAACAAGAT TCATATAGCA ACTGTCAGGT TTATCAAAAT 
CAATTAAATA TGTCCCATCA GTTTAGTCAT TTTAATGTTC TCACTCATCA GACATTTTTG 
GAAACACCAT ATGTCCTTTC ATCAACTCAG TCTCAAGAAA ATGAAAATTA CTTTTTATCC 
GCTTATAAAA GTTTTGATTC AGAGAAATCT CCATTAAGTT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029410036.1
CDS	348..4709
Translation	MVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_029554176.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029554176.1

ORF Insert Sequence:

ATGGTTGATC GATATCAGGT TCAAAGCATA TGTGAAAAAG GATTGCAGGT GGGCCAGTCC 
AAAATAACTA TTCTTGGCAG TCCTTCCATG GGTATCTATC TTTCTAGGTA TGCAGATTTG 
TTACAGGCTA ATCCTTTGGA AGCTGGAGCA GTGGGCGATG TTGTTATTTT TAAAATAATG 
AAGGGTAAAA TCAAAAGTAT ATATGACACT GTGAGTGTAA AAAGCTTGGA ACCTATGCTA 
AATAGAAATG CTTTGGATCC TACACCAAAG CATGAATGCC ATGTGTCAAA GAATGCCAGT 
AGAATTACAT CCCTTTTGGC TTACAGAGCC TATGAGCTTA CTCAGTATTA TTTCTATGAG 
TATGGCTTTG ATGAACTAAG GCGAAGACCA AGGCATGTTT GTCCATATGC AGTTGTGTCT 
TTTACTTACA AAGATGATAT ACAGTCTCCG AAGTTTTTAT CTTCATTGAG ATCTAACAGC 
TTTAATGCAG ATAGAAACAT AGATAAATTT AATTACACCT TGTGGAAAGG ACAACTGTTA 
AATAAAGGAA AGCTTCTGTG TTACATTTCT TTGAGGTCAG CCACTCGTAC TTTTTTGCCT 
ATCAAACTTC CTGAGAAATT AGATGTTGAA ACAGTTATGA GTATTGATTA TTTGAAACAG 
AAAATTCCTC CTGCATTGTT TTATAAAGAA ACGTACTTGG GTCTGAATGA AGTTTTGAAG 
AATGGTATGT ATTGTACCCT TTACGAAGTT GTAGAAAAGA CAAGAGTTGG AAGTAACATG 
GAGTGTTTAC TGCAAAAACT GGAGAAAGAA AAACTCGTTC TTGTTAAACC TTTGGAAGAC 
CGAGGGTACC TTTTTCTTCT CTCTCCTTGT CAGATGATTT CACCATATGA ACATCAGACT 
GTCAAGTCTC GGTTCCTACA CGCTCTCTTT ATGTTTCAAG AACCTAGATG CATAATTATT 
TCACAAAAAG GTTCAACCAA TTCAGCACCA CAAGAAAGGC ATGAGAACAT GTCAGATATA 
TTAAAAATAA CTCAGTTTTT ACAGTTTGCT TTAATTCAGT GTCGAAAGGA ATTCAAAAGT 
ATAAACACTA TTAATTTTCA TTCTGTTGTT GAAAAGTATG TAAGTGAATT TTTTAAACGA 
GGTTTTGGTT CAGGTAAACG AGAGTTTTTC ATGTTTTCAT ATGATTCACG ATTAGATGAT 
AAAAAATTCT TATACTCGGC ACCAAGAAAT AAATCCCATA TTGCTGATTG CTTGCATACC 
TATATTTTTC AGCCTGAAAT GTATCAGTTA CCTATTTTTA AATTAAAAGA ATTATTTGAA 
GAAAATAGAA AACGTCAACA ATTTAGTCCA CTTTCAGATT ATGAAGGTCA AGAAGAAGAA 
ATGAATGGTT CAAAAATGAA GTTTGGAAAA CGAAATAACT CAAGGGGTGA AACAATTAAC 
CCTGGAAAGC CGAAGTCCTC TCACTCTTTG GATTATGATA AGGATAAAGT CAAAGAATTG 
ATTGATTTAA TTCAGTGTAA GAAAAAAAAT GTGGGCGGGG ATACGGACAC AGAAGAGCCA 
AGAAGCAAAA ATGTCTTGAA GAGGAAGCTT GAGGGTCTAC CTGAAAATAT GAGAAAGTTT 
GCCAAAACCA GTAATTTATC TGAAAATTAC CGTCTGTATG AAGAATCTCC ACAGTCCATT 
GGCTTACTTG GACATGATCC TAACTTGACA CTGCAACAGC AGGATACATG TAACCCCTCT 
GGCATTGCTG ACATCAATAA GCTTTATAAT TGGCTGTCAG AAACAATAGC CAATGCAGGA 
CACTCTGATT CCTCCCTGAC AGATACCATC AACAAAGCCT TAGGATTGAG TACTGGTGAC 
ACTTATGAAG ACCCCAGACA AAAGCATGAG TATGAGATGA GCTCTACTCT AGAGAAGAAA 
GACTATGAGC AGCCTGCTTG CACAAAAATT GAGAGTGTAC ATTTGAAGAG TTCCCAGAGC 
CCATTGCTGG AAGGTGATGC GGCATCTTTG AAGTATCCAT CTGTTCTTTC TACCACTGAG 
GATCCAAATT TAATTAATGT CAATAATTTT GAAGAGTGCA GTTTGTGTCC CACTGTTCCC 
ATTGAACATG GATTCCATAG ACAACAGTCT AAGTCAAATG ATGATGAAGA GACTGAAATA 
CATTGGAAAT TGATTCCAAT TACAGGAGGA AATGCAAGAA GCCCAGAAGA CCAGCATGGG 
AAACATTGTG AGAAACAAAC CCCAGGTATG AAATCACCAG AAGAACACCT GGCATGTCCG 
CCACCACAGG AGGCCTTTCC TAATGATCCC CGGGTAATAA GTAGAGAAAG AAGTTCTGAT 
TTCCAGTTTC CATCCTCTCC ATTTACAGAC ACAGTAAAGG GCACCACTGA AGAGGACCTG 
TTGACAGGTC AGGTGGTGAC CGTGGAGGAA CAGTGTGTGC CGGCAGCAGA GCCGCCTATA 
GTGAGCGAAA CTACAGAGAA TACAGTGTTA GGAGAGTTCC ATCTCTTTTC TAGGAAGATA 
GAAGAGATTT TGAAGCAAAA GAATGTTTCA TACATTAGTA CAATTTCCAC ACCTGTCTTT 
TCAACACAAG AGAAGATGAA GCGTCTTTCT GAGTTCATAT ATACTAAGAC TTCCAAAGCT 
GGTGTACAGG AATTTGTAGA TGGTTTGCAT GAGAAACTAA ATACTATTAT TATTAAAGCA 
TCAGCCAAGG GTGGGAATTT GCCACCAGTC AGCTTTAATG AGTCTGATAA TAAGACAGCA 
TTGAATCCTT TGGAAAGGCA TGTCCTATCA ACTTCCTCAA GTGACTTCAA CAGTAAAGAT 
CTTTTTGAGC CATTTTGTAC CACCTCTAAT GAACAGCATT CGTCTTCAAC TGAAGTAGAA 
ATGAACCAGC CACACCACGG CACAGAGTTA ATGATGACTT CTGATCACAC TGTACCAGGG 
AATAGTGCCA TGGAACCAAT AGAAAAAGAA ATAAAATCAC CTGGTGATGT AAACATTTCT 
GCACAACCAG CTCTTTCAAA TTTTATCAGC CAATTAGAAC CTGAAGTATT TAATAGTTTG 
GTTAAAATCA TGAAAGATGT CCAGAAAAAT ACTGTGAAAT TTTACATTCA TGAAGAAGAG 
GAGAGTGTGC TTTGTAAAGA AATAAAGGAA TATCTTATCA AATTAGGCAA TACAGAATGT 
CATCCAGATC ACTTTTTGGA AAGAAGATCA AACTTAGATA AGCTATTGAT TATTATTCAA 
AATGAAGACA TTGCAGGTTT CATTCATAAG GTACCTGGCT TGGTGACTTT AAAGAAGCTT 
CCATGTGTTA GTTTTGCTGG TGTTGATAGC CTGGATGATG TTAAAAATCA TACATACAAT 
GAATTATTTG TATCTGGTGG CTTTATTGTG TCTGATGAAT CCATTCTAAA TCCAGAGGTT 
GTTACAATTG AGAGCCTTAA AATTTTTTTG ACATTCCTTG AAGAACTTAG TACTCCAGAA 
GGAAAATGGC AGTGGAAAAT CCACTGTAAA TTTCAGAAGA AACTAAAGGA ACTGGGCAGA 
TTGAACACTA AAGCTCTAAG TTTGCTGACT CTTCTGAATG TCTATCAAAA GAAACATCTG 
GTTGACATTT TGTCTTACCA CAACTGTGAT TCACAAACTC GAAATGCTCC AGAATTGGAG 
TGCCTTATTA GGCTTCAGGC CCAGAACATA CAGCAACGAC ATGTAGTCTT TTTAACAGAG 
AAAAATATCA AGATGCTTTC GAACTATACA GATAACGGAA TTGTAGTTGC ATCTGCTGAA 
GATTTTATGC AAAACTTTAA AAACCTTGTG GGCTATCACA ACTCAGTCAC AGAAGACAAC 
CTTCCGCTGC TTGGTGCTAA TGAGAATCTT GAGTCACAGT CAGCTCTTTT AGAAAACGAT 
GAAAAGGATG AAGAGGATAT GTCTCTGGAT TCAGGGGATG AAATCTCACA TATAGAAGTA 
TTCAGCAATT GTCATTCAGA AATATTGGCA AGAGAGACCA AAGGATCAAG TGGAACAGAT 
CAAAAAAAGA ATATCCAAAC TGAATTGCAG TCGTCTCTTG ACATGCAAAA CAGTTTAGAA 
GATAAGACTT ACCAAATTGA TTGTGAAGAG AGAGCTCCTA TTGGTAGAGA ATGCTCTGAA 
GGAGAGAACA GCAATTCAGC AGAACAAGAT TCATATAGCA ACTGTCAGGT TTATCAAAAT 
CAATTAAATA TGTCCCATCA GTTTAGTCAT TTTAATGTTC TCACTCATCA GACATTTTTG 
GAAACACCAT ATGTCCTTTC ATCAACTCAG TCTCAAGAAA ATGAAAATTA CTTTTTATCC 
GCTTATAAAA GTTTTGATTC AGAGAAATCT CCATTAAGTT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_029554177.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_029410037.1 Nannospalax galili transcription activation suppressor (Tasor), transcript variant X7, mRNA.

Price & Availability↑

CloneID	ONa135500
Clone ID Related Accession (Same CDS sequence)	XM_029554176.1 , XM_029554177.1
Accession Version	XM_029554177.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4362bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGTTGATC GATATCAGGT TCAAAGCATA TGTGAAAAAG GATTGCAGGT GGGCCAGTCC 
AAAATAACTA TTCTTGGCAG TCCTTCCATG GGTATCTATC TTTCTAGGTA TGCAGATTTG 
TTACAGGCTA ATCCTTTGGA AGCTGGAGCA GTGGGCGATG TTGTTATTTT TAAAATAATG 
AAGGGTAAAA TCAAAAGTAT ATATGACACT GTGAGTGTAA AAAGCTTGGA ACCTATGCTA 
AATAGAAATG CTTTGGATCC TACACCAAAG CATGAATGCC ATGTGTCAAA GAATGCCAGT 
AGAATTACAT CCCTTTTGGC TTACAGAGCC TATGAGCTTA CTCAGTATTA TTTCTATGAG 
TATGGCTTTG ATGAACTAAG GCGAAGACCA AGGCATGTTT GTCCATATGC AGTTGTGTCT 
TTTACTTACA AAGATGATAT ACAGTCTCCG AAGTTTTTAT CTTCATTGAG ATCTAACAGC 
TTTAATGCAG ATAGAAACAT AGATAAATTT AATTACACCT TGTGGAAAGG ACAACTGTTA 
AATAAAGGAA AGCTTCTGTG TTACATTTCT TTGAGGTCAG CCACTCGTAC TTTTTTGCCT 
ATCAAACTTC CTGAGAAATT AGATGTTGAA ACAGTTATGA GTATTGATTA TTTGAAACAG 
AAAATTCCTC CTGCATTGTT TTATAAAGAA ACGTACTTGG GTCTGAATGA AGTTTTGAAG 
AATGGTATGT ATTGTACCCT TTACGAAGTT GTAGAAAAGA CAAGAGTTGG AAGTAACATG 
GAGTGTTTAC TGCAAAAACT GGAGAAAGAA AAACTCGTTC TTGTTAAACC TTTGGAAGAC 
CGAGGGTACC TTTTTCTTCT CTCTCCTTGT CAGATGATTT CACCATATGA ACATCAGACT 
GTCAAGTCTC GGTTCCTACA CGCTCTCTTT ATGTTTCAAG AACCTAGATG CATAATTATT 
TCACAAAAAG GTTCAACCAA TTCAGCACCA CAAGAAAGGC ATGAGAACAT GTCAGATATA 
TTAAAAATAA CTCAGTTTTT ACAGTTTGCT TTAATTCAGT GTCGAAAGGA ATTCAAAAGT 
ATAAACACTA TTAATTTTCA TTCTGTTGTT GAAAAGTATG TAAGTGAATT TTTTAAACGA 
GGTTTTGGTT CAGGTAAACG AGAGTTTTTC ATGTTTTCAT ATGATTCACG ATTAGATGAT 
AAAAAATTCT TATACTCGGC ACCAAGAAAT AAATCCCATA TTGCTGATTG CTTGCATACC 
TATATTTTTC AGCCTGAAAT GTATCAGTTA CCTATTTTTA AATTAAAAGA ATTATTTGAA 
GAAAATAGAA AACGTCAACA ATTTAGTCCA CTTTCAGATT ATGAAGGTCA AGAAGAAGAA 
ATGAATGGTT CAAAAATGAA GTTTGGAAAA CGAAATAACT CAAGGGGTGA AACAATTAAC 
CCTGGAAAGC CGAAGTCCTC TCACTCTTTG GATTATGATA AGGATAAAGT CAAAGAATTG 
ATTGATTTAA TTCAGTGTAA GAAAAAAAAT GTGGGCGGGG ATACGGACAC AGAAGAGCCA 
AGAAGCAAAA ATGTCTTGAA GAGGAAGCTT GAGGGTCTAC CTGAAAATAT GAGAAAGTTT 
GCCAAAACCA GTAATTTATC TGAAAATTAC CGTCTGTATG AAGAATCTCC ACAGTCCATT 
GGCTTACTTG GACATGATCC TAACTTGACA CTGCAACAGC AGGATACATG TAACCCCTCT 
GGCATTGCTG ACATCAATAA GCTTTATAAT TGGCTGTCAG AAACAATAGC CAATGCAGGA 
CACTCTGATT CCTCCCTGAC AGATACCATC AACAAAGCCT TAGGATTGAG TACTGGTGAC 
ACTTATGAAG ACCCCAGACA AAAGCATGAG TATGAGATGA GCTCTACTCT AGAGAAGAAA 
GACTATGAGC AGCCTGCTTG CACAAAAATT GAGAGTGTAC ATTTGAAGAG TTCCCAGAGC 
CCATTGCTGG AAGGTGATGC GGCATCTTTG AAGTATCCAT CTGTTCTTTC TACCACTGAG 
GATCCAAATT TAATTAATGT CAATAATTTT GAAGAGTGCA GTTTGTGTCC CACTGTTCCC 
ATTGAACATG GATTCCATAG ACAACAGTCT AAGTCAAATG ATGATGAAGA GACTGAAATA 
CATTGGAAAT TGATTCCAAT TACAGGAGGA AATGCAAGAA GCCCAGAAGA CCAGCATGGG 
AAACATTGTG AGAAACAAAC CCCAGGTATG AAATCACCAG AAGAACACCT GGCATGTCCG 
CCACCACAGG AGGCCTTTCC TAATGATCCC CGGGTAATAA GTAGAGAAAG AAGTTCTGAT 
TTCCAGTTTC CATCCTCTCC ATTTACAGAC ACAGTAAAGG GCACCACTGA AGAGGACCTG 
TTGACAGGTC AGGTGGTGAC CGTGGAGGAA CAGTGTGTGC CGGCAGCAGA GCCGCCTATA 
GTGAGCGAAA CTACAGAGAA TACAGTGTTA GGAGAGTTCC ATCTCTTTTC TAGGAAGATA 
GAAGAGATTT TGAAGCAAAA GAATGTTTCA TACATTAGTA CAATTTCCAC ACCTGTCTTT 
TCAACACAAG AGAAGATGAA GCGTCTTTCT GAGTTCATAT ATACTAAGAC TTCCAAAGCT 
GGTGTACAGG AATTTGTAGA TGGTTTGCAT GAGAAACTAA ATACTATTAT TATTAAAGCA 
TCAGCCAAGG GTGGGAATTT GCCACCAGTC AGCTTTAATG AGTCTGATAA TAAGACAGCA 
TTGAATCCTT TGGAAAGGCA TGTCCTATCA ACTTCCTCAA GTGACTTCAA CAGTAAAGAT 
CTTTTTGAGC CATTTTGTAC CACCTCTAAT GAACAGCATT CGTCTTCAAC TGAAGTAGAA 
ATGAACCAGC CACACCACGG CACAGAGTTA ATGATGACTT CTGATCACAC TGTACCAGGG 
AATAGTGCCA TGGAACCAAT AGAAAAAGAA ATAAAATCAC CTGGTGATGT AAACATTTCT 
GCACAACCAG CTCTTTCAAA TTTTATCAGC CAATTAGAAC CTGAAGTATT TAATAGTTTG 
GTTAAAATCA TGAAAGATGT CCAGAAAAAT ACTGTGAAAT TTTACATTCA TGAAGAAGAG 
GAGAGTGTGC TTTGTAAAGA AATAAAGGAA TATCTTATCA AATTAGGCAA TACAGAATGT 
CATCCAGATC ACTTTTTGGA AAGAAGATCA AACTTAGATA AGCTATTGAT TATTATTCAA 
AATGAAGACA TTGCAGGTTT CATTCATAAG GTACCTGGCT TGGTGACTTT AAAGAAGCTT 
CCATGTGTTA GTTTTGCTGG TGTTGATAGC CTGGATGATG TTAAAAATCA TACATACAAT 
GAATTATTTG TATCTGGTGG CTTTATTGTG TCTGATGAAT CCATTCTAAA TCCAGAGGTT 
GTTACAATTG AGAGCCTTAA AATTTTTTTG ACATTCCTTG AAGAACTTAG TACTCCAGAA 
GGAAAATGGC AGTGGAAAAT CCACTGTAAA TTTCAGAAGA AACTAAAGGA ACTGGGCAGA 
TTGAACACTA AAGCTCTAAG TTTGCTGACT CTTCTGAATG TCTATCAAAA GAAACATCTG 
GTTGACATTT TGTCTTACCA CAACTGTGAT TCACAAACTC GAAATGCTCC AGAATTGGAG 
TGCCTTATTA GGCTTCAGGC CCAGAACATA CAGCAACGAC ATGTAGTCTT TTTAACAGAG 
AAAAATATCA AGATGCTTTC GAACTATACA GATAACGGAA TTGTAGTTGC ATCTGCTGAA 
GATTTTATGC AAAACTTTAA AAACCTTGTG GGCTATCACA ACTCAGTCAC AGAAGACAAC 
CTTCCGCTGC TTGGTGCTAA TGAGAATCTT GAGTCACAGT CAGCTCTTTT AGAAAACGAT 
GAAAAGGATG AAGAGGATAT GTCTCTGGAT TCAGGGGATG AAATCTCACA TATAGAAGTA 
TTCAGCAATT GTCATTCAGA AATATTGGCA AGAGAGACCA AAGGATCAAG TGGAACAGAT 
CAAAAAAAGA ATATCCAAAC TGAATTGCAG TCGTCTCTTG ACATGCAAAA CAGTTTAGAA 
GATAAGACTT ACCAAATTGA TTGTGAAGAG AGAGCTCCTA TTGGTAGAGA ATGCTCTGAA 
GGAGAGAACA GCAATTCAGC AGAACAAGAT TCATATAGCA ACTGTCAGGT TTATCAAAAT 
CAATTAAATA TGTCCCATCA GTTTAGTCAT TTTAATGTTC TCACTCATCA GACATTTTTG 
GAAACACCAT ATGTCCTTTC ATCAACTCAG TCTCAAGAAA ATGAAAATTA CTTTTTATCC 
GCTTATAAAA GTTTTGATTC AGAGAAATCT CCATTAAGTT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_029410037.1
CDS	312..4673
Translation	MVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_029554177.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_029554177.1

