SHROOM1 cDNA ORF clone, Pogona vitticeps(central bearded dragon)

Gene
Clones
gRNAs

Summary

Gene Symbol	SHROOM1
Entrez Gene ID	110090136
Full Name	shroom family member 1
Gene Type	protein-coding
Organism	Pogona vitticeps(central bearded dragon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_020813671.1	XP_020669330.1	protein Shroom1
XM_020813670.1	XP_020669329.1	protein Shroom1

Pathways from BioSystems
Gene Ontology

The following SHROOM1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SHROOM1 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
OPo257209	XM_020813671.1 Latest version!	Pogona vitticeps shroom family member 1 (SHROOM1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OPo257209	XM_020813670.1 Latest version!	Pogona vitticeps shroom family member 1 (SHROOM1), transcript variant X1, 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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

SHROOM1 ( XM_020813671.1 ) cDNA ORF clone, Pogona vitticeps(central bearded dragon) -> XP_020669330.1 Pogona vitticeps shroom family member 1 (SHROOM1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPo257209
Clone ID Related Accession (Same CDS sequence)	XM_020813671.1 , XM_020813670.1
Accession Version	XM_020813671.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4329bp) 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	2017-04-09
Organism	Pogona vitticeps(central bearded dragon)
Product	protein Shroom1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018151508.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pogona vitticeps Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTCTT GTGAGAATGG AGTGTCAGGA TGGAACCCAA GACACATCAG AGGAATAGAT 
GAGCTCTTGG AACCAGTGGC CTCACTTGGT GATGATTCCA GGTTTGCCCC AGAGAAACCT 
CTCGGTGGCA TCGACCAGTG CCTGCACATT CCTGGCAAAG CAGATTTGGC ATACAGTTCA 
TTCTCAGGGG GCTCCAATCT TCCAGAGTTT CCTGTCCCGC TATGCTACAG TGAGCAAGAC 
TCCCCCCTAG AGCAGCTGCC TTATATGGAT ACAGGGTATG TTACAGGCAT TTATAATCCC 
TGTGCAATAC CGGAGGAACT TAGACAGATC TATGAACACA AGGGAACAGG AAAGAGCTCC 
CACTACAAAC TGGAGGCCAC TGGTCTCAGC GGACTGCATG GAAGCACTCC TATCCCTGGG 
GCGTTGCACC CATCACCATC GCCACTGGGC AAGTTTCCAT CTCCTCTTCC TTGCCCTCCA 
