Fam135b cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Fam135b
Entrez Gene ID	103738548
Full Name	family with sequence similarity 135 member B
Gene Type	protein-coding
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_008838576.2	XP_008836798.1	protein FAM135B
XM_008838577.1	XP_008836799.1	protein FAM135B

Pathways from BioSystems
Gene Ontology

The following Fam135b gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Fam135b cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
ONa21716	XM_008838576.2 Latest version!	Nannospalax galili family with sequence similarity 135 member B (Fam135b), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
ONa21716	XM_008838577.1 Latest version!	Nannospalax galili family with sequence similarity 135 member B (Fam135b), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

Fam135b ( XM_008838576.2 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008836798.1 Nannospalax galili family with sequence similarity 135 member B (Fam135b), transcript variant X1, mRNA.

Price & Availability↑

CloneID	ONa21716
Clone ID Related Accession (Same CDS sequence)	XM_008838576.2 , XM_008838577.1
Accession Version	XM_008838576.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4197bp) 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 FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008342543.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Aug 11, 2016 this sequence version replaced XM_008838576.1. ##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##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAGTT TTATAATGTG 
GATCTCTTTC AAAGAGGGTA TTACCAGATC CGAGTGACCT TGAAGGTGTC CTCGCGGATC 
CCCCACAGAC TGAGCGCTTC CATTGTTGGG CAGTCAGAGA GCAACAGCGT GCATTCAGCC 
TGTGTCCACG AGAACGCCGT GCACAGCCGG GTCTTCCAGA TTTTATACAG GAATGAGGAG 
GCACCCATAA ATGATGCCAT GGTATTCCGA GCTCATTTAC TCTTAGATGG TGAGAGGGTG 
GAAGACGCAC TGAGTGAGGT TGAGTTCCAG CTCAAGGTGG ATCTTCACTT TACAGACAGT 
GAGCAGCTGC TGAGGGACAG GACTGGGACG CCGATGATCA GCAGTCGCAC ACTCGGCCTG 
CACTTCCACC CACGGAGTGG TCTGCACCAC CAAGTCCCTG TCATGTTTCA CTACTGCCAC 
CTGTCTGTGA TCTCAGTGAC CGTCCACGCT GCCCTGGTGG CTTTGCAGCA GCCCCTGATC 
AGTTTTACTC GTCCTGGAAG AGGCTCTTGG CTTGGTAAAG GTGGCCCAGA CATGGGACCA 
GAGCAGCCCC TCATTTCTCT GGAAAACTTA GTCTTTGGAG CTGGATACTG CAAGCCGACT 
TCCTCAGAGG GAAGCTTCTA TGTCCCCTCC GAGAACTGCA TTCAGCATGC GCACAAGTGG 
CACCGGGACG TCTGTCTCCT GCTCCTCCAG GCCTACCGGG GACTCCGACT CTACTTCCTG 
GTCATCATGA GGGACATTCC CGAGCTGCCA CACATGGACT TGGAGGCCCT GGCCGTGGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATCGCT 
GAGCAGATCA GCAAGGACCT TGCTTGGCTG GCCTCCCATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTGACTCT GAACTCCCAA GTGACCACTT ACCTCACTCA GGAGCATCAT 
ACCTTGAGGG TGCGAAGGTT TTCTGAAGCA TTCTTTTACA CGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAGAA CTTGATACAG ACCCACAGCC AGCTATCTTT GGACATCCGG 
AACTCAGAGT ACCTCACCAG TATGCCCCCG CTGCCCGCAG AGTGCCTGGA CATTGACGGT 
GACTGGAACA CCCTGCCCGT TATCTTTGAG GACAGATATG TGGATTGCCC TGTGACAGGG 
CACAATTTGA GTGTTCACCC TAATTTTGAT GTTCCAGTGA CAAGTTCTGC AATAATGAAT 
CTAAAAGGGA AAGAGAAGAA TCTCCTTGTA AATCAAAAAT CATCTTTGGG GAAAGGCCTT 