ORF Insert Sequence:

ATGGTTGATC GATATCAGGT TCAAAGCATA TGTGAAAAAG GATTGCAGGT GGGCCAGTCC 
AAAATAACTA TTCTTGGCAG TCCTTCCATG GGTATCTATC TTTCTAGGTA TGCAGATTTG 
TTACAGGCTA ATCCTTTGGA AGCTGGAGCA GTGGGCGATG TTGTTATTTT TAAAATAATG 
AAGGGTAAAA TCAAAAGTAT ATATGACACT GTGAGTGTAA AAAGCTTGGA ACCTATGCTA 
AATAGAAATG CTTTGGATCC TACACCAAAG CATGAATGCC ATGTGTCAAA GAATGCCAGT 
AGAATTACAT CCCTTTTGGC TTACAGAGCC TATGAGCTTA CTCAGTATTA TTTCTATGAG 
TATGGCTTTG ATGAACTAAG GCGAAGACCA AGGCATGTTT GTCCATATGC AGTTGTGTCT 
TTTACTTACA AAGATGATAT ACAGTCTCCG AAGTTTTTAT CTTCATTGAG ATCTAACAGC 
TTTAATGCAG ATAGAAACAT AGATAAATTT AATTACACCT TGTGGAAAGG ACAACTGTTA 
AATAAAGGAA AGCTTCTGTG TTACATTTCT TTGAGGTCAG CCACTCGTAC TTTTTTGCCT 
ATCAAACTTC CTGAGAAATT AGATGTTGAA ACAGTTATGA GTATTGATTA TTTGAAACAG 
AAAATTCCTC CTGCATTGTT TTATAAAGAA ACGTACTTGG GTCTGAATGA AGTTTTGAAG 
AATGGTATGT ATTGTACCCT TTACGAAGTT GTAGAAAAGA CAAGAGTTGG AAGTAACATG 
GAGTGTTTAC TGCAAAAACT GGAGAAAGAA AAACTCGTTC TTGTTAAACC TTTGGAAGAC 
CGAGGGTACC TTTTTCTTCT CTCTCCTTGT CAGATGATTT CACCATATGA ACATCAGACT 
GTCAAGTCTC GGTTCCTACA CGCTCTCTTT ATGTTTCAAG AACCTAGATG CATAATTATT 
TCACAAAAAG GTTCAACCAA TTCAGCACCA CAAGAAAGGC ATGAGAACAT GTCAGATATA 
TTAAAAATAA CTCAGTTTTT ACAGTTTGCT TTAATTCAGT GTCGAAAGGA ATTCAAAAGT 
ATAAACACTA TTAATTTTCA TTCTGTTGTT GAAAAGTATG TAAGTGAATT TTTTAAACGA 
GGTTTTGGTT CAGGTAAACG AGAGTTTTTC ATGTTTTCAT ATGATTCACG ATTAGATGAT 
AAAAAATTCT TATACTCGGC ACCAAGAAAT AAATCCCATA TTGCTGATTG CTTGCATACC 
TATATTTTTC AGCCTGAAAT GTATCAGTTA CCTATTTTTA AATTAAAAGA ATTATTTGAA 
GAAAATAGAA AACGTCAACA ATTTAGTCCA CTTTCAGATT ATGAAGGTCA AGAAGAAGAA 
ATGAATGGTT CAAAAATGAA GTTTGGAAAA CGAAATAACT CAAGGGGTGA AACAATTAAC 
CCTGGAAAGC CGAAGTCCTC TCACTCTTTG GATTATGATA AGGATAAAGT CAAAGAATTG 
ATTGATTTAA TTCAGTGTAA GAAAAAAAAT GTGGGCGGGG ATACGGACAC AGAAGAGCCA 
AGAAGCAAAA ATGTCTTGAA GAGGAAGCTT GAGGGTCTAC CTGAAAATAT GAGAAAGTTT 
GCCAAAACCA GTAATTTATC TGAAAATTAC CGTCTGTATG AAGAATCTCC ACAGTCCATT 
GGCTTACTTG GACATGATCC TAACTTGACA CTGCAACAGC AGGATACATG TAACCCCTCT 
GGCATTGCTG ACATCAATAA GCTTTATAAT TGGCTGTCAG AAACAATAGC CAATGCAGGA 
CACTCTGATT CCTCCCTGAC AGATACCATC AACAAAGCCT TAGGATTGAG TACTGGTGAC 
ACTTATGAAG ACCCCAGACA AAAGCATGAG TATGAGATGA GCTCTACTCT AGAGAAGAAA 
GACTATGAGC AGCCTGCTTG CACAAAAATT GAGAGTGTAC ATTTGAAGAG TTCCCAGAGC 
CCATTGCTGG AAGGTGATGC GGCATCTTTG AAGTATCCAT CTGTTCTTTC TACCACTGAG 
GATCCAAATT TAATTAATGT CAATAATTTT GAAGAGTGCA GTTTGTGTCC CACTGTTCCC 
ATTGAACATG GATTCCATAG ACAACAGTCT AAGTCAAATG ATGATGAAGA GACTGAAATA 
CATTGGAAAT TGATTCCAAT TACAGGAGGA AATGCAAGAA GCCCAGAAGA CCAGCATGGG 
AAACATTGTG AGAAACAAAC CCCAGGTATG AAATCACCAG AAGAACACCT GGCATGTCCG 
CCACCACAGG AGGCCTTTCC TAATGATCCC CGGGTAATAA GTAGAGAAAG AAGTTCTGAT 
TTCCAGTTTC CATCCTCTCC ATTTACAGAC ACAGTAAAGG GCACCACTGA AGAGGACCTG 
TTGACAGGTC AGGTGGTGAC CGTGGAGGAA CAGTGTGTGC CGGCAGCAGA GCCGCCTATA 
GTGAGCGAAA CTACAGAGAA TACAGTGTTA GGAGAGTTCC ATCTCTTTTC TAGGAAGATA 
GAAGAGATTT TGAAGCAAAA GAATGTTTCA TACATTAGTA CAATTTCCAC ACCTGTCTTT 
TCAACACAAG AGAAGATGAA GCGTCTTTCT GAGTTCATAT ATACTAAGAC TTCCAAAGCT 
GGTGTACAGG AATTTGTAGA TGGTTTGCAT GAGAAACTAA ATACTATTAT TATTAAAGCA 
TCAGCCAAGG GTGGGAATTT GCCACCAGTC AGCTTTAATG AGTCTGATAA TAAGACAGCA 
TTGAATCCTT TGGAAAGGCA TGTCCTATCA ACTTCCTCAA GTGACTTCAA CAGTAAAGAT 
CTTTTTGAGC CATTTTGTAC CACCTCTAAT GAACAGCATT CGTCTTCAAC TGAAGTAGAA 
ATGAACCAGC CACACCACGG CACAGAGTTA ATGATGACTT CTGATCACAC TGTACCAGGG 
AATAGTGCCA TGGAACCAAT AGAAAAAGAA ATAAAATCAC CTGGTGATGT AAACATTTCT 
GCACAACCAG CTCTTTCAAA TTTTATCAGC CAATTAGAAC CTGAAGTATT TAATAGTTTG 
GTTAAAATCA TGAAAGATGT CCAGAAAAAT ACTGTGAAAT TTTACATTCA TGAAGAAGAG 
GAGAGTGTGC TTTGTAAAGA AATAAAGGAA TATCTTATCA AATTAGGCAA TACAGAATGT 
CATCCAGATC ACTTTTTGGA AAGAAGATCA AACTTAGATA AGCTATTGAT TATTATTCAA 
AATGAAGACA TTGCAGGTTT CATTCATAAG GTACCTGGCT TGGTGACTTT AAAGAAGCTT 
CCATGTGTTA GTTTTGCTGG TGTTGATAGC CTGGATGATG TTAAAAATCA TACATACAAT 
GAATTATTTG TATCTGGTGG CTTTATTGTG TCTGATGAAT CCATTCTAAA TCCAGAGGTT 
GTTACAATTG AGAGCCTTAA AATTTTTTTG ACATTCCTTG AAGAACTTAG TACTCCAGAA 
GGAAAATGGC AGTGGAAAAT CCACTGTAAA TTTCAGAAGA AACTAAAGGA ACTGGGCAGA 
TTGAACACTA AAGCTCTAAG TTTGCTGACT CTTCTGAATG TCTATCAAAA GAAACATCTG 
GTTGACATTT TGTCTTACCA CAACTGTGAT TCACAAACTC GAAATGCTCC AGAATTGGAG 
TGCCTTATTA GGCTTCAGGC CCAGAACATA CAGCAACGAC ATGTAGTCTT TTTAACAGAG 
AAAAATATCA AGATGCTTTC GAACTATACA GATAACGGAA TTGTAGTTGC ATCTGCTGAA 
GATTTTATGC AAAACTTTAA AAACCTTGTG GGCTATCACA ACTCAGTCAC AGAAGACAAC 
CTTCCGCTGC TTGGTGCTAA TGAGAATCTT GAGTCACAGT CAGCTCTTTT AGAAAACGAT 
GAAAAGGATG AAGAGGATAT GTCTCTGGAT TCAGGGGATG AAATCTCACA TATAGAAGTA 
TTCAGCAATT GTCATTCAGA AATATTGGCA AGAGAGACCA AAGGATCAAG TGGAACAGAT 
CAAAAAAAGA ATATCCAAAC TGAATTGCAG TCGTCTCTTG ACATGCAAAA CAGTTTAGAA 
GATAAGACTT ACCAAATTGA TTGTGAAGAG AGAGCTCCTA TTGGTAGAGA ATGCTCTGAA 
GGAGAGAACA GCAATTCAGC AGAACAAGAT TCATATAGCA ACTGTCAGGT TTATCAAAAT 
CAATTAAATA TGTCCCATCA GTTTAGTCAT TTTAATGTTC TCACTCATCA GACATTTTTG 
GAAACACCAT ATGTCCTTTC ATCAACTCAG TCTCAAGAAA ATGAAAATTA CTTTTTATCC 
GCTTATAAAA GTTTTGATTC AGAGAAATCT CCATTAAGTT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_008849294.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008847516.1 Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X4, mRNA.