GCTCAACTGG AGAGCTACAA AGCGAACACG GATGTAGATC AAACTCCTGG CATTTGCTTT 
GACTGCAGTA TACAAGCAGA CATGTGCATT CAAGAGATCA GGAAAGACCT CCTCTCTGAC 
GCTGCAACAA ACTGTTACAA TGATTATTGC CTCTCCCAAG GTAAAGACGA AACTCCAGTC 
ACAGAAAAGA GGGCTGGGTG TCTTGCCAAA GCGTACACAG TGAAGAAAAA GAACTCTTTC 
ATTTTCATCA CACCTTCCGC ATTTTCCCAA GAAAAATTAA TGCCTGATTC TTCCCAGACG 
ATTTTGCAGG CTCAGAATGC AATCCACGCT TATAAAATCC CTGAGATGGT GAACTCTGAC 
TCCTTTCCTT TGCTACAAAC CAGCCACAAT GCTGTTAATG ATACACAAAA GAACAAACAG 
TGTTTTCATG CCTGCAGTGT ACACAAACCA CCCACTGCAG AAGGAGATTT GCCAAGCACC 
GTGGCAGTAT CCAGTCAACC AGAGGGACAG ATTCACCCGG CTCTGCAGCT GTCCAGAATA 
CAGGGTCGTT CAGCGCTGGA ACAGGACATA TGCATAAGGA CAACACACTT AAAATACACT 
GACAGCTCTC TTCCTGGTAA GTCTGGGCTG GGAATAATTA ATAGCTATGA AGAAAAGAAA 
GGTTTCATCT GTTCAGAAGA AGAAAACAGT AGAAATATTT GGCAGCCACT TCTAAAACAA 
CAAACCACAA TGCAGAAACC GCACTCTCAT GGCCTGGACT TTACAGAAAC TCCTCACGCC 
ATAATTTATG AGCCAACCAA TACAGTATCG TATTACAGTC ATGATGCAGA GGATACTATA 
TCTCAGCCGT TCAACGGATT TAGAAAACCA GAAGAAAATG ATCATTATAG TAGCCCTGAA 
CTTCTTATGA ACTCAAGACA AGACGAAATG CTGAAGACTG TCGGTTTTCC AAAACAACCA 
TGTTCGAAGA AGGCTGAAAG TCAATCTCAG GAGGATTCTG CCAGTGAAAA GATAAACAGA 
AGGACGACTC CCTTGCTTTA CTACCTTTCT GGTGGGAAAA ATCCCAACAT TATGAGTCAT 
GAAGCTCATA ATGCTCTGGA CCCAGACGTC TCCTCAGTGA ACTCTCCAAG GAGCGCTTGC 
CCAGTCTCAG CTATACCAGT AAAGATACTA GGAGACAATA ACCAACATGT GGATGAGACT 
GCCTGCACGG ATGAGGGGTT AATTATGGAG AGCTGTGCAT CAGCATCCCT TGATGAGAAC 
TTCAAGAATG ACTATCGGGA AAAACTCAAA GTTGCTCAAA GCAAGGTCCT CAGAGAAACT 
TCTTTCAAGA GGAAGGATTT ACAGATGAGT TTGCCTATTC GGCTAAAACA GAAAGCCTCT 
TCAAGGCCAT CTATTCAACA TCTCAGGTCT TTGTCTTTAT CTAGTACTAA TGAGGAGCCC 
AAGTCAGTTC CACCCCTCAA GCCATTGGGA CACCTCCGGA AGGAAGAAGA ATCCCAAAGG 
CTGCCAAATC TCCGAATTGG AGGAAGGAAA AGGGCCACCA CTGAACAAAA GAAGATTTCC 
TATTCTGAAC CAGAAAAGCT CAACCAGCTG GAGGATCAGA GAGACCAAAA CGAGTCATGG 
AAAAAGAAAA ATGCAAGGTC CCACTCGGAT GAGATAAGTG AGCAAGACAC CAGGATCCTC 
AGGATTAAAT CCACGGAGAG TCGAGGAAGG GCTCTTACTA AGGCAGAACT GAAGCAAATA 
CAGCACAAAG CCCTTCTTGA GTACATGGAA CGAAAGACAG GGCAGCAGCC AGCTCCTGCC 
AGCAACAACA ACATGCAGCA GCAGAAGCCC CCTTTGCAAG GGAGGACTGC AACTCCGAAG 
AGGTTTTCAG AAGACACCAG TAACAGTGGA AAGTTACAGA GTATGGATGG TCTGTGTCGA 