GCCGAAACCA CTCTGAGACC ACCCCAGTTG GGCTCTGATG CCGAGGTTAC TAGGTATCCA 
GAGACAGAGG AGCATTCTGC CACACAGAAC CATGTGGACA TGTGCTCAGA GACTCAGGTT 
TACCTGACCA TAGGTGAATT CCAGGATAAA GCAGGCATGC CTGAAAGTGA TGGCTGGACT 
GGCCCACGGC CTGACGTTGG AGTAGATTCA CCAGTACAGG TGGACATGGC AAGGAGGAGT 
CCAGGCCCAG ATGATGGACA GACTCCAGCA CTGATCTACA TTGATGTGAA ATCTAGCAAT 
AAGAACTTCC CTAGAGCCAA GCCCACACAG GGCCTCAATG CTCAGCATGA AGGGAGCCCT 
GGGCACAACT ACGATCGCGA CAAGACTGTG CCAAGCAAAG TGGTAACAGG ATCGTGTCAG 
CAAAATGACG TCTCTTCAGG CCAAGCAGCT GTCCCTGAGT TCAGGACTCT GGGAAGGGGG 
ATGGAGCAGG AGGGGAAGGT GCTGCTGAGC CTGAAGCTCA CTCCGGCCCA GCTCTGTGAC 
ACTCTGAGCG CTCTTCTGAG GGAACCTTTG GATACCAGGC CTTCCCTTCA GGAACCTCAT 
GCAGAAGAGC AGGAGGACCT GTCAGTGCTC CCGGGGGTCA TCAGGAGGTC AGCCTCCCTC 
ATATCAGACT CAGGCATTGA GAGTGAACCA AGCTCTGTTG CTTGGTCCGA GGCTCGAAGC 
AGGGTCTTGG AGTTACCCAG TGATCGAGAA GTCTTGCACC AGGTGGTCCG AAGACACGCC 
CACCACAGGA ACTCTTTGGA GGGCGGTCAC ACGGAGAGCA ACACCAGTCT GCCAAGTGGC 
ATCCAGGCTT CTCTCACTTC CATCAGCTCT TTACCTTTTG AGGAGGAGGA GCGGGAGTTG 
GCACTCACCA AGCTCACCAA GTCTGTCTCT GCACCCCAAA TCAGCAGTCC TGAGGATGCT 
GCTGAAATTA CCAAGGACCC AGGAGGTGTC TCTGAAGACC TGGAAACTTC TAGCCAGGAC 
AAAGTTTCTC CTGGACACAA TTCTCCTTGT AGTGGCTCTA GAGTCCAGGA CACCAGGTCA 
GGCCATTCCC TTGCAGATAT GGTCTTAGAT TCTGACAGAC CTCAGGGCCC TGGGTACATG 
GACATCTCCA AAGGTAAAGG GAGCCAGTTT GAACCTCAAG GACCCTGTTG TCAGGAAGCC 
AGGGCTGAGA ACACAGGAGG TATTGAAACC AAAGGTCTTA ACTTAAAAAT CCCAGGTATC 
ACAGCACTTG AAAATCCTAG GACCAGGTCT TTTCATAGAA CAGTCCTGGA AACATCAAAA 
AGCCAACCTA AAGGCTTGGG TGTCAGTAAA CACTCTCTCT CCAACAGCAA TGTCTCAGAG 
GTCAGGGCTG TGTCTCACCA TAAGGTGCCT GAATTCAGTT GTGCATCAGC TATTGATGCC 
ATCAGCCTGA ATTCTACAGG TGCACAAAGT GGTTCACCAA GTATGAATGG TACCACAACA 
CTGATTAGAG GACCTAATGC CTCCCCGGAG GAGGAACATG AAGCCGGCAC TGTGTGCCCT 
ACTGTGACTC ATCCCATTGC CTCCCAAGTA TCAAAAAACC AAGAGCTAAA GGGAGGCACT 
TCCATCCCCG GGTCCCACCT GACCTCCACA GAGACCTTTG CCCTGGACAG CCTGAAGGCT 
GTGGAGGTTG TCAACTTGTC TGTGTCTTGC ACGGCTACAT GTCTCCCTTT CTCATCTGTG 
CCCAAGGAGA CCCCTGCCAG GGCTGGATTC TCTTCCAAAC AAAGTCCAGC TCCTATCACT 
CATCAACCTC TGGGTTCCTT TGGAGTTGTT CCTGCTCATC CCAGCAAGTT AGAAGAAGTT 
AGTGAAAGGA TGTTCAGTTT TTATCAGGCC AAAGAAAAGT TTAAAAAAGA ACTGAAGATC 
GAAGGGTTTC TGTACAGTGA CTTATCCGTC CTGGCTTCTG ACGTACCATA TTTCCCACCA 
GAGGAAGAGG AAGGAGACCT GGAAGAAGGC ATTCACCTGG TGGTCTGTGT CCATGGCTTG 
GATGGGAACA GTGCAGACCT CCGGCTGGTA AAGACTTTCA TAGAACTGGG GCTCCCTGGA 
GGAAAACTGG ACTTCCTAAT GTCTGAGAAG AATCAGATGG ACACATTTGC AGATTTTGAT 
ACCATGACAG ATCGACTGTT GGATGAAATC ATTCAGCACA TCCAGCTGTA TAACCTCTCC 
ATATCCCGAA TTAGCTTTAT CGGCCATTCT CTTGGCAACA TTATCATCAG ATCCGTCCTC 
ACAAGGCCTC GCTTCCGGTA TTACCTCACC AAGCTCCACA CGTTCCTGTC GCTGTCTGGG 
CCCCACCTGG GGACTCTGTA CAGCAACAGC ACCCTGGTCA GTACAGGCTT GTGGCTCATG 
CAGAAATTGA AGAAATCTGG GTCCCTTTTG CAGCTGACCT TCAGGGATAA TGCTGACTTG 
CGGAAGTGTT TCCTCTACCA ACTAAGCCAA AAAACAGGGC TGCAGTATTT TAAAAACGTT 
GTTCTGGTTG CTTCTCCCCA AGACCGTTAT GTGCCATTTC ACTCAGCCAG GATCGAAATG 
TGTAAAACTG CCCTGAAAGA CAGACACACA GGGCCTGTCT ACGCAGAAAT GATCAACAAC 
CTGCTGGGCC CTCTGGCGGA AGCCAAGGAC TGCACTTTGA TCAGACATAA TGTGTTCCAC 
GCTCTGCCCA ACACTGCCAA CACCCTGATT GGCCGAGCAG CTCACATCGC TGTGTTGGAT 
TCAGAACTCT TTCTAGAGAA GTTTTTCTTG GTGGCAGGAC TCAACTATTT TAAGTAG