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CloneID	ONa31844
Clone ID Related Accession (Same CDS sequence)	XM_008849294.2 , XM_008849294.3
Accession Version	XM_008849294.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4614bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008849294.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCATTTG TTGTCTTAAG AGAATGGGAA GCACTTTTCC AGCCATTGAC TCCAGGCTCT 
CGAGAATTTG AAGATGTTTT AAATATTCTT CATTCATCTT ACCTTGAACC ATCCTCCGTA 
GCAAATTTTA ACTACAGACG AGCTTGCTTG ATACACAATG ACCTTTTGGA AAAGGAGTTT 
ACAGAAAAGA GAAGAGAACT GAAGTTTGAT GGTCGTTTAG ATAAGGAACT TTCAGAATCC 
TATGCATTTC TCATGGTTGA TCGATATCAG GTTCAAAGCA TATGTGAAAA AGGATTGCAG 
GTGGGCCAGT CCAAAATAAC TATTCTTGGC AGTCCTTCCA TGGGTATCTA TCTTTCTAGG 
TATGCAGATT TGTTACAGGC TAATCCTTTG GAAGCTGGAG CAGTGGGCGA TGTTGTTATT 
TTTAAAATAA TGAAGGGTAA AATCAAAAGT ATATATGACA CTGTGAGTGT AAAAAGCTTG 
GAACCTATGC TAAATAGAAA TGCTTTGGAT CCTACACCAA AGCATGAATG CCATGTGTCA 
AAGAATGCCA GTAGAATTAC ATCCCTTTTG GCTTACAGAG CCTATGAGCT TACTCAGTAT 
TATTTCTATG AGTATGGCTT TGATGAACTA AGGCGAAGAC CAAGGCATGT TTGTCCATAT 
GCAGTTGTGT CTTTTACTTA CAAAGATGAT ATACAGTCTC CGAAGTTTTT ATCTTCATTG 
AGATCTAACA GCTTTAATGC AGATAGAAAC ATAGATAAAT TTAATTACAC CTTGTGGAAA 
GGACAACTGT TAAATAAAGG AAAGCTTCTG TGTTACATTT CTTTGAGGTC AGCCACTCGT 
ACTTTTTTGC CTATCAAACT TCCTGAGAAA TTAGATGTTG AAACAGTTAT GAGTATTGAT 
TATTTGAAAC AGAAAATTCC TCCTGCATTG TTTTATAAAG AAACGTACTT GGGTCTGAAT 
GAAGTTTTGA AGAATGGTAT GTATTGTACC CTTTACGAAG TTGTAGAAAA GACAAGAGTT 
GGAAGTAACA TGGAGTGTTT ACTGCAAAAA CTGGAGAAAG AAAAACTCGT TCTTGTTAAA 
CCTTTGGAAG ACCGAGGGTA CCTTTTTCTT CTCTCTCCTT GTCAGATGAT TTCACCATAT 
GAACATCAGA CTGTCAAGTC TCGGTTCCTA CACGCTCTCT TTATGTTTCA AGAACCTAGA 
TGCATAATTA TTTCACAAAA AGGTTCAACC AATTCAGCAC CACAAGAAAG GCATGAGAAC 
ATGTCAGATA TATTAAAAAT AACTCAGTTT TTACAGTTTG CTTTAATTCA GTGTCGAAAG 
GAATTCAAAA GTATAAACAC TATTAATTTT CATTCTGTTG TTGAAAAGTA TGTAAGTGAA 
TTTTTTAAAC GAGGTTTTGG TTCAGGTAAA CGAGAGTTTT TCATGTTTTC ATATGATTCA 
CGATTAGATG ATAAAAAATT CTTATACTCG GCACCAAGAA ATAAATCCCA TATTGCTGAT 
TGCTTGCATA CCTATATTTT TCAGCCTGAA ATGTATCAGT TACCTATTTT TAAATTAAAA 
GAATTATTTG AAGAAAATAG AAAACGTCAA CAATTTAGTC CACTTTCAGA TTATGAAGGT 
CAAGAAGAAG AAATGAATGG TTCAAAAATG AAGTTTGGAA AACGAAATAA CTCAAGGGGT 
GAAACAATTA ACCCTGGAAA GCCGAAGTCC TCTCACTCTT TGGATTATGA TAAGGATAAA 
GTCAAAGAAT TGATTGATTT AATTCAGTGT AAGAAAAAAA ATGTGGGCGG GGATACGGAC 
ACAGAAGAGC CAAGAAGCAA AAATGTCTTG AAGAGGAAGC TTGAGGGTCT ACCTGAAAAT 
ATGAGAAAGT TTGCCAAAAC CAGTAATTTA TCTGAAAATT ACCGTCTGTA TGAAGAATCT 
CCACAGTCCA TTGGCTTACT TGGACATGAT CCTAACTTGA CACTGCAACA GCAGGATACA 
TGTAACCCCT CTGGCATTGC TGACATCAAT AAGCTTTATA ATTGGCTGTC AGAAACAATA 
GCCAATGCAG GACACTCTGA TTCCTCCCTG ACAGATACCA TCAACAAAGC CTTAGGATTG 
AGTACTGGTG ACACTTATGA AGACCCCAGA CAAAAGCATG AGTATGAGAT GAGCTCTACT 
CTAGAGAAGA AAGACTATGA GCAGCCTGCT TGCACAAAAA TTGAGAGTGT ACATTTGAAG 
AGTTCCCAGA GCCCATTGCT GGAAGGTGAT GCGGCATCTT TGAAGTATCC ATCTGTTCTT 
TCTACCACTG AGGATCCAAA TTTAATTAAT GTCAATAATT TTGAAGAGTG CAGTTTGTGT 
CCCACTGTTC CCATTGAACA TGGATTCCAT AGACAACAGT CTAAGTCAAA TGATGATGAA 
GAGACTGAAA TACATTGGAA ATTGATTCCA ATTACAGGAG GAAATGCAAG AAGCCCAGAA 
GACCAGCATG GGAAACATTG TGAGAAACAA ACCCCAGGTA TGAAATCACC AGAAGAACAC 
CTGGCATGTC CGCCACCACA GGAGGCCTTT CCTAATGATC CCCGGGTAAT AAGTAGAGAA 
AGAAGTTCTG ATTTCCAGTT TCCATCCTCT CCATTTACAG ACACAGTAAA GGGCACCACT 
GAAGAGGACC TGTTGACAGG TCAGGTGGTG ACCGTGGAGG AACAGTGTGT GCCGGCAGCA 
GAGCCGCCTA TAGTGAGCGA AACTACAGAG AATACAGTGT TAGGAGAGTT CCATCTCTTT 
TCTAGGAAGA TAGAAGAGAT TTTGAAGCAA AAGAATGTTT CATACATTAG TACAATTTCC 
ACACCTGTCT TTTCAACACA AGAGAAGATG AAGCGTCTTT CTGAGTTCAT ATATACTAAG 
ACTTCCAAAG CTGGTGTACA GGAATTTGTA GATGGTTTGC ATGAGAAACT AAATACTATT 
ATTATTAAAG CATCAGCCAA GGGTGGGAAT TTGCCACCAG TCAGCTTTAA TGAGTCTGAT 
AATAAGACAG CATTGAATCC TTTGGAAAGG CATGTCCTAT CAACTTCCTC AAGTGACTTC 
AACAGTAAAG ATCTTTTTGA GCCATTTTGT ACCACCTCTA ATGAACAGCA TTCGTCTTCA 
ACTGAAGTAG AAATGAACCA GCCACACCAC GGCACAGAGT TAATGATGAC TTCTGATCAC 
ACTGTACCAG GGAATAGTGC CATGGAACCA ATAGAAAAAG AAATAAAATC ACCTGGTGAT 
GTAAACATTT CTGCACAACC AGCTCTTTCA AATTTTATCA GCCAATTAGA ACCTGAAGTA 
TTTAATAGTT TGGTTAAAAT CATGAAAGAT GTCCAGAAAA ATACTGTGAA ATTTTACATT 
CATGAAGAAG AGGAGAGTGT GCTTTGTAAA GAAATAAAGG AATATCTTAT CAAATTAGGC 
AATACAGAAT GTCATCCAGA TCACTTTTTG GAAAGAAGAT CAAACTTAGA TAAGCTATTG 
ATTATTATTC AAAATGAAGA CATTGCAGGT TTCATTCATA AGGTACCTGG CTTGGTGACT 
TTAAAGAAGC TTCCATGTGT TAGTTTTGCT GGTGTTGATA GCCTGGATGA TGTTAAAAAT 
CATACATACA ATGAATTATT TGTATCTGGT GGCTTTATTG TGTCTGATGA ATCCATTCTA 
AATCCAGAGG TTGTTACAAT TGAGAGCCTT AAAATTTTTT TGACATTCCT TGAAGAACTT 
AGTACTCCAG AAGGAAAATG GCAGTGGAAA ATCCACTGTA AATTTCAGAA GAAACTAAAG 
GAACTGGGCA GATTGAACAC TAAAGCTCTA AGTTTGCTGA CTCTTCTGAA TGTCTATCAA 
AAGAAACATC TGGTTGACAT TTTGTCTTAC CACAACTGTG ATTCACAAAC TCGAAATGCT 
CCAGAATTGG AGTGCCTTAT TAGGCTTCAG GCCCAGAACA TACAGCAACG ACATGTAGTC 
TTTTTAACAG AGAAAAATAT CAAGATGCTT TCGAACTATA CAGATAACGG AATTGTAGTT 
GCATCTGCTG AAGATTTTAT GCAAAACTTT AAAAACCTTG TGGGCTATCA CAACTCAGTC 
ACAGAAGACA ACCTTCCGCT GCTTGGTGCT AATGAGAATC TTGAGTCACA GTCAGCTCTT 
TTAGAAAACG ATGAAAAGGA TGAAGAGGAT ATGTCTCTGG ATTCAGGGGA TGAAATCTCA 
CATATAGAAG TATTCAGCAA TTGTCATTCA GAAATATTGG CAAGAGAGAC CAAAGGATCA 
AGTGGAACAG ATCAAAAAAA GAATATCCAA ACTGAATTGC AGTCGTCTCT TGACATGCAA 
AACAGTTTAG AAGATAAGAC TTACCAAATT GATTGTGAAG AGAGAGCTCC TATTGGTAGA 
GAATGCTCTG AAGGAGAGAA CAGCAATTCA GCAGAACAAG ATTCATATAG CAACTGTCAG 
GTTTATCAAA ATCAATTAAA TATGTCCCAT CAGTTTAGTC ATTTTAATGT TCTCACTCAT 
CAGACATTTT TGGAAACACC ATATGTCCTT TCATCAACTC AGTCTCAAGA AAATGAAAAT 
TACTTTTTAT CCGCTTATAA AAGTTTTGAT TCAGAGAAAT CTCCATTAAG TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008847516.1
CDS	284..4897
Translation	MAFVVLREWEALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_008849294.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008849294.2

ORF Insert Sequence:

ATGGCATTTG TTGTCTTAAG AGAATGGGAA GCACTTTTCC AGCCATTGAC TCCAGGCTCT 
CGAGAATTTG AAGATGTTTT AAATATTCTT CATTCATCTT ACCTTGAACC ATCCTCCGTA 
GCAAATTTTA ACTACAGACG AGCTTGCTTG ATACACAATG ACCTTTTGGA AAAGGAGTTT 
ACAGAAAAGA GAAGAGAACT GAAGTTTGAT GGTCGTTTAG ATAAGGAACT TTCAGAATCC 
TATGCATTTC TCATGGTTGA TCGATATCAG GTTCAAAGCA TATGTGAAAA AGGATTGCAG 
GTGGGCCAGT CCAAAATAAC TATTCTTGGC AGTCCTTCCA TGGGTATCTA TCTTTCTAGG 
TATGCAGATT TGTTACAGGC TAATCCTTTG GAAGCTGGAG CAGTGGGCGA TGTTGTTATT 
TTTAAAATAA TGAAGGGTAA AATCAAAAGT ATATATGACA CTGTGAGTGT AAAAAGCTTG 
GAACCTATGC TAAATAGAAA TGCTTTGGAT CCTACACCAA AGCATGAATG CCATGTGTCA 
AAGAATGCCA GTAGAATTAC ATCCCTTTTG GCTTACAGAG CCTATGAGCT TACTCAGTAT 
TATTTCTATG AGTATGGCTT TGATGAACTA AGGCGAAGAC CAAGGCATGT TTGTCCATAT 
GCAGTTGTGT CTTTTACTTA CAAAGATGAT ATACAGTCTC CGAAGTTTTT ATCTTCATTG 
AGATCTAACA GCTTTAATGC AGATAGAAAC ATAGATAAAT TTAATTACAC CTTGTGGAAA 
GGACAACTGT TAAATAAAGG AAAGCTTCTG TGTTACATTT CTTTGAGGTC AGCCACTCGT 
ACTTTTTTGC CTATCAAACT TCCTGAGAAA TTAGATGTTG AAACAGTTAT GAGTATTGAT 
TATTTGAAAC AGAAAATTCC TCCTGCATTG TTTTATAAAG AAACGTACTT GGGTCTGAAT 
GAAGTTTTGA AGAATGGTAT GTATTGTACC CTTTACGAAG TTGTAGAAAA GACAAGAGTT 
GGAAGTAACA TGGAGTGTTT ACTGCAAAAA CTGGAGAAAG AAAAACTCGT TCTTGTTAAA 
CCTTTGGAAG ACCGAGGGTA CCTTTTTCTT CTCTCTCCTT GTCAGATGAT TTCACCATAT 
GAACATCAGA CTGTCAAGTC TCGGTTCCTA CACGCTCTCT TTATGTTTCA AGAACCTAGA 
TGCATAATTA TTTCACAAAA AGGTTCAACC AATTCAGCAC CACAAGAAAG GCATGAGAAC 
ATGTCAGATA TATTAAAAAT AACTCAGTTT TTACAGTTTG CTTTAATTCA GTGTCGAAAG 
GAATTCAAAA GTATAAACAC TATTAATTTT CATTCTGTTG TTGAAAAGTA TGTAAGTGAA 
TTTTTTAAAC GAGGTTTTGG TTCAGGTAAA CGAGAGTTTT TCATGTTTTC ATATGATTCA 
CGATTAGATG ATAAAAAATT CTTATACTCG GCACCAAGAA ATAAATCCCA TATTGCTGAT 
TGCTTGCATA CCTATATTTT TCAGCCTGAA ATGTATCAGT TACCTATTTT TAAATTAAAA 
GAATTATTTG AAGAAAATAG AAAACGTCAA CAATTTAGTC CACTTTCAGA TTATGAAGGT 
CAAGAAGAAG AAATGAATGG TTCAAAAATG AAGTTTGGAA AACGAAATAA CTCAAGGGGT 
GAAACAATTA ACCCTGGAAA GCCGAAGTCC TCTCACTCTT TGGATTATGA TAAGGATAAA 
GTCAAAGAAT TGATTGATTT AATTCAGTGT AAGAAAAAAA ATGTGGGCGG GGATACGGAC 
ACAGAAGAGC CAAGAAGCAA AAATGTCTTG AAGAGGAAGC TTGAGGGTCT ACCTGAAAAT 
ATGAGAAAGT TTGCCAAAAC CAGTAATTTA TCTGAAAATT ACCGTCTGTA TGAAGAATCT 
CCACAGTCCA TTGGCTTACT TGGACATGAT CCTAACTTGA CACTGCAACA GCAGGATACA 
TGTAACCCCT CTGGCATTGC TGACATCAAT AAGCTTTATA ATTGGCTGTC AGAAACAATA 
GCCAATGCAG GACACTCTGA TTCCTCCCTG ACAGATACCA TCAACAAAGC CTTAGGATTG 
AGTACTGGTG ACACTTATGA AGACCCCAGA CAAAAGCATG AGTATGAGAT GAGCTCTACT 
CTAGAGAAGA AAGACTATGA GCAGCCTGCT TGCACAAAAA TTGAGAGTGT ACATTTGAAG 
AGTTCCCAGA GCCCATTGCT GGAAGGTGAT GCGGCATCTT TGAAGTATCC ATCTGTTCTT 
TCTACCACTG AGGATCCAAA TTTAATTAAT GTCAATAATT TTGAAGAGTG CAGTTTGTGT 
CCCACTGTTC CCATTGAACA TGGATTCCAT AGACAACAGT CTAAGTCAAA TGATGATGAA 
GAGACTGAAA TACATTGGAA ATTGATTCCA ATTACAGGAG GAAATGCAAG AAGCCCAGAA 
GACCAGCATG GGAAACATTG TGAGAAACAA ACCCCAGGTA TGAAATCACC AGAAGAACAC 
CTGGCATGTC CGCCACCACA GGAGGCCTTT CCTAATGATC CCCGGGTAAT AAGTAGAGAA 
AGAAGTTCTG ATTTCCAGTT TCCATCCTCT CCATTTACAG ACACAGTAAA GGGCACCACT 
GAAGAGGACC TGTTGACAGG TCAGGTGGTG ACCGTGGAGG AACAGTGTGT GCCGGCAGCA 
GAGCCGCCTA TAGTGAGCGA AACTACAGAG AATACAGTGT TAGGAGAGTT CCATCTCTTT 
TCTAGGAAGA TAGAAGAGAT TTTGAAGCAA AAGAATGTTT CATACATTAG TACAATTTCC 
ACACCTGTCT TTTCAACACA AGAGAAGATG AAGCGTCTTT CTGAGTTCAT ATATACTAAG 
ACTTCCAAAG CTGGTGTACA GGAATTTGTA GATGGTTTGC ATGAGAAACT AAATACTATT 
ATTATTAAAG CATCAGCCAA GGGTGGGAAT TTGCCACCAG TCAGCTTTAA TGAGTCTGAT 
AATAAGACAG CATTGAATCC TTTGGAAAGG CATGTCCTAT CAACTTCCTC AAGTGACTTC 
AACAGTAAAG ATCTTTTTGA GCCATTTTGT ACCACCTCTA ATGAACAGCA TTCGTCTTCA 
ACTGAAGTAG AAATGAACCA GCCACACCAC GGCACAGAGT TAATGATGAC TTCTGATCAC 
ACTGTACCAG GGAATAGTGC CATGGAACCA ATAGAAAAAG AAATAAAATC ACCTGGTGAT 
GTAAACATTT CTGCACAACC AGCTCTTTCA AATTTTATCA GCCAATTAGA ACCTGAAGTA 
TTTAATAGTT TGGTTAAAAT CATGAAAGAT GTCCAGAAAA ATACTGTGAA ATTTTACATT 
CATGAAGAAG AGGAGAGTGT GCTTTGTAAA GAAATAAAGG AATATCTTAT CAAATTAGGC 
AATACAGAAT GTCATCCAGA TCACTTTTTG GAAAGAAGAT CAAACTTAGA TAAGCTATTG 
ATTATTATTC AAAATGAAGA CATTGCAGGT TTCATTCATA AGGTACCTGG CTTGGTGACT 
TTAAAGAAGC TTCCATGTGT TAGTTTTGCT GGTGTTGATA GCCTGGATGA TGTTAAAAAT 
CATACATACA ATGAATTATT TGTATCTGGT GGCTTTATTG TGTCTGATGA ATCCATTCTA 
AATCCAGAGG TTGTTACAAT TGAGAGCCTT AAAATTTTTT TGACATTCCT TGAAGAACTT 
AGTACTCCAG AAGGAAAATG GCAGTGGAAA ATCCACTGTA AATTTCAGAA GAAACTAAAG 
GAACTGGGCA GATTGAACAC TAAAGCTCTA AGTTTGCTGA CTCTTCTGAA TGTCTATCAA 
AAGAAACATC TGGTTGACAT TTTGTCTTAC CACAACTGTG ATTCACAAAC TCGAAATGCT 
CCAGAATTGG AGTGCCTTAT TAGGCTTCAG GCCCAGAACA TACAGCAACG ACATGTAGTC 
TTTTTAACAG AGAAAAATAT CAAGATGCTT TCGAACTATA CAGATAACGG AATTGTAGTT 
GCATCTGCTG AAGATTTTAT GCAAAACTTT AAAAACCTTG TGGGCTATCA CAACTCAGTC 
ACAGAAGACA ACCTTCCGCT GCTTGGTGCT AATGAGAATC TTGAGTCACA GTCAGCTCTT 
TTAGAAAACG ATGAAAAGGA TGAAGAGGAT ATGTCTCTGG ATTCAGGGGA TGAAATCTCA 
CATATAGAAG TATTCAGCAA TTGTCATTCA GAAATATTGG CAAGAGAGAC CAAAGGATCA 
AGTGGAACAG ATCAAAAAAA GAATATCCAA ACTGAATTGC AGTCGTCTCT TGACATGCAA 
AACAGTTTAG AAGATAAGAC TTACCAAATT GATTGTGAAG AGAGAGCTCC TATTGGTAGA 
GAATGCTCTG AAGGAGAGAA CAGCAATTCA GCAGAACAAG ATTCATATAG CAACTGTCAG 
GTTTATCAAA ATCAATTAAA TATGTCCCAT CAGTTTAGTC ATTTTAATGT TCTCACTCAT 
CAGACATTTT TGGAAACACC ATATGTCCTT TCATCAACTC AGTCTCAAGA AAATGAAAAT 
TACTTTTTAT CCGCTTATAA AAGTTTTGAT TCAGAGAAAT CTCCATTAAG TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_008849294.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008847516.1 Nannospalax galili transcription activation suppressor (Tasor), transcript variant X4, mRNA.