ATTCTTGAAC CATCTTCCTT CCCCACTGCT TCAACATCTG TAGATCCTAG GGCCAGCAAC 
TTTGCCTCAA CAAAATGCCT TATTCGCTCT GTTTCTTCTG CCACCAGCAA AGGCCACGGG 
GGATCAAGAT CAACGCCTTT ACCTGTGCAG GATTTCTATA CACCTACAGC TTGTCTGGCG 
TCGTCAGCTG AGGATCATGG ACGCTATCTG AGTCACCCCA AGGCAGAGAC TGGTCAAAAT 
GGCCGAGGGG CAAACCATCA ACATCTTCAG GATAACTGTG AGTCCACACT GAGACACCTG 
CCCAGGCAGT CACTAGCTGA AGATTCGACG GGTTATGCAT TTGAACACCC CCATAATACG 
AAGAGGAGTA AGGATAAACT CCCTAGCACT TTGGCAAGTC CGTCCTTGAG CCCTGCCCCT 
TTGCCAACTG GGAGAAGGTC CCTGTGCTCA AACGTACAAG GAGAGTCTCG TGATTCTTCA 
CCAGTCTTGT CTCTGACTGA AATGGATGAG GATGTTTTTA AGGATTCTTC TGCCAGTGTC 
TCCGACATGG ACTCGAACCT TCCCCACTTC CCTAGACAAA GTCTGGGTCT CACAGTAGTC 
AGGGAAACAT CAGCACGTAC TTCTACTGCA CCTGTTTTAC AGATTTCTAT GAAAGAAAAG 
CCTATCAAAG AAGAACAAGC TATGAGCTTC ACTGTTGCTG GGAAATATGA ATCTAATCCA 
GGAAACAACA AAAAAGATGA GGATTCACGT AGCCCAGGGA TCGCTTGTGA ATACCCAGCA 
TTTTGTCTCC AAAAAGAGAG CAACACAAAT TTTCAACTGA AGAAGGAAAT GAGTGAAGAA 
TCTCAAGGGT CCAGTGTATC TCACGGGCAG CACTTGGAAG GAAATGACAG AACACATCCC 
TCCGAGGAGG GGGCATACCA TGGCACAGCC CTGTTAGATC ACCTAGGATG TAAAAATACT 
GGATGTCCAA TGATAAATTC AAAAGGCCTG CAAAATGATT TTGCCTACAG CATCCCAGTG 
CAAGCTGCTG ATTCATTGAT AGCCCAGTCA AAATCTCCGG AGGACCAGCT ATGTGGAGAT 
CATGCTGTTG AGATCATTGC CAAAGATGAG TCTCTGGCTG ACATCCTAAC ACCTCAACCC 
ATTAGGAAGA CTGCTTTAGA GCTCATGGAA GGTCTTTTCC CTGTGAACCT TTCAAGGCCA 
GGCAGATCCT ACAGATGGAA GCAGGGGATT CAGTTTGCCC AAGAAAACGA CCAAAGAAGC 
AGTGAGTATC CAACTGATCC ATCAACCAGG GCTAGCAATT ATCTTGGACA AGGAGCTGAA 
GATGCCACAT TTCACATCCA CCAAATGCTG AGTAAAAACA AAGAGAACTT AGATGATCCA 
GAGAACATCA CATCCCCAAA GAGAGAACTT ATTTCCAGCA TCCAGTTGAA ACTACAGACT 
CTGTGGGCTG AGAGGGAGCT GATCCAGTCT GAAGTGAAGG AGCATGTGGA GCATGGCAGA 
GCACTCGAGT CCATGGTGCA AGACCTCTGT AAGCCCAATG AATATGAGCG CTACATGATG 
TTCATTGTTG ACCTGGAGAA AGTGGTGAGC CTTCTTCTGT GCCTCTCCAG CCGCCTGGCT 
CGAGTGGAGA ACGCTATGGA GAAAATAGAT GAAAACACAG ATGCTGAGGA GAAGCAATCC 
CTCAATGAGA GGCACAAGCT TTTGTCTAGG CAACGAGAGG ATGCCAAGGA TTTAAAAGAG 
AACCTGGACC GACGGGAAAG GGTTGTGTCG GGTATCCTTT CCAAGTACAT GACAGAGAAC 
CAGCTTCAGG ACTACAGGCA CTTTGTTCAG GAAAAGACTT CTTTGTTGAT TGAACAGAAA 
GACCTTGATG AGGAGATTAA GTTTCTTGAA GAGCAGCTGG AGAGGCTACA GAAGAGCATC 
GCGCCTTAA