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

RefSeq	XP_008836798.1
CDS	1073..5269
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESNSVHSACVHENAVHSRVFQILYRNEEAPINDAMVFRAHLLLDGERVEDALSEVEFQLKVDLHFTDSEQLLRDRTGTPMISSRTLGLHFHPRSGLHHQVPVMFHYCHLSVISVTVHAALVALQQPLISFTRPGRGSWLGKGGPDMGPEQPLISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDVCLLLLQAYRGLRLYFLVIMRDIPELPHMDLEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLNSQVTTYLTQEHHTLRVRRFSEAFFYTEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVTGHNLSVHPNFDVPVTSSAIMNLKGKEKNLLVNQKSSLGKGLAETTLRPPQLGSDAEVTRYPETEEHSATQNHVDMCSETQVYLTIGEFQDKAGMPESDGWTGPRPDVGVDSPVQVDMARRSPGPDDGQTPALIYIDVKSSNKNFPRAKPTQGLNAQHEGSPGHNYDRDKTVPSKVVTGSCQQNDVSSGQAAVPEFRTLGRGMEQEGKVLLSLKLTPAQLCDTLSALLREPLDTRPSLQEPHAEEQEDLSVLPGVIRRSASLISDSGIESEPSSVAWSEARSRVLELPSDREVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLTSISSLPFEEEERELALTKLTKSVSAPQISSPEDAAEITKDPGGVSEDLETSSQDKVSPGHNSPCSGSRVQDTRSGHSLADMVLDSDRPQGPGYMDISKGKGSQFEPQGPCCQEARAENTGGIETKGLNLKIPGITALENPRTRSFHRTVLETSKSQPKGLGVSKHSLSNSNVSEVRAVSHHKVPEFSCASAIDAISLNSTGAQSGSPSMNGTTTLIRGPNASPEEEHEAGTVCPTVTHPIASQVSKNQELKGGTSIPGSHLTSTETFALDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGFSSKQSPAPITHQPLGSFGVVPAHPSKLEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDVPYFPPEEEEGDLEEGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQMDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLTKLHTFLSLSGPHLGTLYSNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLAEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_008838576.2
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili family with sequence similarity 135 member B (Fam135b), transcript variant X1, mRNA.

Target ORF information:

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

XM_008838576.2

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAGTT TTATAATGTG 
GATCTCTTTC AAAGAGGGTA TTACCAGATC CGAGTGACCT TGAAGGTGTC CTCGCGGATC 
CCCCACAGAC TGAGCGCTTC CATTGTTGGG CAGTCAGAGA GCAACAGCGT GCATTCAGCC 
TGTGTCCACG AGAACGCCGT GCACAGCCGG GTCTTCCAGA TTTTATACAG GAATGAGGAG 
GCACCCATAA ATGATGCCAT GGTATTCCGA GCTCATTTAC TCTTAGATGG TGAGAGGGTG 
GAAGACGCAC TGAGTGAGGT TGAGTTCCAG CTCAAGGTGG ATCTTCACTT TACAGACAGT 
GAGCAGCTGC TGAGGGACAG GACTGGGACG CCGATGATCA GCAGTCGCAC ACTCGGCCTG 
CACTTCCACC CACGGAGTGG TCTGCACCAC CAAGTCCCTG TCATGTTTCA CTACTGCCAC 
CTGTCTGTGA TCTCAGTGAC CGTCCACGCT GCCCTGGTGG CTTTGCAGCA GCCCCTGATC 
AGTTTTACTC GTCCTGGAAG AGGCTCTTGG CTTGGTAAAG GTGGCCCAGA CATGGGACCA 
GAGCAGCCCC TCATTTCTCT GGAAAACTTA GTCTTTGGAG CTGGATACTG CAAGCCGACT 
TCCTCAGAGG GAAGCTTCTA TGTCCCCTCC GAGAACTGCA TTCAGCATGC GCACAAGTGG 
CACCGGGACG TCTGTCTCCT GCTCCTCCAG GCCTACCGGG GACTCCGACT CTACTTCCTG 
GTCATCATGA GGGACATTCC CGAGCTGCCA CACATGGACT TGGAGGCCCT GGCCGTGGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATCGCT 
GAGCAGATCA GCAAGGACCT TGCTTGGCTG GCCTCCCATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTGACTCT GAACTCCCAA GTGACCACTT ACCTCACTCA GGAGCATCAT 
ACCTTGAGGG TGCGAAGGTT TTCTGAAGCA TTCTTTTACA CGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAGAA CTTGATACAG ACCCACAGCC AGCTATCTTT GGACATCCGG 
AACTCAGAGT ACCTCACCAG TATGCCCCCG CTGCCCGCAG AGTGCCTGGA CATTGACGGT 
GACTGGAACA CCCTGCCCGT TATCTTTGAG GACAGATATG TGGATTGCCC TGTGACAGGG 
CACAATTTGA GTGTTCACCC TAATTTTGAT GTTCCAGTGA CAAGTTCTGC AATAATGAAT 
CTAAAAGGGA AAGAGAAGAA TCTCCTTGTA AATCAAAAAT CATCTTTGGG GAAAGGCCTT 
GCCGAAACCA CTCTGAGACC ACCCCAGTTG GGCTCTGATG CCGAGGTTAC TAGGTATCCA 
GAGACAGAGG AGCATTCTGC CACACAGAAC CATGTGGACA TGTGCTCAGA GACTCAGGTT 
TACCTGACCA TAGGTGAATT CCAGGATAAA GCAGGCATGC CTGAAAGTGA TGGCTGGACT 
GGCCCACGGC CTGACGTTGG AGTAGATTCA CCAGTACAGG TGGACATGGC AAGGAGGAGT 
CCAGGCCCAG ATGATGGACA GACTCCAGCA CTGATCTACA TTGATGTGAA ATCTAGCAAT 
AAGAACTTCC CTAGAGCCAA GCCCACACAG GGCCTCAATG CTCAGCATGA AGGGAGCCCT 
GGGCACAACT ACGATCGCGA CAAGACTGTG CCAAGCAAAG TGGTAACAGG ATCGTGTCAG 
CAAAATGACG TCTCTTCAGG CCAAGCAGCT GTCCCTGAGT TCAGGACTCT GGGAAGGGGG 
ATGGAGCAGG AGGGGAAGGT GCTGCTGAGC CTGAAGCTCA CTCCGGCCCA GCTCTGTGAC 
ACTCTGAGCG CTCTTCTGAG GGAACCTTTG GATACCAGGC CTTCCCTTCA GGAACCTCAT 
GCAGAAGAGC AGGAGGACCT GTCAGTGCTC CCGGGGGTCA TCAGGAGGTC AGCCTCCCTC 
ATATCAGACT CAGGCATTGA GAGTGAACCA AGCTCTGTTG CTTGGTCCGA GGCTCGAAGC 
AGGGTCTTGG AGTTACCCAG TGATCGAGAA GTCTTGCACC AGGTGGTCCG AAGACACGCC 
CACCACAGGA ACTCTTTGGA GGGCGGTCAC ACGGAGAGCA ACACCAGTCT GCCAAGTGGC 
ATCCAGGCTT CTCTCACTTC CATCAGCTCT TTACCTTTTG AGGAGGAGGA GCGGGAGTTG 
GCACTCACCA AGCTCACCAA GTCTGTCTCT GCACCCCAAA TCAGCAGTCC TGAGGATGCT 
GCTGAAATTA CCAAGGACCC AGGAGGTGTC TCTGAAGACC TGGAAACTTC TAGCCAGGAC 
AAAGTTTCTC CTGGACACAA TTCTCCTTGT AGTGGCTCTA GAGTCCAGGA CACCAGGTCA 
GGCCATTCCC TTGCAGATAT GGTCTTAGAT TCTGACAGAC CTCAGGGCCC TGGGTACATG 
GACATCTCCA AAGGTAAAGG GAGCCAGTTT GAACCTCAAG GACCCTGTTG TCAGGAAGCC 
AGGGCTGAGA ACACAGGAGG TATTGAAACC AAAGGTCTTA ACTTAAAAAT CCCAGGTATC 
ACAGCACTTG AAAATCCTAG GACCAGGTCT TTTCATAGAA CAGTCCTGGA AACATCAAAA 
AGCCAACCTA AAGGCTTGGG TGTCAGTAAA CACTCTCTCT CCAACAGCAA TGTCTCAGAG 
GTCAGGGCTG TGTCTCACCA TAAGGTGCCT GAATTCAGTT GTGCATCAGC TATTGATGCC 
ATCAGCCTGA ATTCTACAGG TGCACAAAGT GGTTCACCAA GTATGAATGG TACCACAACA 
CTGATTAGAG GACCTAATGC CTCCCCGGAG GAGGAACATG AAGCCGGCAC TGTGTGCCCT 
ACTGTGACTC ATCCCATTGC CTCCCAAGTA TCAAAAAACC AAGAGCTAAA GGGAGGCACT 
TCCATCCCCG GGTCCCACCT GACCTCCACA GAGACCTTTG CCCTGGACAG CCTGAAGGCT 
GTGGAGGTTG TCAACTTGTC TGTGTCTTGC ACGGCTACAT GTCTCCCTTT CTCATCTGTG 
CCCAAGGAGA CCCCTGCCAG GGCTGGATTC TCTTCCAAAC AAAGTCCAGC TCCTATCACT 
CATCAACCTC TGGGTTCCTT TGGAGTTGTT CCTGCTCATC CCAGCAAGTT AGAAGAAGTT 
AGTGAAAGGA TGTTCAGTTT TTATCAGGCC AAAGAAAAGT TTAAAAAAGA ACTGAAGATC 
GAAGGGTTTC TGTACAGTGA CTTATCCGTC CTGGCTTCTG ACGTACCATA TTTCCCACCA 
GAGGAAGAGG AAGGAGACCT GGAAGAAGGC ATTCACCTGG TGGTCTGTGT CCATGGCTTG 
GATGGGAACA GTGCAGACCT CCGGCTGGTA AAGACTTTCA TAGAACTGGG GCTCCCTGGA 
GGAAAACTGG ACTTCCTAAT GTCTGAGAAG AATCAGATGG ACACATTTGC AGATTTTGAT 
ACCATGACAG ATCGACTGTT GGATGAAATC ATTCAGCACA TCCAGCTGTA TAACCTCTCC 
ATATCCCGAA TTAGCTTTAT CGGCCATTCT CTTGGCAACA TTATCATCAG ATCCGTCCTC 
ACAAGGCCTC GCTTCCGGTA TTACCTCACC AAGCTCCACA CGTTCCTGTC GCTGTCTGGG 
CCCCACCTGG GGACTCTGTA CAGCAACAGC ACCCTGGTCA GTACAGGCTT GTGGCTCATG 
CAGAAATTGA AGAAATCTGG GTCCCTTTTG CAGCTGACCT TCAGGGATAA TGCTGACTTG 
CGGAAGTGTT TCCTCTACCA ACTAAGCCAA AAAACAGGGC TGCAGTATTT TAAAAACGTT 
GTTCTGGTTG CTTCTCCCCA AGACCGTTAT GTGCCATTTC ACTCAGCCAG GATCGAAATG 
TGTAAAACTG CCCTGAAAGA CAGACACACA GGGCCTGTCT ACGCAGAAAT GATCAACAAC 
CTGCTGGGCC CTCTGGCGGA AGCCAAGGAC TGCACTTTGA TCAGACATAA TGTGTTCCAC 
GCTCTGCCCA ACACTGCCAA CACCCTGATT GGCCGAGCAG CTCACATCGC TGTGTTGGAT 
TCAGAACTCT TTCTAGAGAA GTTTTTCTTG GTGGCAGGAC TCAACTATTT TAAGTAG

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

Fam135b ( XM_008838577.1 ) cDNA ORF clone, Nannospalax galili(Upper Galilee mountains blind mole rat) -> XP_008836799.1 Nannospalax galili family with sequence similarity 135 member B (Fam135b), transcript variant X2, mRNA.