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CloneID	ONa31844
Clone ID Related Accession (Same CDS sequence)	XM_008849294.2 , XM_008849294.3
Accession Version	XM_008849294.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4614bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008849294.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCATTTG TTGTCTTAAG AGAATGGGAA GCACTTTTCC AGCCATTGAC TCCAGGCTCT 
CGAGAATTTG AAGATGTTTT AAATATTCTT CATTCATCTT ACCTTGAACC ATCCTCCGTA 
GCAAATTTTA ACTACAGACG AGCTTGCTTG ATACACAATG ACCTTTTGGA AAAGGAGTTT 
ACAGAAAAGA GAAGAGAACT GAAGTTTGAT GGTCGTTTAG ATAAGGAACT TTCAGAATCC 
TATGCATTTC TCATGGTTGA TCGATATCAG GTTCAAAGCA TATGTGAAAA AGGATTGCAG 
GTGGGCCAGT CCAAAATAAC TATTCTTGGC AGTCCTTCCA TGGGTATCTA TCTTTCTAGG 
TATGCAGATT TGTTACAGGC TAATCCTTTG GAAGCTGGAG CAGTGGGCGA TGTTGTTATT 
TTTAAAATAA TGAAGGGTAA AATCAAAAGT ATATATGACA CTGTGAGTGT AAAAAGCTTG 
GAACCTATGC TAAATAGAAA TGCTTTGGAT CCTACACCAA AGCATGAATG CCATGTGTCA 
AAGAATGCCA GTAGAATTAC ATCCCTTTTG GCTTACAGAG CCTATGAGCT TACTCAGTAT 
TATTTCTATG AGTATGGCTT TGATGAACTA AGGCGAAGAC CAAGGCATGT TTGTCCATAT 
GCAGTTGTGT CTTTTACTTA CAAAGATGAT ATACAGTCTC CGAAGTTTTT ATCTTCATTG 
AGATCTAACA GCTTTAATGC AGATAGAAAC ATAGATAAAT TTAATTACAC CTTGTGGAAA 
GGACAACTGT TAAATAAAGG AAAGCTTCTG TGTTACATTT CTTTGAGGTC AGCCACTCGT 
ACTTTTTTGC CTATCAAACT TCCTGAGAAA TTAGATGTTG AAACAGTTAT GAGTATTGAT 
TATTTGAAAC AGAAAATTCC TCCTGCATTG TTTTATAAAG AAACGTACTT GGGTCTGAAT 
GAAGTTTTGA AGAATGGTAT GTATTGTACC CTTTACGAAG TTGTAGAAAA GACAAGAGTT 
GGAAGTAACA TGGAGTGTTT ACTGCAAAAA CTGGAGAAAG AAAAACTCGT TCTTGTTAAA 
CCTTTGGAAG ACCGAGGGTA CCTTTTTCTT CTCTCTCCTT GTCAGATGAT TTCACCATAT 
GAACATCAGA CTGTCAAGTC TCGGTTCCTA CACGCTCTCT TTATGTTTCA AGAACCTAGA 
TGCATAATTA TTTCACAAAA AGGTTCAACC AATTCAGCAC CACAAGAAAG GCATGAGAAC 
ATGTCAGATA TATTAAAAAT AACTCAGTTT TTACAGTTTG CTTTAATTCA GTGTCGAAAG 
GAATTCAAAA GTATAAACAC TATTAATTTT CATTCTGTTG TTGAAAAGTA TGTAAGTGAA 
TTTTTTAAAC GAGGTTTTGG TTCAGGTAAA CGAGAGTTTT TCATGTTTTC ATATGATTCA 
CGATTAGATG ATAAAAAATT CTTATACTCG GCACCAAGAA ATAAATCCCA TATTGCTGAT 
TGCTTGCATA CCTATATTTT TCAGCCTGAA ATGTATCAGT TACCTATTTT TAAATTAAAA 
GAATTATTTG AAGAAAATAG AAAACGTCAA CAATTTAGTC CACTTTCAGA TTATGAAGGT 
CAAGAAGAAG AAATGAATGG TTCAAAAATG AAGTTTGGAA AACGAAATAA CTCAAGGGGT 
GAAACAATTA ACCCTGGAAA GCCGAAGTCC TCTCACTCTT TGGATTATGA TAAGGATAAA 
GTCAAAGAAT TGATTGATTT AATTCAGTGT AAGAAAAAAA ATGTGGGCGG GGATACGGAC 
ACAGAAGAGC CAAGAAGCAA AAATGTCTTG AAGAGGAAGC TTGAGGGTCT ACCTGAAAAT 
ATGAGAAAGT TTGCCAAAAC CAGTAATTTA TCTGAAAATT ACCGTCTGTA TGAAGAATCT 
CCACAGTCCA TTGGCTTACT TGGACATGAT CCTAACTTGA CACTGCAACA GCAGGATACA 
TGTAACCCCT CTGGCATTGC TGACATCAAT AAGCTTTATA ATTGGCTGTC AGAAACAATA 
GCCAATGCAG GACACTCTGA TTCCTCCCTG ACAGATACCA TCAACAAAGC CTTAGGATTG 
AGTACTGGTG ACACTTATGA AGACCCCAGA CAAAAGCATG AGTATGAGAT GAGCTCTACT 
CTAGAGAAGA AAGACTATGA GCAGCCTGCT TGCACAAAAA TTGAGAGTGT ACATTTGAAG 
AGTTCCCAGA GCCCATTGCT GGAAGGTGAT GCGGCATCTT TGAAGTATCC ATCTGTTCTT 
TCTACCACTG AGGATCCAAA TTTAATTAAT GTCAATAATT TTGAAGAGTG CAGTTTGTGT 
CCCACTGTTC CCATTGAACA TGGATTCCAT AGACAACAGT CTAAGTCAAA TGATGATGAA 
GAGACTGAAA TACATTGGAA ATTGATTCCA ATTACAGGAG GAAATGCAAG AAGCCCAGAA 
GACCAGCATG GGAAACATTG TGAGAAACAA ACCCCAGGTA TGAAATCACC AGAAGAACAC 
CTGGCATGTC CGCCACCACA GGAGGCCTTT CCTAATGATC CCCGGGTAAT AAGTAGAGAA 
AGAAGTTCTG ATTTCCAGTT TCCATCCTCT CCATTTACAG ACACAGTAAA GGGCACCACT 
GAAGAGGACC TGTTGACAGG TCAGGTGGTG ACCGTGGAGG AACAGTGTGT GCCGGCAGCA 
GAGCCGCCTA TAGTGAGCGA AACTACAGAG AATACAGTGT TAGGAGAGTT CCATCTCTTT 
TCTAGGAAGA TAGAAGAGAT TTTGAAGCAA AAGAATGTTT CATACATTAG TACAATTTCC 
ACACCTGTCT TTTCAACACA AGAGAAGATG AAGCGTCTTT CTGAGTTCAT ATATACTAAG 
ACTTCCAAAG CTGGTGTACA GGAATTTGTA GATGGTTTGC ATGAGAAACT AAATACTATT 
ATTATTAAAG CATCAGCCAA GGGTGGGAAT TTGCCACCAG TCAGCTTTAA TGAGTCTGAT 
AATAAGACAG CATTGAATCC TTTGGAAAGG CATGTCCTAT CAACTTCCTC AAGTGACTTC 
AACAGTAAAG ATCTTTTTGA GCCATTTTGT ACCACCTCTA ATGAACAGCA TTCGTCTTCA 
ACTGAAGTAG AAATGAACCA GCCACACCAC GGCACAGAGT TAATGATGAC TTCTGATCAC 
ACTGTACCAG GGAATAGTGC CATGGAACCA ATAGAAAAAG AAATAAAATC ACCTGGTGAT 
GTAAACATTT CTGCACAACC AGCTCTTTCA AATTTTATCA GCCAATTAGA ACCTGAAGTA 
TTTAATAGTT TGGTTAAAAT CATGAAAGAT GTCCAGAAAA ATACTGTGAA ATTTTACATT 
CATGAAGAAG AGGAGAGTGT GCTTTGTAAA GAAATAAAGG AATATCTTAT CAAATTAGGC 
AATACAGAAT GTCATCCAGA TCACTTTTTG GAAAGAAGAT CAAACTTAGA TAAGCTATTG 
ATTATTATTC AAAATGAAGA CATTGCAGGT TTCATTCATA AGGTACCTGG CTTGGTGACT 
TTAAAGAAGC TTCCATGTGT TAGTTTTGCT GGTGTTGATA GCCTGGATGA TGTTAAAAAT 
CATACATACA ATGAATTATT TGTATCTGGT GGCTTTATTG TGTCTGATGA ATCCATTCTA 
AATCCAGAGG TTGTTACAAT TGAGAGCCTT AAAATTTTTT TGACATTCCT TGAAGAACTT 
AGTACTCCAG AAGGAAAATG GCAGTGGAAA ATCCACTGTA AATTTCAGAA GAAACTAAAG 
GAACTGGGCA GATTGAACAC TAAAGCTCTA AGTTTGCTGA CTCTTCTGAA TGTCTATCAA 
AAGAAACATC TGGTTGACAT TTTGTCTTAC CACAACTGTG ATTCACAAAC TCGAAATGCT 
CCAGAATTGG AGTGCCTTAT TAGGCTTCAG GCCCAGAACA TACAGCAACG ACATGTAGTC 
TTTTTAACAG AGAAAAATAT CAAGATGCTT TCGAACTATA CAGATAACGG AATTGTAGTT 
GCATCTGCTG AAGATTTTAT GCAAAACTTT AAAAACCTTG TGGGCTATCA CAACTCAGTC 
ACAGAAGACA ACCTTCCGCT GCTTGGTGCT AATGAGAATC TTGAGTCACA GTCAGCTCTT 
TTAGAAAACG ATGAAAAGGA TGAAGAGGAT ATGTCTCTGG ATTCAGGGGA TGAAATCTCA 
CATATAGAAG TATTCAGCAA TTGTCATTCA GAAATATTGG CAAGAGAGAC CAAAGGATCA 
AGTGGAACAG ATCAAAAAAA GAATATCCAA ACTGAATTGC AGTCGTCTCT TGACATGCAA 
AACAGTTTAG AAGATAAGAC TTACCAAATT GATTGTGAAG AGAGAGCTCC TATTGGTAGA 
GAATGCTCTG AAGGAGAGAA CAGCAATTCA GCAGAACAAG ATTCATATAG CAACTGTCAG 
GTTTATCAAA ATCAATTAAA TATGTCCCAT CAGTTTAGTC ATTTTAATGT TCTCACTCAT 
CAGACATTTT TGGAAACACC ATATGTCCTT TCATCAACTC AGTCTCAAGA AAATGAAAAT 
TACTTTTTAT CCGCTTATAA AAGTTTTGAT TCAGAGAAAT CTCCATTAAG TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008847516.1
CDS	550..5163
Translation	MAFVVLREWEALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_008849294.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008849294.3