Price & Availability↑

CloneID	ONa21716
Clone ID Related Accession (Same CDS sequence)	XM_008838576.2 , XM_008838577.1
Accession Version	XM_008838577.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4197bp) 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 FAM135B
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008342543.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST 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##

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAGTT TTATAATGTG 
GATCTCTTTC AAAGAGGGTA TTACCAGATC CGAGTGACCT TGAAGGTGTC CTCGCGGATC 
CCCCACAGAC TGAGCGCTTC CATTGTTGGG CAGTCAGAGA GCAACAGCGT GCATTCAGCC 
TGTGTCCACG AGAACGCCGT GCACAGCCGG GTCTTCCAGA TTTTATACAG GAATGAGGAG 
GCACCCATAA ATGATGCCAT GGTATTCCGA GCTCATTTAC TCTTAGATGG TGAGAGGGTG 
GAAGACGCAC TGAGTGAGGT TGAGTTCCAG CTCAAGGTGG ATCTTCACTT TACAGACAGT 
GAGCAGCTGC TGAGGGACAG GACTGGGACG CCGATGATCA GCAGTCGCAC ACTCGGCCTG 
CACTTCCACC CACGGAGTGG TCTGCACCAC CAAGTCCCTG TCATGTTTCA CTACTGCCAC 
CTGTCTGTGA TCTCAGTGAC CGTCCACGCT GCCCTGGTGG CTTTGCAGCA GCCCCTGATC 
AGTTTTACTC GTCCTGGAAG AGGCTCTTGG CTTGGTAAAG GTGGCCCAGA CATGGGACCA 
GAGCAGCCCC TCATTTCTCT GGAAAACTTA GTCTTTGGAG CTGGATACTG CAAGCCGACT 
TCCTCAGAGG GAAGCTTCTA TGTCCCCTCC GAGAACTGCA TTCAGCATGC GCACAAGTGG 
CACCGGGACG TCTGTCTCCT GCTCCTCCAG GCCTACCGGG GACTCCGACT CTACTTCCTG 
GTCATCATGA GGGACATTCC CGAGCTGCCA CACATGGACT TGGAGGCCCT GGCCGTGGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATCGCT 
GAGCAGATCA GCAAGGACCT TGCTTGGCTG GCCTCCCATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTGACTCT GAACTCCCAA GTGACCACTT ACCTCACTCA GGAGCATCAT 
ACCTTGAGGG TGCGAAGGTT TTCTGAAGCA TTCTTTTACA CGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAGAA CTTGATACAG ACCCACAGCC AGCTATCTTT GGACATCCGG 
AACTCAGAGT ACCTCACCAG TATGCCCCCG CTGCCCGCAG AGTGCCTGGA CATTGACGGT 
GACTGGAACA CCCTGCCCGT TATCTTTGAG GACAGATATG TGGATTGCCC TGTGACAGGG 
CACAATTTGA GTGTTCACCC TAATTTTGAT GTTCCAGTGA CAAGTTCTGC AATAATGAAT 
CTAAAAGGGA AAGAGAAGAA TCTCCTTGTA AATCAAAAAT CATCTTTGGG GAAAGGCCTT 
GCCGAAACCA CTCTGAGACC ACCCCAGTTG GGCTCTGATG CCGAGGTTAC TAGGTATCCA 
GAGACAGAGG AGCATTCTGC CACACAGAAC CATGTGGACA TGTGCTCAGA GACTCAGGTT 
TACCTGACCA TAGGTGAATT CCAGGATAAA GCAGGCATGC CTGAAAGTGA TGGCTGGACT 
GGCCCACGGC CTGACGTTGG AGTAGATTCA CCAGTACAGG TGGACATGGC AAGGAGGAGT 
CCAGGCCCAG ATGATGGACA GACTCCAGCA CTGATCTACA TTGATGTGAA ATCTAGCAAT 
AAGAACTTCC CTAGAGCCAA GCCCACACAG GGCCTCAATG CTCAGCATGA AGGGAGCCCT 
GGGCACAACT ACGATCGCGA CAAGACTGTG CCAAGCAAAG TGGTAACAGG ATCGTGTCAG 
CAAAATGACG TCTCTTCAGG CCAAGCAGCT GTCCCTGAGT TCAGGACTCT GGGAAGGGGG 
ATGGAGCAGG AGGGGAAGGT GCTGCTGAGC CTGAAGCTCA CTCCGGCCCA GCTCTGTGAC 
ACTCTGAGCG CTCTTCTGAG GGAACCTTTG GATACCAGGC CTTCCCTTCA GGAACCTCAT 
GCAGAAGAGC AGGAGGACCT GTCAGTGCTC CCGGGGGTCA TCAGGAGGTC AGCCTCCCTC 
ATATCAGACT CAGGCATTGA GAGTGAACCA AGCTCTGTTG CTTGGTCCGA GGCTCGAAGC 
AGGGTCTTGG AGTTACCCAG TGATCGAGAA GTCTTGCACC AGGTGGTCCG AAGACACGCC 
CACCACAGGA ACTCTTTGGA GGGCGGTCAC ACGGAGAGCA ACACCAGTCT GCCAAGTGGC 
ATCCAGGCTT CTCTCACTTC CATCAGCTCT TTACCTTTTG AGGAGGAGGA GCGGGAGTTG 
GCACTCACCA AGCTCACCAA GTCTGTCTCT GCACCCCAAA TCAGCAGTCC TGAGGATGCT 
GCTGAAATTA CCAAGGACCC AGGAGGTGTC TCTGAAGACC TGGAAACTTC TAGCCAGGAC 
AAAGTTTCTC CTGGACACAA TTCTCCTTGT AGTGGCTCTA GAGTCCAGGA CACCAGGTCA 
GGCCATTCCC TTGCAGATAT GGTCTTAGAT TCTGACAGAC CTCAGGGCCC TGGGTACATG 
GACATCTCCA AAGGTAAAGG GAGCCAGTTT GAACCTCAAG GACCCTGTTG TCAGGAAGCC 
AGGGCTGAGA ACACAGGAGG TATTGAAACC AAAGGTCTTA ACTTAAAAAT CCCAGGTATC 
ACAGCACTTG AAAATCCTAG GACCAGGTCT TTTCATAGAA CAGTCCTGGA AACATCAAAA 
AGCCAACCTA AAGGCTTGGG TGTCAGTAAA CACTCTCTCT CCAACAGCAA TGTCTCAGAG 
GTCAGGGCTG TGTCTCACCA TAAGGTGCCT GAATTCAGTT GTGCATCAGC TATTGATGCC 
ATCAGCCTGA ATTCTACAGG TGCACAAAGT GGTTCACCAA GTATGAATGG TACCACAACA 
CTGATTAGAG GACCTAATGC CTCCCCGGAG GAGGAACATG AAGCCGGCAC TGTGTGCCCT 
ACTGTGACTC ATCCCATTGC CTCCCAAGTA TCAAAAAACC AAGAGCTAAA GGGAGGCACT 
TCCATCCCCG GGTCCCACCT GACCTCCACA GAGACCTTTG CCCTGGACAG CCTGAAGGCT 
GTGGAGGTTG TCAACTTGTC TGTGTCTTGC ACGGCTACAT GTCTCCCTTT CTCATCTGTG 
CCCAAGGAGA CCCCTGCCAG GGCTGGATTC TCTTCCAAAC AAAGTCCAGC TCCTATCACT 
CATCAACCTC TGGGTTCCTT TGGAGTTGTT CCTGCTCATC CCAGCAAGTT AGAAGAAGTT 
AGTGAAAGGA TGTTCAGTTT TTATCAGGCC AAAGAAAAGT TTAAAAAAGA ACTGAAGATC 
GAAGGGTTTC TGTACAGTGA CTTATCCGTC CTGGCTTCTG ACGTACCATA TTTCCCACCA 
GAGGAAGAGG AAGGAGACCT GGAAGAAGGC ATTCACCTGG TGGTCTGTGT CCATGGCTTG 
GATGGGAACA GTGCAGACCT CCGGCTGGTA AAGACTTTCA TAGAACTGGG GCTCCCTGGA 
GGAAAACTGG ACTTCCTAAT GTCTGAGAAG AATCAGATGG ACACATTTGC AGATTTTGAT 
ACCATGACAG ATCGACTGTT GGATGAAATC ATTCAGCACA TCCAGCTGTA TAACCTCTCC 
ATATCCCGAA TTAGCTTTAT CGGCCATTCT CTTGGCAACA TTATCATCAG ATCCGTCCTC 
ACAAGGCCTC GCTTCCGGTA TTACCTCACC AAGCTCCACA CGTTCCTGTC GCTGTCTGGG 
CCCCACCTGG GGACTCTGTA CAGCAACAGC ACCCTGGTCA GTACAGGCTT GTGGCTCATG 
CAGAAATTGA AGAAATCTGG GTCCCTTTTG CAGCTGACCT TCAGGGATAA TGCTGACTTG 
CGGAAGTGTT TCCTCTACCA ACTAAGCCAA AAAACAGGGC TGCAGTATTT TAAAAACGTT 
GTTCTGGTTG CTTCTCCCCA AGACCGTTAT GTGCCATTTC ACTCAGCCAG GATCGAAATG 
TGTAAAACTG CCCTGAAAGA CAGACACACA GGGCCTGTCT ACGCAGAAAT GATCAACAAC 
CTGCTGGGCC CTCTGGCGGA AGCCAAGGAC TGCACTTTGA TCAGACATAA TGTGTTCCAC 
GCTCTGCCCA ACACTGCCAA CACCCTGATT GGCCGAGCAG CTCACATCGC TGTGTTGGAT 
TCAGAACTCT TTCTAGAGAA GTTTTTCTTG GTGGCAGGAC TCAACTATTT TAAGTAG

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

RefSeq	XP_008836799.1
CDS	267..4463
Translation	MSEVQGTVEFSVELHKFYNVDLFQRGYYQIRVTLKVSSRIPHRLSASIVGQSESNSVHSACVHENAVHSRVFQILYRNEEAPINDAMVFRAHLLLDGERVEDALSEVEFQLKVDLHFTDSEQLLRDRTGTPMISSRTLGLHFHPRSGLHHQVPVMFHYCHLSVISVTVHAALVALQQPLISFTRPGRGSWLGKGGPDMGPEQPLISLENLVFGAGYCKPTSSEGSFYVPSENCIQHAHKWHRDVCLLLLQAYRGLRLYFLVIMRDIPELPHMDLEALAVEETLSQLCSELQMLNNPEKIAEQISKDLAWLASHLMALWTQFLDTVTLNSQVTTYLTQEHHTLRVRRFSEAFFYTEHQKLAVLTFQENLIQTHSQLSLDIRNSEYLTSMPPLPAECLDIDGDWNTLPVIFEDRYVDCPVTGHNLSVHPNFDVPVTSSAIMNLKGKEKNLLVNQKSSLGKGLAETTLRPPQLGSDAEVTRYPETEEHSATQNHVDMCSETQVYLTIGEFQDKAGMPESDGWTGPRPDVGVDSPVQVDMARRSPGPDDGQTPALIYIDVKSSNKNFPRAKPTQGLNAQHEGSPGHNYDRDKTVPSKVVTGSCQQNDVSSGQAAVPEFRTLGRGMEQEGKVLLSLKLTPAQLCDTLSALLREPLDTRPSLQEPHAEEQEDLSVLPGVIRRSASLISDSGIESEPSSVAWSEARSRVLELPSDREVLHQVVRRHAHHRNSLEGGHTESNTSLPSGIQASLTSISSLPFEEEERELALTKLTKSVSAPQISSPEDAAEITKDPGGVSEDLETSSQDKVSPGHNSPCSGSRVQDTRSGHSLADMVLDSDRPQGPGYMDISKGKGSQFEPQGPCCQEARAENTGGIETKGLNLKIPGITALENPRTRSFHRTVLETSKSQPKGLGVSKHSLSNSNVSEVRAVSHHKVPEFSCASAIDAISLNSTGAQSGSPSMNGTTTLIRGPNASPEEEHEAGTVCPTVTHPIASQVSKNQELKGGTSIPGSHLTSTETFALDSLKAVEVVNLSVSCTATCLPFSSVPKETPARAGFSSKQSPAPITHQPLGSFGVVPAHPSKLEEVSERMFSFYQAKEKFKKELKIEGFLYSDLSVLASDVPYFPPEEEEGDLEEGIHLVVCVHGLDGNSADLRLVKTFIELGLPGGKLDFLMSEKNQMDTFADFDTMTDRLLDEIIQHIQLYNLSISRISFIGHSLGNIIIRSVLTRPRFRYYLTKLHTFLSLSGPHLGTLYSNSTLVSTGLWLMQKLKKSGSLLQLTFRDNADLRKCFLYQLSQKTGLQYFKNVVLVASPQDRYVPFHSARIEMCKTALKDRHTGPVYAEMINNLLGPLAEAKDCTLIRHNVFHALPNTANTLIGRAAHIAVLDSELFLEKFFLVAGLNYFK