ORF Insert Sequence:

ATGGCATTTG TTGTCTTAAG AGAATGGGAA GCACTTTTCC AGCCATTGAC TCCAGGCTCT 
CGAGAATTTG AAGATGTTTT AAATATTCTT CATTCATCTT ACCTTGAACC ATCCTCCGTA 
GCAAATTTTA ACTACAGACG AGCTTGCTTG ATACACAATG ACCTTTTGGA AAAGGAGTTT 
ACAGAAAAGA GAAGAGAACT GAAGTTTGAT GGTCGTTTAG ATAAGGAACT TTCAGAATCC 
TATGCATTTC TCATGGTTGA TCGATATCAG GTTCAAAGCA TATGTGAAAA AGGATTGCAG 
GTGGGCCAGT CCAAAATAAC TATTCTTGGC AGTCCTTCCA TGGGTATCTA TCTTTCTAGG 
TATGCAGATT TGTTACAGGC TAATCCTTTG GAAGCTGGAG CAGTGGGCGA TGTTGTTATT 
TTTAAAATAA TGAAGGGTAA AATCAAAAGT ATATATGACA CTGTGAGTGT AAAAAGCTTG 
GAACCTATGC TAAATAGAAA TGCTTTGGAT CCTACACCAA AGCATGAATG CCATGTGTCA 
AAGAATGCCA GTAGAATTAC ATCCCTTTTG GCTTACAGAG CCTATGAGCT TACTCAGTAT 
TATTTCTATG AGTATGGCTT TGATGAACTA AGGCGAAGAC CAAGGCATGT TTGTCCATAT 
GCAGTTGTGT CTTTTACTTA CAAAGATGAT ATACAGTCTC CGAAGTTTTT ATCTTCATTG 
AGATCTAACA GCTTTAATGC AGATAGAAAC ATAGATAAAT TTAATTACAC CTTGTGGAAA 
GGACAACTGT TAAATAAAGG AAAGCTTCTG TGTTACATTT CTTTGAGGTC AGCCACTCGT 
ACTTTTTTGC CTATCAAACT TCCTGAGAAA TTAGATGTTG AAACAGTTAT GAGTATTGAT 
TATTTGAAAC AGAAAATTCC TCCTGCATTG TTTTATAAAG AAACGTACTT GGGTCTGAAT 
GAAGTTTTGA AGAATGGTAT GTATTGTACC CTTTACGAAG TTGTAGAAAA GACAAGAGTT 
GGAAGTAACA TGGAGTGTTT ACTGCAAAAA CTGGAGAAAG AAAAACTCGT TCTTGTTAAA 
CCTTTGGAAG ACCGAGGGTA CCTTTTTCTT CTCTCTCCTT GTCAGATGAT TTCACCATAT 
GAACATCAGA CTGTCAAGTC TCGGTTCCTA CACGCTCTCT TTATGTTTCA AGAACCTAGA 
TGCATAATTA TTTCACAAAA AGGTTCAACC AATTCAGCAC CACAAGAAAG GCATGAGAAC 
ATGTCAGATA TATTAAAAAT AACTCAGTTT TTACAGTTTG CTTTAATTCA GTGTCGAAAG 
GAATTCAAAA GTATAAACAC TATTAATTTT CATTCTGTTG TTGAAAAGTA TGTAAGTGAA 
TTTTTTAAAC GAGGTTTTGG TTCAGGTAAA CGAGAGTTTT TCATGTTTTC ATATGATTCA 
CGATTAGATG ATAAAAAATT CTTATACTCG GCACCAAGAA ATAAATCCCA TATTGCTGAT 
TGCTTGCATA CCTATATTTT TCAGCCTGAA ATGTATCAGT TACCTATTTT TAAATTAAAA 
GAATTATTTG AAGAAAATAG AAAACGTCAA CAATTTAGTC CACTTTCAGA TTATGAAGGT 
CAAGAAGAAG AAATGAATGG TTCAAAAATG AAGTTTGGAA AACGAAATAA CTCAAGGGGT 
GAAACAATTA ACCCTGGAAA GCCGAAGTCC TCTCACTCTT TGGATTATGA TAAGGATAAA 
GTCAAAGAAT TGATTGATTT AATTCAGTGT AAGAAAAAAA ATGTGGGCGG GGATACGGAC 
ACAGAAGAGC CAAGAAGCAA AAATGTCTTG AAGAGGAAGC TTGAGGGTCT ACCTGAAAAT 
ATGAGAAAGT TTGCCAAAAC CAGTAATTTA TCTGAAAATT ACCGTCTGTA TGAAGAATCT 
CCACAGTCCA TTGGCTTACT TGGACATGAT CCTAACTTGA CACTGCAACA GCAGGATACA 
TGTAACCCCT CTGGCATTGC TGACATCAAT AAGCTTTATA ATTGGCTGTC AGAAACAATA 
GCCAATGCAG GACACTCTGA TTCCTCCCTG ACAGATACCA TCAACAAAGC CTTAGGATTG 
AGTACTGGTG ACACTTATGA AGACCCCAGA CAAAAGCATG AGTATGAGAT GAGCTCTACT 
CTAGAGAAGA AAGACTATGA GCAGCCTGCT TGCACAAAAA TTGAGAGTGT ACATTTGAAG 
AGTTCCCAGA GCCCATTGCT GGAAGGTGAT GCGGCATCTT TGAAGTATCC ATCTGTTCTT 
TCTACCACTG AGGATCCAAA TTTAATTAAT GTCAATAATT TTGAAGAGTG CAGTTTGTGT 
CCCACTGTTC CCATTGAACA TGGATTCCAT AGACAACAGT CTAAGTCAAA TGATGATGAA 
GAGACTGAAA TACATTGGAA ATTGATTCCA ATTACAGGAG GAAATGCAAG AAGCCCAGAA 
GACCAGCATG GGAAACATTG TGAGAAACAA ACCCCAGGTA TGAAATCACC AGAAGAACAC 
CTGGCATGTC CGCCACCACA GGAGGCCTTT CCTAATGATC CCCGGGTAAT AAGTAGAGAA 
AGAAGTTCTG ATTTCCAGTT TCCATCCTCT CCATTTACAG ACACAGTAAA GGGCACCACT 
GAAGAGGACC TGTTGACAGG TCAGGTGGTG ACCGTGGAGG AACAGTGTGT GCCGGCAGCA 
GAGCCGCCTA TAGTGAGCGA AACTACAGAG AATACAGTGT TAGGAGAGTT CCATCTCTTT 
TCTAGGAAGA TAGAAGAGAT TTTGAAGCAA AAGAATGTTT CATACATTAG TACAATTTCC 
ACACCTGTCT TTTCAACACA AGAGAAGATG AAGCGTCTTT CTGAGTTCAT ATATACTAAG 
ACTTCCAAAG CTGGTGTACA GGAATTTGTA GATGGTTTGC ATGAGAAACT AAATACTATT 
ATTATTAAAG CATCAGCCAA GGGTGGGAAT TTGCCACCAG TCAGCTTTAA TGAGTCTGAT 
AATAAGACAG CATTGAATCC TTTGGAAAGG CATGTCCTAT CAACTTCCTC AAGTGACTTC 
AACAGTAAAG ATCTTTTTGA GCCATTTTGT ACCACCTCTA ATGAACAGCA TTCGTCTTCA 
ACTGAAGTAG AAATGAACCA GCCACACCAC GGCACAGAGT TAATGATGAC TTCTGATCAC 
ACTGTACCAG GGAATAGTGC CATGGAACCA ATAGAAAAAG AAATAAAATC ACCTGGTGAT 
GTAAACATTT CTGCACAACC AGCTCTTTCA AATTTTATCA GCCAATTAGA ACCTGAAGTA 
TTTAATAGTT TGGTTAAAAT CATGAAAGAT GTCCAGAAAA ATACTGTGAA ATTTTACATT 
CATGAAGAAG AGGAGAGTGT GCTTTGTAAA GAAATAAAGG AATATCTTAT CAAATTAGGC 
AATACAGAAT GTCATCCAGA TCACTTTTTG GAAAGAAGAT CAAACTTAGA TAAGCTATTG 
ATTATTATTC AAAATGAAGA CATTGCAGGT TTCATTCATA AGGTACCTGG CTTGGTGACT 
TTAAAGAAGC TTCCATGTGT TAGTTTTGCT GGTGTTGATA GCCTGGATGA TGTTAAAAAT 
CATACATACA ATGAATTATT TGTATCTGGT GGCTTTATTG TGTCTGATGA ATCCATTCTA 
AATCCAGAGG TTGTTACAAT TGAGAGCCTT AAAATTTTTT TGACATTCCT TGAAGAACTT 
AGTACTCCAG AAGGAAAATG GCAGTGGAAA ATCCACTGTA AATTTCAGAA GAAACTAAAG 
GAACTGGGCA GATTGAACAC TAAAGCTCTA AGTTTGCTGA CTCTTCTGAA TGTCTATCAA 
AAGAAACATC TGGTTGACAT TTTGTCTTAC CACAACTGTG ATTCACAAAC TCGAAATGCT 
CCAGAATTGG AGTGCCTTAT TAGGCTTCAG GCCCAGAACA TACAGCAACG ACATGTAGTC 
TTTTTAACAG AGAAAAATAT CAAGATGCTT TCGAACTATA CAGATAACGG AATTGTAGTT 
GCATCTGCTG AAGATTTTAT GCAAAACTTT AAAAACCTTG TGGGCTATCA CAACTCAGTC 
ACAGAAGACA ACCTTCCGCT GCTTGGTGCT AATGAGAATC TTGAGTCACA GTCAGCTCTT 
TTAGAAAACG ATGAAAAGGA TGAAGAGGAT ATGTCTCTGG ATTCAGGGGA TGAAATCTCA 
CATATAGAAG TATTCAGCAA TTGTCATTCA GAAATATTGG CAAGAGAGAC CAAAGGATCA 
AGTGGAACAG ATCAAAAAAA GAATATCCAA ACTGAATTGC AGTCGTCTCT TGACATGCAA 
AACAGTTTAG AAGATAAGAC TTACCAAATT GATTGTGAAG AGAGAGCTCC TATTGGTAGA 
GAATGCTCTG AAGGAGAGAA CAGCAATTCA GCAGAACAAG ATTCATATAG CAACTGTCAG 
GTTTATCAAA ATCAATTAAA TATGTCCCAT CAGTTTAGTC ATTTTAATGT TCTCACTCAT 
CAGACATTTT TGGAAACACC ATATGTCCTT TCATCAACTC AGTCTCAAGA AAATGAAAAT 
TACTTTTTAT CCGCTTATAA AAGTTTTGAT TCAGAGAAAT CTCCATTAAG TTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_008849292.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008847514.1 Nannospalax galili transcription activation suppressor (Tasor), transcript variant X1, mRNA.

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CloneID	ONa31841
Clone ID Related Accession (Same CDS sequence)	XM_008849292.3 , XM_008849292.2
Accession Version	XM_008849292.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4908bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008849292.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGAGGAAATG CAAGAAGCCC AGAAGACCAG 
CATGGGAAAC ATTGTGAGAA ACAAACCCCA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGC TCTTTTAGAA 
AACGATGAAA AGGATGAAGA GGATATGTCT CTGGATTCAG GGGATGAAAT CTCACATATA 
GAAGTATTCA GCAATTGTCA TTCAGAAATA TTGGCAAGAG AGACCAAAGG ATCAAGTGGA 
ACAGATCAAA AAAAGAATAT CCAAACTGAA TTGCAGTCGT CTCTTGACAT GCAAAACAGT 
TTAGAAGATA AGACTTACCA AATTGATTGT GAAGAGAGAG CTCCTATTGG TAGAGAATGC 
TCTGAAGGAG AGAACAGCAA TTCAGCAGAA CAAGATTCAT ATAGCAACTG TCAGGTTTAT 
CAAAATCAAT TAAATATGTC CCATCAGTTT AGTCATTTTA ATGTTCTCAC TCATCAGACA 
TTTTTGGAAA CACCATATGT CCTTTCATCA ACTCAGTCTC AAGAAAATGA AAATTACTTT 
TTATCCGCTT ATAAAAGTTT TGATTCAGAG AAATCTCCAT TAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008847514.1
CDS	203..5110
Translation	MATAADTRASSTDAGWESGGGGDDEMKPALPELESSPQNGGGSGGGLPTSEPGGGARPEEPEASQSLSHEPPQDASEAAGLALPKGVEEPERPVRRNFQIPRKSREKKALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_008849292.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008849292.3

ORF Insert Sequence:

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGAGGAAATG CAAGAAGCCC AGAAGACCAG 
CATGGGAAAC ATTGTGAGAA ACAAACCCCA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGC TCTTTTAGAA 
AACGATGAAA AGGATGAAGA GGATATGTCT CTGGATTCAG GGGATGAAAT CTCACATATA 
GAAGTATTCA GCAATTGTCA TTCAGAAATA TTGGCAAGAG AGACCAAAGG ATCAAGTGGA 
ACAGATCAAA AAAAGAATAT CCAAACTGAA TTGCAGTCGT CTCTTGACAT GCAAAACAGT 
TTAGAAGATA AGACTTACCA AATTGATTGT GAAGAGAGAG CTCCTATTGG TAGAGAATGC 
TCTGAAGGAG AGAACAGCAA TTCAGCAGAA CAAGATTCAT ATAGCAACTG TCAGGTTTAT 
CAAAATCAAT TAAATATGTC CCATCAGTTT AGTCATTTTA ATGTTCTCAC TCATCAGACA 
TTTTTGGAAA CACCATATGT CCTTTCATCA ACTCAGTCTC AAGAAAATGA AAATTACTTT 
TTATCCGCTT ATAAAAGTTT TGATTCAGAG AAATCTCCAT TAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_008849292.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008847514.1 Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X1, mRNA.