Target ORF information:

RefSeq Version	XM_008838577.1
Organism	Nannospalax galili(Upper Galilee mountains blind mole rat)
Definition	Nannospalax galili family with sequence similarity 135 member B (Fam135b), transcript variant X2, mRNA.

Target ORF information:

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

XM_008838577.1

ORF Insert Sequence:

ATGTCTGAAG TACAAGGAAC AGTTGAGTTT TCTGTGGAGC TACATAAGTT TTATAATGTG 
GATCTCTTTC AAAGAGGGTA TTACCAGATC CGAGTGACCT TGAAGGTGTC CTCGCGGATC 
CCCCACAGAC TGAGCGCTTC CATTGTTGGG CAGTCAGAGA GCAACAGCGT GCATTCAGCC 
TGTGTCCACG AGAACGCCGT GCACAGCCGG GTCTTCCAGA TTTTATACAG GAATGAGGAG 
GCACCCATAA ATGATGCCAT GGTATTCCGA GCTCATTTAC TCTTAGATGG TGAGAGGGTG 
GAAGACGCAC TGAGTGAGGT TGAGTTCCAG CTCAAGGTGG ATCTTCACTT TACAGACAGT 
GAGCAGCTGC TGAGGGACAG GACTGGGACG CCGATGATCA GCAGTCGCAC ACTCGGCCTG 
CACTTCCACC CACGGAGTGG TCTGCACCAC CAAGTCCCTG TCATGTTTCA CTACTGCCAC 
CTGTCTGTGA TCTCAGTGAC CGTCCACGCT GCCCTGGTGG CTTTGCAGCA GCCCCTGATC 
AGTTTTACTC GTCCTGGAAG AGGCTCTTGG CTTGGTAAAG GTGGCCCAGA CATGGGACCA 
GAGCAGCCCC TCATTTCTCT GGAAAACTTA GTCTTTGGAG CTGGATACTG CAAGCCGACT 
TCCTCAGAGG GAAGCTTCTA TGTCCCCTCC GAGAACTGCA TTCAGCATGC GCACAAGTGG 
CACCGGGACG TCTGTCTCCT GCTCCTCCAG GCCTACCGGG GACTCCGACT CTACTTCCTG 
GTCATCATGA GGGACATTCC CGAGCTGCCA CACATGGACT TGGAGGCCCT GGCCGTGGAA 
GAAACACTTT CTCAGCTGTG CTCAGAGTTA CAGATGCTGA ACAACCCAGA GAAGATCGCT 
GAGCAGATCA GCAAGGACCT TGCTTGGCTG GCCTCCCATC TGATGGCTCT GTGGACCCAA 
TTCCTGGACA CAGTGACTCT GAACTCCCAA GTGACCACTT ACCTCACTCA GGAGCATCAT 
ACCTTGAGGG TGCGAAGGTT TTCTGAAGCA TTCTTTTACA CGGAGCACCA AAAACTTGCA 
GTCTTGACCT TTCAGGAGAA CTTGATACAG ACCCACAGCC AGCTATCTTT GGACATCCGG 
AACTCAGAGT ACCTCACCAG TATGCCCCCG CTGCCCGCAG AGTGCCTGGA CATTGACGGT 
GACTGGAACA CCCTGCCCGT TATCTTTGAG GACAGATATG TGGATTGCCC TGTGACAGGG 
CACAATTTGA GTGTTCACCC TAATTTTGAT GTTCCAGTGA CAAGTTCTGC AATAATGAAT 
CTAAAAGGGA AAGAGAAGAA TCTCCTTGTA AATCAAAAAT CATCTTTGGG GAAAGGCCTT 
GCCGAAACCA CTCTGAGACC ACCCCAGTTG GGCTCTGATG CCGAGGTTAC TAGGTATCCA 
GAGACAGAGG AGCATTCTGC CACACAGAAC CATGTGGACA TGTGCTCAGA GACTCAGGTT 
TACCTGACCA TAGGTGAATT CCAGGATAAA GCAGGCATGC CTGAAAGTGA TGGCTGGACT 
GGCCCACGGC CTGACGTTGG AGTAGATTCA CCAGTACAGG TGGACATGGC AAGGAGGAGT 
CCAGGCCCAG ATGATGGACA GACTCCAGCA CTGATCTACA TTGATGTGAA ATCTAGCAAT 
AAGAACTTCC CTAGAGCCAA GCCCACACAG GGCCTCAATG CTCAGCATGA AGGGAGCCCT 
GGGCACAACT ACGATCGCGA CAAGACTGTG CCAAGCAAAG TGGTAACAGG ATCGTGTCAG 
CAAAATGACG TCTCTTCAGG CCAAGCAGCT GTCCCTGAGT TCAGGACTCT GGGAAGGGGG 
ATGGAGCAGG AGGGGAAGGT GCTGCTGAGC CTGAAGCTCA CTCCGGCCCA GCTCTGTGAC 
ACTCTGAGCG CTCTTCTGAG GGAACCTTTG GATACCAGGC CTTCCCTTCA GGAACCTCAT 
GCAGAAGAGC AGGAGGACCT GTCAGTGCTC CCGGGGGTCA TCAGGAGGTC AGCCTCCCTC 
ATATCAGACT CAGGCATTGA GAGTGAACCA AGCTCTGTTG CTTGGTCCGA GGCTCGAAGC 
AGGGTCTTGG AGTTACCCAG TGATCGAGAA GTCTTGCACC AGGTGGTCCG AAGACACGCC 
CACCACAGGA ACTCTTTGGA GGGCGGTCAC ACGGAGAGCA ACACCAGTCT GCCAAGTGGC 
ATCCAGGCTT CTCTCACTTC CATCAGCTCT TTACCTTTTG AGGAGGAGGA GCGGGAGTTG 
GCACTCACCA AGCTCACCAA GTCTGTCTCT GCACCCCAAA TCAGCAGTCC TGAGGATGCT 
GCTGAAATTA CCAAGGACCC AGGAGGTGTC TCTGAAGACC TGGAAACTTC TAGCCAGGAC 
AAAGTTTCTC CTGGACACAA TTCTCCTTGT AGTGGCTCTA GAGTCCAGGA CACCAGGTCA 
GGCCATTCCC TTGCAGATAT GGTCTTAGAT TCTGACAGAC CTCAGGGCCC TGGGTACATG 
GACATCTCCA AAGGTAAAGG GAGCCAGTTT GAACCTCAAG GACCCTGTTG TCAGGAAGCC 
AGGGCTGAGA ACACAGGAGG TATTGAAACC AAAGGTCTTA ACTTAAAAAT CCCAGGTATC 
ACAGCACTTG AAAATCCTAG GACCAGGTCT TTTCATAGAA CAGTCCTGGA AACATCAAAA 
AGCCAACCTA AAGGCTTGGG TGTCAGTAAA CACTCTCTCT CCAACAGCAA TGTCTCAGAG 
GTCAGGGCTG TGTCTCACCA TAAGGTGCCT GAATTCAGTT GTGCATCAGC TATTGATGCC 
ATCAGCCTGA ATTCTACAGG TGCACAAAGT GGTTCACCAA GTATGAATGG TACCACAACA 
CTGATTAGAG GACCTAATGC CTCCCCGGAG GAGGAACATG AAGCCGGCAC TGTGTGCCCT 
ACTGTGACTC ATCCCATTGC CTCCCAAGTA TCAAAAAACC AAGAGCTAAA GGGAGGCACT 
TCCATCCCCG GGTCCCACCT GACCTCCACA GAGACCTTTG CCCTGGACAG CCTGAAGGCT 
GTGGAGGTTG TCAACTTGTC TGTGTCTTGC ACGGCTACAT GTCTCCCTTT CTCATCTGTG 
CCCAAGGAGA CCCCTGCCAG GGCTGGATTC TCTTCCAAAC AAAGTCCAGC TCCTATCACT 
CATCAACCTC TGGGTTCCTT TGGAGTTGTT CCTGCTCATC CCAGCAAGTT AGAAGAAGTT 
AGTGAAAGGA TGTTCAGTTT TTATCAGGCC AAAGAAAAGT TTAAAAAAGA ACTGAAGATC 
GAAGGGTTTC TGTACAGTGA CTTATCCGTC CTGGCTTCTG ACGTACCATA TTTCCCACCA 
GAGGAAGAGG AAGGAGACCT GGAAGAAGGC ATTCACCTGG TGGTCTGTGT CCATGGCTTG 
GATGGGAACA GTGCAGACCT CCGGCTGGTA AAGACTTTCA TAGAACTGGG GCTCCCTGGA 
GGAAAACTGG ACTTCCTAAT GTCTGAGAAG AATCAGATGG ACACATTTGC AGATTTTGAT 
ACCATGACAG ATCGACTGTT GGATGAAATC ATTCAGCACA TCCAGCTGTA TAACCTCTCC 
ATATCCCGAA TTAGCTTTAT CGGCCATTCT CTTGGCAACA TTATCATCAG ATCCGTCCTC 
ACAAGGCCTC GCTTCCGGTA TTACCTCACC AAGCTCCACA CGTTCCTGTC GCTGTCTGGG 
CCCCACCTGG GGACTCTGTA CAGCAACAGC ACCCTGGTCA GTACAGGCTT GTGGCTCATG 
CAGAAATTGA AGAAATCTGG GTCCCTTTTG CAGCTGACCT TCAGGGATAA TGCTGACTTG 
CGGAAGTGTT TCCTCTACCA ACTAAGCCAA AAAACAGGGC TGCAGTATTT TAAAAACGTT 
GTTCTGGTTG CTTCTCCCCA AGACCGTTAT GTGCCATTTC ACTCAGCCAG GATCGAAATG 
TGTAAAACTG CCCTGAAAGA CAGACACACA GGGCCTGTCT ACGCAGAAAT GATCAACAAC 
CTGCTGGGCC CTCTGGCGGA AGCCAAGGAC TGCACTTTGA TCAGACATAA TGTGTTCCAC 
GCTCTGCCCA ACACTGCCAA CACCCTGATT GGCCGAGCAG CTCACATCGC TGTGTTGGAT 
TCAGAACTCT TTCTAGAGAA GTTTTTCTTG GTGGCAGGAC TCAACTATTT TAAGTAG