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CloneID	ONa31841
Clone ID Related Accession (Same CDS sequence)	XM_008849292.3 , XM_008849292.2
Accession Version	XM_008849292.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4908bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008849292.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGAGGAAATG CAAGAAGCCC AGAAGACCAG 
CATGGGAAAC ATTGTGAGAA ACAAACCCCA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGC TCTTTTAGAA 
AACGATGAAA AGGATGAAGA GGATATGTCT CTGGATTCAG GGGATGAAAT CTCACATATA 
GAAGTATTCA GCAATTGTCA TTCAGAAATA TTGGCAAGAG AGACCAAAGG ATCAAGTGGA 
ACAGATCAAA AAAAGAATAT CCAAACTGAA TTGCAGTCGT CTCTTGACAT GCAAAACAGT 
TTAGAAGATA AGACTTACCA AATTGATTGT GAAGAGAGAG CTCCTATTGG TAGAGAATGC 
TCTGAAGGAG AGAACAGCAA TTCAGCAGAA CAAGATTCAT ATAGCAACTG TCAGGTTTAT 
CAAAATCAAT TAAATATGTC CCATCAGTTT AGTCATTTTA ATGTTCTCAC TCATCAGACA 
TTTTTGGAAA CACCATATGT CCTTTCATCA ACTCAGTCTC AAGAAAATGA AAATTACTTT 
TTATCCGCTT ATAAAAGTTT TGATTCAGAG AAATCTCCAT TAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008847514.1
CDS	142..5049
Translation	MATAADTRASSTDAGWESGGGGDDEMKPALPELESSPQNGGGSGGGLPTSEPGGGARPEEPEASQSLSHEPPQDASEAAGLALPKGVEEPERPVRRNFQIPRKSREKKALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_008849292.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008849292.2

ORF Insert Sequence:

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGAGGAAATG CAAGAAGCCC AGAAGACCAG 
CATGGGAAAC ATTGTGAGAA ACAAACCCCA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGC TCTTTTAGAA 
AACGATGAAA AGGATGAAGA GGATATGTCT CTGGATTCAG GGGATGAAAT CTCACATATA 
GAAGTATTCA GCAATTGTCA TTCAGAAATA TTGGCAAGAG AGACCAAAGG ATCAAGTGGA 
ACAGATCAAA AAAAGAATAT CCAAACTGAA TTGCAGTCGT CTCTTGACAT GCAAAACAGT 
TTAGAAGATA AGACTTACCA AATTGATTGT GAAGAGAGAG CTCCTATTGG TAGAGAATGC 
TCTGAAGGAG AGAACAGCAA TTCAGCAGAA CAAGATTCAT ATAGCAACTG TCAGGTTTAT 
CAAAATCAAT TAAATATGTC CCATCAGTTT AGTCATTTTA ATGTTCTCAC TCATCAGACA 
TTTTTGGAAA CACCATATGT CCTTTCATCA ACTCAGTCTC AAGAAAATGA AAATTACTTT 
TTATCCGCTT ATAAAAGTTT TGATTCAGAG AAATCTCCAT TAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_008849293.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008847515.1 Nannospalax galili transcription activation suppressor (Tasor), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ONa31842
Clone ID Related Accession (Same CDS sequence)	XM_008849293.3 , XM_008849293.2
Accession Version	XM_008849293.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4848bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008849293.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGC TCTTTTAGAA 
AACGATGAAA AGGATGAAGA GGATATGTCT CTGGATTCAG GGGATGAAAT CTCACATATA 
GAAGTATTCA GCAATTGTCA TTCAGAAATA TTGGCAAGAG AGACCAAAGG ATCAAGTGGA 
ACAGATCAAA AAAAGAATAT CCAAACTGAA TTGCAGTCGT CTCTTGACAT GCAAAACAGT 
TTAGAAGATA AGACTTACCA AATTGATTGT GAAGAGAGAG CTCCTATTGG TAGAGAATGC 
TCTGAAGGAG AGAACAGCAA TTCAGCAGAA CAAGATTCAT ATAGCAACTG TCAGGTTTAT 
CAAAATCAAT TAAATATGTC CCATCAGTTT AGTCATTTTA ATGTTCTCAC TCATCAGACA 
TTTTTGGAAA CACCATATGT CCTTTCATCA ACTCAGTCTC AAGAAAATGA AAATTACTTT 
TTATCCGCTT ATAAAAGTTT TGATTCAGAG AAATCTCCAT TAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008847515.1
CDS	204..5051
Translation	MATAADTRASSTDAGWESGGGGDDEMKPALPELESSPQNGGGSGGGLPTSEPGGGARPEEPEASQSLSHEPPQDASEAAGLALPKGVEEPERPVRRNFQIPRKSREKKALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_008849293.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008849293.3

ORF Insert Sequence:

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGC TCTTTTAGAA 
AACGATGAAA AGGATGAAGA GGATATGTCT CTGGATTCAG GGGATGAAAT CTCACATATA 
GAAGTATTCA GCAATTGTCA TTCAGAAATA TTGGCAAGAG AGACCAAAGG ATCAAGTGGA 
ACAGATCAAA AAAAGAATAT CCAAACTGAA TTGCAGTCGT CTCTTGACAT GCAAAACAGT 
TTAGAAGATA AGACTTACCA AATTGATTGT GAAGAGAGAG CTCCTATTGG TAGAGAATGC 
TCTGAAGGAG AGAACAGCAA TTCAGCAGAA CAAGATTCAT ATAGCAACTG TCAGGTTTAT 
CAAAATCAAT TAAATATGTC CCATCAGTTT AGTCATTTTA ATGTTCTCAC TCATCAGACA 
TTTTTGGAAA CACCATATGT CCTTTCATCA ACTCAGTCTC AAGAAAATGA AAATTACTTT 
TTATCCGCTT ATAAAAGTTT TGATTCAGAG AAATCTCCAT TAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_008849293.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008847515.1 Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X2, mRNA.

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CloneID	ONa31842
Clone ID Related Accession (Same CDS sequence)	XM_008849293.3 , XM_008849293.2
Accession Version	XM_008849293.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4848bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008849293.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGC TCTTTTAGAA 
AACGATGAAA AGGATGAAGA GGATATGTCT CTGGATTCAG GGGATGAAAT CTCACATATA 
GAAGTATTCA GCAATTGTCA TTCAGAAATA TTGGCAAGAG AGACCAAAGG ATCAAGTGGA 
ACAGATCAAA AAAAGAATAT CCAAACTGAA TTGCAGTCGT CTCTTGACAT GCAAAACAGT 
TTAGAAGATA AGACTTACCA AATTGATTGT GAAGAGAGAG CTCCTATTGG TAGAGAATGC 
TCTGAAGGAG AGAACAGCAA TTCAGCAGAA CAAGATTCAT ATAGCAACTG TCAGGTTTAT 
CAAAATCAAT TAAATATGTC CCATCAGTTT AGTCATTTTA ATGTTCTCAC TCATCAGACA 
TTTTTGGAAA CACCATATGT CCTTTCATCA ACTCAGTCTC AAGAAAATGA AAATTACTTT 
TTATCCGCTT ATAAAAGTTT TGATTCAGAG AAATCTCCAT TAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008847515.1
CDS	142..4989
Translation	MATAADTRASSTDAGWESGGGGDDEMKPALPELESSPQNGGGSGGGLPTSEPGGGARPEEPEASQSLSHEPPQDASEAAGLALPKGVEEPERPVRRNFQIPRKSREKKALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_008849293.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008849293.2

ORF Insert Sequence:

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGC TCTTTTAGAA 
AACGATGAAA AGGATGAAGA GGATATGTCT CTGGATTCAG GGGATGAAAT CTCACATATA 
GAAGTATTCA GCAATTGTCA TTCAGAAATA TTGGCAAGAG AGACCAAAGG ATCAAGTGGA 
ACAGATCAAA AAAAGAATAT CCAAACTGAA TTGCAGTCGT CTCTTGACAT GCAAAACAGT 
TTAGAAGATA AGACTTACCA AATTGATTGT GAAGAGAGAG CTCCTATTGG TAGAGAATGC 
TCTGAAGGAG AGAACAGCAA TTCAGCAGAA CAAGATTCAT ATAGCAACTG TCAGGTTTAT 
CAAAATCAAT TAAATATGTC CCATCAGTTT AGTCATTTTA ATGTTCTCAC TCATCAGACA 
TTTTTGGAAA CACCATATGT CCTTTCATCA ACTCAGTCTC AAGAAAATGA AAATTACTTT 
TTATCCGCTT ATAAAAGTTT TGATTCAGAG AAATCTCCAT TAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_017802269.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017657758.1 Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X3, mRNA.

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CloneID	ONa31843
Clone ID Related Accession (Same CDS sequence)	XM_017802269.1 , XM_017802269.2
Accession Version	XM_017802269.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4749bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA TACCATCAAC 
AAAGCCTTAG GATTGAGTAC TGGTGACACT TATGAAGACC CCAGACAAAA GCATGAGTAT 
GAGATGAGCT CTACTCTAGA GAAGAAAGAC TATGAGCAGC CTGCTTGCAC AAAAATTGAG 
AGTGTACATT TGAAGAGTTC CCAGAGCCCA TTGCTGGAAG GTGATGCGGC ATCTTTGAAG 
TATCCATCTG TTCTTTCTAC CACTGAGGAT CCAAATTTAA TTAATGTCAA TAATTTTGAA 
GAGTGCAGTT TGTGTCCCAC TGTTCCCATT GAACATGGAT TCCATAGACA ACAGTCTAAG 
TCAAATGATG ATGAAGAGAC TGAAATACAT TGGAAATTGA TTCCAATTAC AGGAGGAAAT 
GCAAGAAGCC CAGAAGACCA GCATGGGAAA CATTGTGAGA AACAAACCCC AGGTATGAAA 
TCACCAGAAG AACACCTGGC ATGTCCGCCA CCACAGGAGG CCTTTCCTAA TGATCCCCGG 
GTAATAAGTA GAGAAAGAAG TTCTGATTTC CAGTTTCCAT CCTCTCCATT TACAGACACA 
GTAAAGGGCA CCACTGAAGA GGACCTGTTG ACAGGTCAGG TGGTGACCGT GGAGGAACAG 
TGTGTGCCGG CAGCAGAGCC GCCTATAGTG AGCGAAACTA CAGAGAATAC AGTGTTAGGA 
GAGTTCCATC TCTTTTCTAG GAAGATAGAA GAGATTTTGA AGCAAAAGAA TGTTTCATAC 
ATTAGTACAA TTTCCACACC TGTCTTTTCA ACACAAGAGA AGATGAAGCG TCTTTCTGAG 
TTCATATATA CTAAGACTTC CAAAGCTGGT GTACAGGAAT TTGTAGATGG TTTGCATGAG 
AAACTAAATA CTATTATTAT TAAAGCATCA GCCAAGGGTG GGAATTTGCC ACCAGTCAGC 
TTTAATGAGT CTGATAATAA GACAGCATTG AATCCTTTGG AAAGGCATGT CCTATCAACT 
TCCTCAAGTG ACTTCAACAG TAAAGATCTT TTTGAGCCAT TTTGTACCAC CTCTAATGAA 
CAGCATTCGT CTTCAACTGA AGTAGAAATG AACCAGCCAC ACCACGGCAC AGAGTTAATG 
ATGACTTCTG ATCACACTGT ACCAGGGAAT AGTGCCATGG AACCAATAGA AAAAGAAATA 
AAATCACCTG GTGATGTAAA CATTTCTGCA CAACCAGCTC TTTCAAATTT TATCAGCCAA 
TTAGAACCTG AAGTATTTAA TAGTTTGGTT AAAATCATGA AAGATGTCCA GAAAAATACT 
GTGAAATTTT ACATTCATGA AGAAGAGGAG AGTGTGCTTT GTAAAGAAAT AAAGGAATAT 
CTTATCAAAT TAGGCAATAC AGAATGTCAT CCAGATCACT TTTTGGAAAG AAGATCAAAC 
TTAGATAAGC TATTGATTAT TATTCAAAAT GAAGACATTG CAGGTTTCAT TCATAAGGTA 
CCTGGCTTGG TGACTTTAAA GAAGCTTCCA TGTGTTAGTT TTGCTGGTGT TGATAGCCTG 
GATGATGTTA AAAATCATAC ATACAATGAA TTATTTGTAT CTGGTGGCTT TATTGTGTCT 
GATGAATCCA TTCTAAATCC AGAGGTTGTT ACAATTGAGA GCCTTAAAAT TTTTTTGACA 
TTCCTTGAAG AACTTAGTAC TCCAGAAGGA AAATGGCAGT GGAAAATCCA CTGTAAATTT 
CAGAAGAAAC TAAAGGAACT GGGCAGATTG AACACTAAAG CTCTAAGTTT GCTGACTCTT 
CTGAATGTCT ATCAAAAGAA ACATCTGGTT GACATTTTGT CTTACCACAA CTGTGATTCA 
CAAACTCGAA ATGCTCCAGA ATTGGAGTGC CTTATTAGGC TTCAGGCCCA GAACATACAG 
CAACGACATG TAGTCTTTTT AACAGAGAAA AATATCAAGA TGCTTTCGAA CTATACAGAT 
AACGGAATTG TAGTTGCATC TGCTGAAGAT TTTATGCAAA ACTTTAAAAA CCTTGTGGGC 
TATCACAACT CAGTCACAGA AGACAACCTT CCGCTGCTTG GTGCTAATGA GAATCTTGAG 
TCACAGTCAG CTCTTTTAGA AAACGATGAA AAGGATGAAG AGGATATGTC TCTGGATTCA 
GGGGATGAAA TCTCACATAT AGAAGTATTC AGCAATTGTC ATTCAGAAAT ATTGGCAAGA 
GAGACCAAAG GATCAAGTGG AACAGATCAA AAAAAGAATA TCCAAACTGA ATTGCAGTCG 
TCTCTTGACA TGCAAAACAG TTTAGAAGAT AAGACTTACC AAATTGATTG TGAAGAGAGA 
GCTCCTATTG GTAGAGAATG CTCTGAAGGA GAGAACAGCA ATTCAGCAGA ACAAGATTCA 
TATAGCAACT GTCAGGTTTA TCAAAATCAA TTAAATATGT CCCATCAGTT TAGTCATTTT 
AATGTTCTCA CTCATCAGAC ATTTTTGGAA ACACCATATG TCCTTTCATC AACTCAGTCT 
CAAGAAAATG AAAATTACTT TTTATCCGCT TATAAAAGTT TTGATTCAGA GAAATCTCCA 
TTAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_017657758.1
CDS	142..4890
Translation	MATAADTRASSTDAGWESGGGGDDEMKPALPELESSPQNGGGSGGGLPTSEPGGGARPEEPEASQSLSHEPPQDASEAAGLALPKGVEEPERPVRRNFQIPRKSREKKALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_017802269.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017802269.1

ORF Insert Sequence:

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA TACCATCAAC 
AAAGCCTTAG GATTGAGTAC TGGTGACACT TATGAAGACC CCAGACAAAA GCATGAGTAT 
GAGATGAGCT CTACTCTAGA GAAGAAAGAC TATGAGCAGC CTGCTTGCAC AAAAATTGAG 
AGTGTACATT TGAAGAGTTC CCAGAGCCCA TTGCTGGAAG GTGATGCGGC ATCTTTGAAG 
TATCCATCTG TTCTTTCTAC CACTGAGGAT CCAAATTTAA TTAATGTCAA TAATTTTGAA 
GAGTGCAGTT TGTGTCCCAC TGTTCCCATT GAACATGGAT TCCATAGACA ACAGTCTAAG 
TCAAATGATG ATGAAGAGAC TGAAATACAT TGGAAATTGA TTCCAATTAC AGGAGGAAAT 
GCAAGAAGCC CAGAAGACCA GCATGGGAAA CATTGTGAGA AACAAACCCC AGGTATGAAA 
TCACCAGAAG AACACCTGGC ATGTCCGCCA CCACAGGAGG CCTTTCCTAA TGATCCCCGG 
GTAATAAGTA GAGAAAGAAG TTCTGATTTC CAGTTTCCAT CCTCTCCATT TACAGACACA 
GTAAAGGGCA CCACTGAAGA GGACCTGTTG ACAGGTCAGG TGGTGACCGT GGAGGAACAG 
TGTGTGCCGG CAGCAGAGCC GCCTATAGTG AGCGAAACTA CAGAGAATAC AGTGTTAGGA 
GAGTTCCATC TCTTTTCTAG GAAGATAGAA GAGATTTTGA AGCAAAAGAA TGTTTCATAC 
ATTAGTACAA TTTCCACACC TGTCTTTTCA ACACAAGAGA AGATGAAGCG TCTTTCTGAG 
TTCATATATA CTAAGACTTC CAAAGCTGGT GTACAGGAAT TTGTAGATGG TTTGCATGAG 
AAACTAAATA CTATTATTAT TAAAGCATCA GCCAAGGGTG GGAATTTGCC ACCAGTCAGC 
TTTAATGAGT CTGATAATAA GACAGCATTG AATCCTTTGG AAAGGCATGT CCTATCAACT 
TCCTCAAGTG ACTTCAACAG TAAAGATCTT TTTGAGCCAT TTTGTACCAC CTCTAATGAA 
CAGCATTCGT CTTCAACTGA AGTAGAAATG AACCAGCCAC ACCACGGCAC AGAGTTAATG 
ATGACTTCTG ATCACACTGT ACCAGGGAAT AGTGCCATGG AACCAATAGA AAAAGAAATA 
AAATCACCTG GTGATGTAAA CATTTCTGCA CAACCAGCTC TTTCAAATTT TATCAGCCAA 
TTAGAACCTG AAGTATTTAA TAGTTTGGTT AAAATCATGA AAGATGTCCA GAAAAATACT 
GTGAAATTTT ACATTCATGA AGAAGAGGAG AGTGTGCTTT GTAAAGAAAT AAAGGAATAT 
CTTATCAAAT TAGGCAATAC AGAATGTCAT CCAGATCACT TTTTGGAAAG AAGATCAAAC 
TTAGATAAGC TATTGATTAT TATTCAAAAT GAAGACATTG CAGGTTTCAT TCATAAGGTA 
CCTGGCTTGG TGACTTTAAA GAAGCTTCCA TGTGTTAGTT TTGCTGGTGT TGATAGCCTG 
GATGATGTTA AAAATCATAC ATACAATGAA TTATTTGTAT CTGGTGGCTT TATTGTGTCT 
GATGAATCCA TTCTAAATCC AGAGGTTGTT ACAATTGAGA GCCTTAAAAT TTTTTTGACA 
TTCCTTGAAG AACTTAGTAC TCCAGAAGGA AAATGGCAGT GGAAAATCCA CTGTAAATTT 
CAGAAGAAAC TAAAGGAACT GGGCAGATTG AACACTAAAG CTCTAAGTTT GCTGACTCTT 
CTGAATGTCT ATCAAAAGAA ACATCTGGTT GACATTTTGT CTTACCACAA CTGTGATTCA 
CAAACTCGAA ATGCTCCAGA ATTGGAGTGC CTTATTAGGC TTCAGGCCCA GAACATACAG 
CAACGACATG TAGTCTTTTT AACAGAGAAA AATATCAAGA TGCTTTCGAA CTATACAGAT 
AACGGAATTG TAGTTGCATC TGCTGAAGAT TTTATGCAAA ACTTTAAAAA CCTTGTGGGC 
TATCACAACT CAGTCACAGA AGACAACCTT CCGCTGCTTG GTGCTAATGA GAATCTTGAG 
TCACAGTCAG CTCTTTTAGA AAACGATGAA AAGGATGAAG AGGATATGTC TCTGGATTCA 
GGGGATGAAA TCTCACATAT AGAAGTATTC AGCAATTGTC ATTCAGAAAT ATTGGCAAGA 
GAGACCAAAG GATCAAGTGG AACAGATCAA AAAAAGAATA TCCAAACTGA ATTGCAGTCG 
TCTCTTGACA TGCAAAACAG TTTAGAAGAT AAGACTTACC AAATTGATTG TGAAGAGAGA 
GCTCCTATTG GTAGAGAATG CTCTGAAGGA GAGAACAGCA ATTCAGCAGA ACAAGATTCA 
TATAGCAACT GTCAGGTTTA TCAAAATCAA TTAAATATGT CCCATCAGTT TAGTCATTTT 
AATGTTCTCA CTCATCAGAC ATTTTTGGAA ACACCATATG TCCTTTCATC AACTCAGTCT 
CAAGAAAATG AAAATTACTT TTTATCCGCT TATAAAAGTT TTGATTCAGA GAAATCTCCA 
TTAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_017802269.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_017657758.1 Nannospalax galili transcription activation suppressor (Tasor), transcript variant X3, mRNA.

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CloneID	ONa31843
Clone ID Related Accession (Same CDS sequence)	XM_017802269.1 , XM_017802269.2
Accession Version	XM_017802269.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4749bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_017802269.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA TACCATCAAC 
AAAGCCTTAG GATTGAGTAC TGGTGACACT TATGAAGACC CCAGACAAAA GCATGAGTAT 
GAGATGAGCT CTACTCTAGA GAAGAAAGAC TATGAGCAGC CTGCTTGCAC AAAAATTGAG 
AGTGTACATT TGAAGAGTTC CCAGAGCCCA TTGCTGGAAG GTGATGCGGC ATCTTTGAAG 
TATCCATCTG TTCTTTCTAC CACTGAGGAT CCAAATTTAA TTAATGTCAA TAATTTTGAA 
GAGTGCAGTT TGTGTCCCAC TGTTCCCATT GAACATGGAT TCCATAGACA ACAGTCTAAG 
TCAAATGATG ATGAAGAGAC TGAAATACAT TGGAAATTGA TTCCAATTAC AGGAGGAAAT 
GCAAGAAGCC CAGAAGACCA GCATGGGAAA CATTGTGAGA AACAAACCCC AGGTATGAAA 
TCACCAGAAG AACACCTGGC ATGTCCGCCA CCACAGGAGG CCTTTCCTAA TGATCCCCGG 
GTAATAAGTA GAGAAAGAAG TTCTGATTTC CAGTTTCCAT CCTCTCCATT TACAGACACA 
GTAAAGGGCA CCACTGAAGA GGACCTGTTG ACAGGTCAGG TGGTGACCGT GGAGGAACAG 
TGTGTGCCGG CAGCAGAGCC GCCTATAGTG AGCGAAACTA CAGAGAATAC AGTGTTAGGA 
GAGTTCCATC TCTTTTCTAG GAAGATAGAA GAGATTTTGA AGCAAAAGAA TGTTTCATAC 
ATTAGTACAA TTTCCACACC TGTCTTTTCA ACACAAGAGA AGATGAAGCG TCTTTCTGAG 
TTCATATATA CTAAGACTTC CAAAGCTGGT GTACAGGAAT TTGTAGATGG TTTGCATGAG 
AAACTAAATA CTATTATTAT TAAAGCATCA GCCAAGGGTG GGAATTTGCC ACCAGTCAGC 
TTTAATGAGT CTGATAATAA GACAGCATTG AATCCTTTGG AAAGGCATGT CCTATCAACT 
TCCTCAAGTG ACTTCAACAG TAAAGATCTT TTTGAGCCAT TTTGTACCAC CTCTAATGAA 
CAGCATTCGT CTTCAACTGA AGTAGAAATG AACCAGCCAC ACCACGGCAC AGAGTTAATG 
ATGACTTCTG ATCACACTGT ACCAGGGAAT AGTGCCATGG AACCAATAGA AAAAGAAATA 
AAATCACCTG GTGATGTAAA CATTTCTGCA CAACCAGCTC TTTCAAATTT TATCAGCCAA 
TTAGAACCTG AAGTATTTAA TAGTTTGGTT AAAATCATGA AAGATGTCCA GAAAAATACT 
GTGAAATTTT ACATTCATGA AGAAGAGGAG AGTGTGCTTT GTAAAGAAAT AAAGGAATAT 
CTTATCAAAT TAGGCAATAC AGAATGTCAT CCAGATCACT TTTTGGAAAG AAGATCAAAC 
TTAGATAAGC TATTGATTAT TATTCAAAAT GAAGACATTG CAGGTTTCAT TCATAAGGTA 
CCTGGCTTGG TGACTTTAAA GAAGCTTCCA TGTGTTAGTT TTGCTGGTGT TGATAGCCTG 
GATGATGTTA AAAATCATAC ATACAATGAA TTATTTGTAT CTGGTGGCTT TATTGTGTCT 
GATGAATCCA TTCTAAATCC AGAGGTTGTT ACAATTGAGA GCCTTAAAAT TTTTTTGACA 
TTCCTTGAAG AACTTAGTAC TCCAGAAGGA AAATGGCAGT GGAAAATCCA CTGTAAATTT 
CAGAAGAAAC TAAAGGAACT GGGCAGATTG AACACTAAAG CTCTAAGTTT GCTGACTCTT 
CTGAATGTCT ATCAAAAGAA ACATCTGGTT GACATTTTGT CTTACCACAA CTGTGATTCA 
CAAACTCGAA ATGCTCCAGA ATTGGAGTGC CTTATTAGGC TTCAGGCCCA GAACATACAG 
CAACGACATG TAGTCTTTTT AACAGAGAAA AATATCAAGA TGCTTTCGAA CTATACAGAT 
AACGGAATTG TAGTTGCATC TGCTGAAGAT TTTATGCAAA ACTTTAAAAA CCTTGTGGGC 
TATCACAACT CAGTCACAGA AGACAACCTT CCGCTGCTTG GTGCTAATGA GAATCTTGAG 
TCACAGTCAG CTCTTTTAGA AAACGATGAA AAGGATGAAG AGGATATGTC TCTGGATTCA 
GGGGATGAAA TCTCACATAT AGAAGTATTC AGCAATTGTC ATTCAGAAAT ATTGGCAAGA 
GAGACCAAAG GATCAAGTGG AACAGATCAA AAAAAGAATA TCCAAACTGA ATTGCAGTCG 
TCTCTTGACA TGCAAAACAG TTTAGAAGAT AAGACTTACC AAATTGATTG TGAAGAGAGA 
GCTCCTATTG GTAGAGAATG CTCTGAAGGA GAGAACAGCA ATTCAGCAGA ACAAGATTCA 
TATAGCAACT GTCAGGTTTA TCAAAATCAA TTAAATATGT CCCATCAGTT TAGTCATTTT 
AATGTTCTCA CTCATCAGAC ATTTTTGGAA ACACCATATG TCCTTTCATC AACTCAGTCT 
CAAGAAAATG AAAATTACTT TTTATCCGCT TATAAAAGTT TTGATTCAGA GAAATCTCCA 
TTAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_017657758.1
CDS	204..4952
Translation	MATAADTRASSTDAGWESGGGGDDEMKPALPELESSPQNGGGSGGGLPTSEPGGGARPEEPEASQSLSHEPPQDASEAAGLALPKGVEEPERPVRRNFQIPRKSREKKALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSALLENDEKDEEDMSLDSGDEISHIEVFSNCHSEILARETKGSSGTDQKKNIQTELQSSLDMQNSLEDKTYQIDCEERAPIGRECSEGENSNSAEQDSYSNCQVYQNQLNMSHQFSHFNVLTHQTFLETPYVLSSTQSQENENYFLSAYKSFDSEKSPLS

Target ORF information:

RefSeq Version	XM_017802269.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017802269.2

ORF Insert Sequence:

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA TACCATCAAC 
AAAGCCTTAG GATTGAGTAC TGGTGACACT TATGAAGACC CCAGACAAAA GCATGAGTAT 
GAGATGAGCT CTACTCTAGA GAAGAAAGAC TATGAGCAGC CTGCTTGCAC AAAAATTGAG 
AGTGTACATT TGAAGAGTTC CCAGAGCCCA TTGCTGGAAG GTGATGCGGC ATCTTTGAAG 
TATCCATCTG TTCTTTCTAC CACTGAGGAT CCAAATTTAA TTAATGTCAA TAATTTTGAA 
GAGTGCAGTT TGTGTCCCAC TGTTCCCATT GAACATGGAT TCCATAGACA ACAGTCTAAG 
TCAAATGATG ATGAAGAGAC TGAAATACAT TGGAAATTGA TTCCAATTAC AGGAGGAAAT 
GCAAGAAGCC CAGAAGACCA GCATGGGAAA CATTGTGAGA AACAAACCCC AGGTATGAAA 
TCACCAGAAG AACACCTGGC ATGTCCGCCA CCACAGGAGG CCTTTCCTAA TGATCCCCGG 
GTAATAAGTA GAGAAAGAAG TTCTGATTTC CAGTTTCCAT CCTCTCCATT TACAGACACA 
GTAAAGGGCA CCACTGAAGA GGACCTGTTG ACAGGTCAGG TGGTGACCGT GGAGGAACAG 
TGTGTGCCGG CAGCAGAGCC GCCTATAGTG AGCGAAACTA CAGAGAATAC AGTGTTAGGA 
GAGTTCCATC TCTTTTCTAG GAAGATAGAA GAGATTTTGA AGCAAAAGAA TGTTTCATAC 
ATTAGTACAA TTTCCACACC TGTCTTTTCA ACACAAGAGA AGATGAAGCG TCTTTCTGAG 
TTCATATATA CTAAGACTTC CAAAGCTGGT GTACAGGAAT TTGTAGATGG TTTGCATGAG 
AAACTAAATA CTATTATTAT TAAAGCATCA GCCAAGGGTG GGAATTTGCC ACCAGTCAGC 
TTTAATGAGT CTGATAATAA GACAGCATTG AATCCTTTGG AAAGGCATGT CCTATCAACT 
TCCTCAAGTG ACTTCAACAG TAAAGATCTT TTTGAGCCAT TTTGTACCAC CTCTAATGAA 
CAGCATTCGT CTTCAACTGA AGTAGAAATG AACCAGCCAC ACCACGGCAC AGAGTTAATG 
ATGACTTCTG ATCACACTGT ACCAGGGAAT AGTGCCATGG AACCAATAGA AAAAGAAATA 
AAATCACCTG GTGATGTAAA CATTTCTGCA CAACCAGCTC TTTCAAATTT TATCAGCCAA 
TTAGAACCTG AAGTATTTAA TAGTTTGGTT AAAATCATGA AAGATGTCCA GAAAAATACT 
GTGAAATTTT ACATTCATGA AGAAGAGGAG AGTGTGCTTT GTAAAGAAAT AAAGGAATAT 
CTTATCAAAT TAGGCAATAC AGAATGTCAT CCAGATCACT TTTTGGAAAG AAGATCAAAC 
TTAGATAAGC TATTGATTAT TATTCAAAAT GAAGACATTG CAGGTTTCAT TCATAAGGTA 
CCTGGCTTGG TGACTTTAAA GAAGCTTCCA TGTGTTAGTT TTGCTGGTGT TGATAGCCTG 
GATGATGTTA AAAATCATAC ATACAATGAA TTATTTGTAT CTGGTGGCTT TATTGTGTCT 
GATGAATCCA TTCTAAATCC AGAGGTTGTT ACAATTGAGA GCCTTAAAAT TTTTTTGACA 
TTCCTTGAAG AACTTAGTAC TCCAGAAGGA AAATGGCAGT GGAAAATCCA CTGTAAATTT 
CAGAAGAAAC TAAAGGAACT GGGCAGATTG AACACTAAAG CTCTAAGTTT GCTGACTCTT 
CTGAATGTCT ATCAAAAGAA ACATCTGGTT GACATTTTGT CTTACCACAA CTGTGATTCA 
CAAACTCGAA ATGCTCCAGA ATTGGAGTGC CTTATTAGGC TTCAGGCCCA GAACATACAG 
CAACGACATG TAGTCTTTTT AACAGAGAAA AATATCAAGA TGCTTTCGAA CTATACAGAT 
AACGGAATTG TAGTTGCATC TGCTGAAGAT TTTATGCAAA ACTTTAAAAA CCTTGTGGGC 
TATCACAACT CAGTCACAGA AGACAACCTT CCGCTGCTTG GTGCTAATGA GAATCTTGAG 
TCACAGTCAG CTCTTTTAGA AAACGATGAA AAGGATGAAG AGGATATGTC TCTGGATTCA 
GGGGATGAAA TCTCACATAT AGAAGTATTC AGCAATTGTC ATTCAGAAAT ATTGGCAAGA 
GAGACCAAAG GATCAAGTGG AACAGATCAA AAAAAGAATA TCCAAACTGA ATTGCAGTCG 
TCTCTTGACA TGCAAAACAG TTTAGAAGAT AAGACTTACC AAATTGATTG TGAAGAGAGA 
GCTCCTATTG GTAGAGAATG CTCTGAAGGA GAGAACAGCA ATTCAGCAGA ACAAGATTCA 
TATAGCAACT GTCAGGTTTA TCAAAATCAA TTAAATATGT CCCATCAGTT TAGTCATTTT 
AATGTTCTCA CTCATCAGAC ATTTTTGGAA ACACCATATG TCCTTTCATC AACTCAGTCT 
CAAGAAAATG AAAATTACTT TTTATCCGCT TATAAAAGTT TTGATTCAGA GAAATCTCCA 
TTAAGTTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_008849295.3 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008847517.1 Nannospalax galili transcription activation suppressor (Tasor), transcript variant X5, mRNA.

Price & Availability↑

CloneID	ONa31845
Clone ID Related Accession (Same CDS sequence)	XM_008849295.3 , XM_008849295.2
Accession Version	XM_008849295.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4485bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-23
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Jun 24, 2019 this sequence version replaced XM_008849295.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Nannospalax galili Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGAGGAAATG CAAGAAGCCC AGAAGACCAG 
CATGGGAAAC ATTGTGAGAA ACAAACCCCA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGA TGCTGTTTTG 
ACATTAACCC CTTTGGAGCT GGGAGTTGGG ATTTCCCAAC ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008847517.1
CDS	204..4688
Translation	MATAADTRASSTDAGWESGGGGDDEMKPALPELESSPQNGGGSGGGLPTSEPGGGARPEEPEASQSLSHEPPQDASEAAGLALPKGVEEPERPVRRNFQIPRKSREKKALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSDAVLTLTPLELGVGISQH

Target ORF information:

RefSeq Version	XM_008849295.3
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili transcription activation suppressor (Tasor), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008849295.3

ORF Insert Sequence:

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGAGGAAATG CAAGAAGCCC AGAAGACCAG 
CATGGGAAAC ATTGTGAGAA ACAAACCCCA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGA TGCTGTTTTG 
ACATTAACCC CTTTGGAGCT GGGAGTTGGG ATTTCCCAAC ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Fam208a ( XM_008849295.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008847517.1 Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X5, mRNA.

Price & Availability↑

CloneID	ONa31845
Clone ID Related Accession (Same CDS sequence)	XM_008849295.3 , XM_008849295.2
Accession Version	XM_008849295.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4485bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-08-10
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Product	protein TASOR isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008352327.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008849295.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Nannospalax galili Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGAGGAAATG CAAGAAGCCC AGAAGACCAG 
CATGGGAAAC ATTGTGAGAA ACAAACCCCA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGA TGCTGTTTTG 
ACATTAACCC CTTTGGAGCT GGGAGTTGGG ATTTCCCAAC ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_008847517.1
CDS	142..4626
Translation	MATAADTRASSTDAGWESGGGGDDEMKPALPELESSPQNGGGSGGGLPTSEPGGGARPEEPEASQSLSHEPPQDASEAAGLALPKGVEEPERPVRRNFQIPRKSREKKALFQPLTPGSREFEDVLNILHSSYLEPSSVANFNYRRACLIHNDLLEKEFTEKRRELKFDGRLDKELSESYAFLMVDRYQVQSICEKGLQVGQSKITILGSPSMGIYLSRYADLLQANPLEAGAVGDVVIFKIMKGKIKSIYDTVSVKSLEPMLNRNALDPTPKHECHVSKNASRITSLLAYRAYELTQYYFYEYGFDELRRRPRHVCPYAVVSFTYKDDIQSPKFLSSLRSNSFNADRNIDKFNYTLWKGQLLNKGKLLCYISLRSATRTFLPIKLPEKLDVETVMSIDYLKQKIPPALFYKETYLGLNEVLKNGMYCTLYEVVEKTRVGSNMECLLQKLEKEKLVLVKPLEDRGYLFLLSPCQMISPYEHQTVKSRFLHALFMFQEPRCIIISQKGSTNSAPQERHENMSDILKITQFLQFALIQCRKEFKSINTINFHSVVEKYVSEFFKRGFGSGKREFFMFSYDSRLDDKKFLYSAPRNKSHIADCLHTYIFQPEMYQLPIFKLKELFEENRKRQQFSPLSDYEGQEEEMNGSKMKFGKRNNSRGETINPGKPKSSHSLDYDKDKVKELIDLIQCKKKNVGGDTDTEEPRSKNVLKRKLEGLPENMRKFAKTSNLSENYRLYEESPQSIGLLGHDPNLTLQQQDTCNPSGIADINKLYNWLSETIANAGHSDSSLTDTINKALGLSTGDTYEDPRQKHEYEMSSTLEKKDYEQPACTKIESVHLKSSQSPLLEGDAASLKYPSVLSTTEDPNLINVNNFEECSLCPTVPIEHGFHRQQSKSNDDEETEIHWKLIPITGGNARSPEDQHGKHCEKQTPGMKSPEEHLACPPPQEAFPNDPRVISRERSSDFQFPSSPFTDTVKGTTEEDLLTGQVVTVEEQCVPAAEPPIVSETTENTVLGEFHLFSRKIEEILKQKNVSYISTISTPVFSTQEKMKRLSEFIYTKTSKAGVQEFVDGLHEKLNTIIIKASAKGGNLPPVSFNESDNKTALNPLERHVLSTSSSDFNSKDLFEPFCTTSNEQHSSSTEVEMNQPHHGTELMMTSDHTVPGNSAMEPIEKEIKSPGDVNISAQPALSNFISQLEPEVFNSLVKIMKDVQKNTVKFYIHEEEESVLCKEIKEYLIKLGNTECHPDHFLERRSNLDKLLIIIQNEDIAGFIHKVPGLVTLKKLPCVSFAGVDSLDDVKNHTYNELFVSGGFIVSDESILNPEVVTIESLKIFLTFLEELSTPEGKWQWKIHCKFQKKLKELGRLNTKALSLLTLLNVYQKKHLVDILSYHNCDSQTRNAPELECLIRLQAQNIQQRHVVFLTEKNIKMLSNYTDNGIVVASAEDFMQNFKNLVGYHNSVTEDNLPLLGANENLESQSDAVLTLTPLELGVGISQH

Target ORF information:

RefSeq Version	XM_008849295.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili family with sequence similarity 208 member A (Fam208a), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_008849295.2

ORF Insert Sequence:

ATGGCGACCG CCGCGGACAC CCGGGCCTCT TCGACGGACG CCGGCTGGGA GAGCGGCGGC 
GGCGGCGACG ATGAGATGAA GCCGGCGCTT CCGGAGCTTG AGTCCTCCCC ACAAAATGGC 
GGCGGCAGCG GCGGCGGCCT CCCCACCTCG GAGCCCGGTG GCGGGGCGCG GCCGGAGGAG 
CCCGAGGCTT CCCAAAGTCT CAGCCACGAG CCGCCTCAGG ACGCCTCGGA AGCGGCCGGG 
CTCGCTCTGC CCAAAGGCGT GGAAGAGCCG GAAAGGCCTG TTAGGCGGAA CTTTCAGATC 
CCCAGGAAGA GCAGAGAAAA GAAAGCACTT TTCCAGCCAT TGACTCCAGG CTCTCGAGAA 
TTTGAAGATG TTTTAAATAT TCTTCATTCA TCTTACCTTG AACCATCCTC CGTAGCAAAT 
TTTAACTACA GACGAGCTTG CTTGATACAC AATGACCTTT TGGAAAAGGA GTTTACAGAA 
AAGAGAAGAG AACTGAAGTT TGATGGTCGT TTAGATAAGG AACTTTCAGA ATCCTATGCA 
TTTCTCATGG TTGATCGATA TCAGGTTCAA AGCATATGTG AAAAAGGATT GCAGGTGGGC 
CAGTCCAAAA TAACTATTCT TGGCAGTCCT TCCATGGGTA TCTATCTTTC TAGGTATGCA 
GATTTGTTAC AGGCTAATCC TTTGGAAGCT GGAGCAGTGG GCGATGTTGT TATTTTTAAA 
ATAATGAAGG GTAAAATCAA AAGTATATAT GACACTGTGA GTGTAAAAAG CTTGGAACCT 
ATGCTAAATA GAAATGCTTT GGATCCTACA CCAAAGCATG AATGCCATGT GTCAAAGAAT 
GCCAGTAGAA TTACATCCCT TTTGGCTTAC AGAGCCTATG AGCTTACTCA GTATTATTTC 
TATGAGTATG GCTTTGATGA ACTAAGGCGA AGACCAAGGC ATGTTTGTCC ATATGCAGTT 
GTGTCTTTTA CTTACAAAGA TGATATACAG TCTCCGAAGT TTTTATCTTC ATTGAGATCT 
AACAGCTTTA ATGCAGATAG AAACATAGAT AAATTTAATT ACACCTTGTG GAAAGGACAA 
CTGTTAAATA AAGGAAAGCT TCTGTGTTAC ATTTCTTTGA GGTCAGCCAC TCGTACTTTT 
TTGCCTATCA AACTTCCTGA GAAATTAGAT GTTGAAACAG TTATGAGTAT TGATTATTTG 
AAACAGAAAA TTCCTCCTGC ATTGTTTTAT AAAGAAACGT ACTTGGGTCT GAATGAAGTT 
TTGAAGAATG GTATGTATTG TACCCTTTAC GAAGTTGTAG AAAAGACAAG AGTTGGAAGT 
AACATGGAGT GTTTACTGCA AAAACTGGAG AAAGAAAAAC TCGTTCTTGT TAAACCTTTG 
GAAGACCGAG GGTACCTTTT TCTTCTCTCT CCTTGTCAGA TGATTTCACC ATATGAACAT 
CAGACTGTCA AGTCTCGGTT CCTACACGCT CTCTTTATGT TTCAAGAACC TAGATGCATA 
ATTATTTCAC AAAAAGGTTC AACCAATTCA GCACCACAAG AAAGGCATGA GAACATGTCA 
GATATATTAA AAATAACTCA GTTTTTACAG TTTGCTTTAA TTCAGTGTCG AAAGGAATTC 
AAAAGTATAA ACACTATTAA TTTTCATTCT GTTGTTGAAA AGTATGTAAG TGAATTTTTT 
AAACGAGGTT TTGGTTCAGG TAAACGAGAG TTTTTCATGT TTTCATATGA TTCACGATTA 
GATGATAAAA AATTCTTATA CTCGGCACCA AGAAATAAAT CCCATATTGC TGATTGCTTG 
CATACCTATA TTTTTCAGCC TGAAATGTAT CAGTTACCTA TTTTTAAATT AAAAGAATTA 
TTTGAAGAAA ATAGAAAACG TCAACAATTT AGTCCACTTT CAGATTATGA AGGTCAAGAA 
GAAGAAATGA ATGGTTCAAA AATGAAGTTT GGAAAACGAA ATAACTCAAG GGGTGAAACA 
ATTAACCCTG GAAAGCCGAA GTCCTCTCAC TCTTTGGATT ATGATAAGGA TAAAGTCAAA 
GAATTGATTG ATTTAATTCA GTGTAAGAAA AAAAATGTGG GCGGGGATAC GGACACAGAA 
GAGCCAAGAA GCAAAAATGT CTTGAAGAGG AAGCTTGAGG GTCTACCTGA AAATATGAGA 
AAGTTTGCCA AAACCAGTAA TTTATCTGAA AATTACCGTC TGTATGAAGA ATCTCCACAG 
TCCATTGGCT TACTTGGACA TGATCCTAAC TTGACACTGC AACAGCAGGA TACATGTAAC 
CCCTCTGGCA TTGCTGACAT CAATAAGCTT TATAATTGGC TGTCAGAAAC AATAGCCAAT 
GCAGGACACT CTGATTCCTC CCTGACAGAT ACCATCAACA AAGCCTTAGG ATTGAGTACT 
GGTGACACTT ATGAAGACCC CAGACAAAAG CATGAGTATG AGATGAGCTC TACTCTAGAG 
AAGAAAGACT ATGAGCAGCC TGCTTGCACA AAAATTGAGA GTGTACATTT GAAGAGTTCC 
CAGAGCCCAT TGCTGGAAGG TGATGCGGCA TCTTTGAAGT ATCCATCTGT TCTTTCTACC 
ACTGAGGATC CAAATTTAAT TAATGTCAAT AATTTTGAAG AGTGCAGTTT GTGTCCCACT 
GTTCCCATTG AACATGGATT CCATAGACAA CAGTCTAAGT CAAATGATGA TGAAGAGACT 
GAAATACATT GGAAATTGAT TCCAATTACA GGAGGAAATG CAAGAAGCCC AGAAGACCAG 
CATGGGAAAC ATTGTGAGAA ACAAACCCCA GGTATGAAAT CACCAGAAGA ACACCTGGCA 
TGTCCGCCAC CACAGGAGGC CTTTCCTAAT GATCCCCGGG TAATAAGTAG AGAAAGAAGT 
TCTGATTTCC AGTTTCCATC CTCTCCATTT ACAGACACAG TAAAGGGCAC CACTGAAGAG 
GACCTGTTGA CAGGTCAGGT GGTGACCGTG GAGGAACAGT GTGTGCCGGC AGCAGAGCCG 
CCTATAGTGA GCGAAACTAC AGAGAATACA GTGTTAGGAG AGTTCCATCT CTTTTCTAGG 
AAGATAGAAG AGATTTTGAA GCAAAAGAAT GTTTCATACA TTAGTACAAT TTCCACACCT 
GTCTTTTCAA CACAAGAGAA GATGAAGCGT CTTTCTGAGT TCATATATAC TAAGACTTCC 
AAAGCTGGTG TACAGGAATT TGTAGATGGT TTGCATGAGA AACTAAATAC TATTATTATT 
AAAGCATCAG CCAAGGGTGG GAATTTGCCA CCAGTCAGCT TTAATGAGTC TGATAATAAG 
ACAGCATTGA ATCCTTTGGA AAGGCATGTC CTATCAACTT CCTCAAGTGA CTTCAACAGT 
AAAGATCTTT TTGAGCCATT TTGTACCACC TCTAATGAAC AGCATTCGTC TTCAACTGAA 
GTAGAAATGA ACCAGCCACA CCACGGCACA GAGTTAATGA TGACTTCTGA TCACACTGTA 
CCAGGGAATA GTGCCATGGA ACCAATAGAA AAAGAAATAA AATCACCTGG TGATGTAAAC 
ATTTCTGCAC AACCAGCTCT TTCAAATTTT ATCAGCCAAT TAGAACCTGA AGTATTTAAT 
AGTTTGGTTA AAATCATGAA AGATGTCCAG AAAAATACTG TGAAATTTTA CATTCATGAA 
GAAGAGGAGA GTGTGCTTTG TAAAGAAATA AAGGAATATC TTATCAAATT AGGCAATACA 
GAATGTCATC CAGATCACTT TTTGGAAAGA AGATCAAACT TAGATAAGCT ATTGATTATT 
ATTCAAAATG AAGACATTGC AGGTTTCATT CATAAGGTAC CTGGCTTGGT GACTTTAAAG 
AAGCTTCCAT GTGTTAGTTT TGCTGGTGTT GATAGCCTGG ATGATGTTAA AAATCATACA 
TACAATGAAT TATTTGTATC TGGTGGCTTT ATTGTGTCTG ATGAATCCAT TCTAAATCCA 
GAGGTTGTTA CAATTGAGAG CCTTAAAATT TTTTTGACAT TCCTTGAAGA ACTTAGTACT 
CCAGAAGGAA AATGGCAGTG GAAAATCCAC TGTAAATTTC AGAAGAAACT AAAGGAACTG 
GGCAGATTGA ACACTAAAGC TCTAAGTTTG CTGACTCTTC TGAATGTCTA TCAAAAGAAA 
CATCTGGTTG ACATTTTGTC TTACCACAAC TGTGATTCAC AAACTCGAAA TGCTCCAGAA 
TTGGAGTGCC TTATTAGGCT TCAGGCCCAG AACATACAGC AACGACATGT AGTCTTTTTA 
ACAGAGAAAA ATATCAAGAT GCTTTCGAAC TATACAGATA ACGGAATTGT AGTTGCATCT 
GCTGAAGATT TTATGCAAAA CTTTAAAAAC CTTGTGGGCT ATCACAACTC AGTCACAGAA 
GACAACCTTC CGCTGCTTGG TGCTAATGAG AATCTTGAGT CACAGTCAGA TGCTGTTTTG 
ACATTAACCC CTTTGGAGCT GGGAGTTGGG ATTTCCCAAC ATTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Gene Symbol	Fam208a
Entrez Gene ID	103747013
Full Name	family with sequence similarity 208 member A
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

Fam208a cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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