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

RefSeq	XP_020669330.1
CDS	355..4683
Translation	MSSCENGVSGWNPRHIRGIDELLEPVASLGDDSRFAPEKPLGGIDQCLHIPGKADLAYSSFSGGSNLPEFPVPLCYSEQDSPLEQLPYMDTGYVTGIYNPCAIPEELRQIYEHKGTGKSSHYKLEATGLSGLHGSTPIPGALHPSPSPLGKFPSPLPCPPAQLESYKANTDVDQTPGICFDCSIQADMCIQEIRKDLLSDAATNCYNDYCLSQGKDETPVTEKRAGCLAKAYTVKKKNSFIFITPSAFSQEKLMPDSSQTILQAQNAIHAYKIPEMVNSDSFPLLQTSHNAVNDTQKNKQCFHACSVHKPPTAEGDLPSTVAVSSQPEGQIHPALQLSRIQGRSALEQDICIRTTHLKYTDSSLPGKSGLGIINSYEEKKGFICSEEENSRNIWQPLLKQQTTMQKPHSHGLDFTETPHAIIYEPTNTVSYYSHDAEDTISQPFNGFRKPEENDHYSSPELLMNSRQDEMLKTVGFPKQPCSKKAESQSQEDSASEKINRRTTPLLYYLSGGKNPNIMSHEAHNALDPDVSSVNSPRSACPVSAIPVKILGDNNQHVDETACTDEGLIMESCASASLDENFKNDYREKLKVAQSKVLRETSFKRKDLQMSLPIRLKQKASSRPSIQHLRSLSLSSTNEEPKSVPPLKPLGHLRKEEESQRLPNLRIGGRKRATTEQKKISYSEPEKLNQLEDQRDQNESWKKKNARSHSDEISEQDTRILRIKSTESRGRALTKAELKQIQHKALLEYMERKTGQQPAPASNNNMQQQKPPLQGRTATPKRFSEDTSNSGKLQSMDGLCRILEPSSFPTASTSVDPRASNFASTKCLIRSVSSATSKGHGGSRSTPLPVQDFYTPTACLASSAEDHGRYLSHPKAETGQNGRGANHQHLQDNCESTLRHLPRQSLAEDSTGYAFEHPHNTKRSKDKLPSTLASPSLSPAPLPTGRRSLCSNVQGESRDSSPVLSLTEMDEDVFKDSSASVSDMDSNLPHFPRQSLGLTVVRETSARTSTAPVLQISMKEKPIKEEQAMSFTVAGKYESNPGNNKKDEDSRSPGIACEYPAFCLQKESNTNFQLKKEMSEESQGSSVSHGQHLEGNDRTHPSEEGAYHGTALLDHLGCKNTGCPMINSKGLQNDFAYSIPVQAADSLIAQSKSPEDQLCGDHAVEIIAKDESLADILTPQPIRKTALELMEGLFPVNLSRPGRSYRWKQGIQFAQENDQRSSEYPTDPSTRASNYLGQGAEDATFHIHQMLSKNKENLDDPENITSPKRELISSIQLKLQTLWAERELIQSEVKEHVEHGRALESMVQDLCKPNEYERYMMFIVDLEKVVSLLLCLSSRLARVENAMEKIDENTDAEEKQSLNERHKLLSRQREDAKDLKENLDRRERVVSGILSKYMTENQLQDYRHFVQEKTSLLIEQKDLDEEIKFLEEQLERLQKSIAP

Target ORF information:

RefSeq Version	XM_020813671.1
Organism	Pogona vitticeps(central bearded dragon)
Definition	Pogona vitticeps shroom family member 1 (SHROOM1), transcript variant X2, mRNA.

Target ORF information:

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

XM_020813671.1

ORF Insert Sequence:

ATGTCTTCTT GTGAGAATGG AGTGTCAGGA TGGAACCCAA GACACATCAG AGGAATAGAT 
GAGCTCTTGG AACCAGTGGC CTCACTTGGT GATGATTCCA GGTTTGCCCC AGAGAAACCT 
CTCGGTGGCA TCGACCAGTG CCTGCACATT CCTGGCAAAG CAGATTTGGC ATACAGTTCA 
TTCTCAGGGG GCTCCAATCT TCCAGAGTTT CCTGTCCCGC TATGCTACAG TGAGCAAGAC 
TCCCCCCTAG AGCAGCTGCC TTATATGGAT ACAGGGTATG TTACAGGCAT TTATAATCCC 
TGTGCAATAC CGGAGGAACT TAGACAGATC TATGAACACA AGGGAACAGG AAAGAGCTCC 
CACTACAAAC TGGAGGCCAC TGGTCTCAGC GGACTGCATG GAAGCACTCC TATCCCTGGG 
GCGTTGCACC CATCACCATC GCCACTGGGC AAGTTTCCAT CTCCTCTTCC TTGCCCTCCA 
GCTCAACTGG AGAGCTACAA AGCGAACACG GATGTAGATC AAACTCCTGG CATTTGCTTT 
GACTGCAGTA TACAAGCAGA CATGTGCATT CAAGAGATCA GGAAAGACCT CCTCTCTGAC 
GCTGCAACAA ACTGTTACAA TGATTATTGC CTCTCCCAAG GTAAAGACGA AACTCCAGTC 
ACAGAAAAGA GGGCTGGGTG TCTTGCCAAA GCGTACACAG TGAAGAAAAA GAACTCTTTC 
ATTTTCATCA CACCTTCCGC ATTTTCCCAA GAAAAATTAA TGCCTGATTC TTCCCAGACG 
ATTTTGCAGG CTCAGAATGC AATCCACGCT TATAAAATCC CTGAGATGGT GAACTCTGAC 
TCCTTTCCTT TGCTACAAAC CAGCCACAAT GCTGTTAATG ATACACAAAA GAACAAACAG 
TGTTTTCATG CCTGCAGTGT ACACAAACCA CCCACTGCAG AAGGAGATTT GCCAAGCACC 
GTGGCAGTAT CCAGTCAACC AGAGGGACAG ATTCACCCGG CTCTGCAGCT GTCCAGAATA 
CAGGGTCGTT CAGCGCTGGA ACAGGACATA TGCATAAGGA CAACACACTT AAAATACACT 
GACAGCTCTC TTCCTGGTAA GTCTGGGCTG GGAATAATTA ATAGCTATGA AGAAAAGAAA 
GGTTTCATCT GTTCAGAAGA AGAAAACAGT AGAAATATTT GGCAGCCACT TCTAAAACAA 
CAAACCACAA TGCAGAAACC GCACTCTCAT GGCCTGGACT TTACAGAAAC TCCTCACGCC 
ATAATTTATG AGCCAACCAA TACAGTATCG TATTACAGTC ATGATGCAGA GGATACTATA 
TCTCAGCCGT TCAACGGATT TAGAAAACCA GAAGAAAATG ATCATTATAG TAGCCCTGAA 
CTTCTTATGA ACTCAAGACA AGACGAAATG CTGAAGACTG TCGGTTTTCC AAAACAACCA 
TGTTCGAAGA AGGCTGAAAG TCAATCTCAG GAGGATTCTG CCAGTGAAAA GATAAACAGA 
AGGACGACTC CCTTGCTTTA CTACCTTTCT GGTGGGAAAA ATCCCAACAT TATGAGTCAT 
GAAGCTCATA ATGCTCTGGA CCCAGACGTC TCCTCAGTGA ACTCTCCAAG GAGCGCTTGC 
CCAGTCTCAG CTATACCAGT AAAGATACTA GGAGACAATA ACCAACATGT GGATGAGACT 
GCCTGCACGG ATGAGGGGTT AATTATGGAG AGCTGTGCAT CAGCATCCCT TGATGAGAAC 
TTCAAGAATG ACTATCGGGA AAAACTCAAA GTTGCTCAAA GCAAGGTCCT CAGAGAAACT 
TCTTTCAAGA GGAAGGATTT ACAGATGAGT TTGCCTATTC GGCTAAAACA GAAAGCCTCT 
TCAAGGCCAT CTATTCAACA TCTCAGGTCT TTGTCTTTAT CTAGTACTAA TGAGGAGCCC 
AAGTCAGTTC CACCCCTCAA GCCATTGGGA CACCTCCGGA AGGAAGAAGA ATCCCAAAGG 
CTGCCAAATC TCCGAATTGG AGGAAGGAAA AGGGCCACCA CTGAACAAAA GAAGATTTCC 
TATTCTGAAC CAGAAAAGCT CAACCAGCTG GAGGATCAGA GAGACCAAAA CGAGTCATGG 
AAAAAGAAAA ATGCAAGGTC CCACTCGGAT GAGATAAGTG AGCAAGACAC CAGGATCCTC 
AGGATTAAAT CCACGGAGAG TCGAGGAAGG GCTCTTACTA AGGCAGAACT GAAGCAAATA 
CAGCACAAAG CCCTTCTTGA GTACATGGAA CGAAAGACAG GGCAGCAGCC AGCTCCTGCC 
AGCAACAACA ACATGCAGCA GCAGAAGCCC CCTTTGCAAG GGAGGACTGC AACTCCGAAG 
AGGTTTTCAG AAGACACCAG TAACAGTGGA AAGTTACAGA GTATGGATGG TCTGTGTCGA 
ATTCTTGAAC CATCTTCCTT CCCCACTGCT TCAACATCTG TAGATCCTAG GGCCAGCAAC 
TTTGCCTCAA CAAAATGCCT TATTCGCTCT GTTTCTTCTG CCACCAGCAA AGGCCACGGG 
GGATCAAGAT CAACGCCTTT ACCTGTGCAG GATTTCTATA CACCTACAGC TTGTCTGGCG 
TCGTCAGCTG AGGATCATGG ACGCTATCTG AGTCACCCCA AGGCAGAGAC TGGTCAAAAT 
GGCCGAGGGG CAAACCATCA ACATCTTCAG GATAACTGTG AGTCCACACT GAGACACCTG 
CCCAGGCAGT CACTAGCTGA AGATTCGACG GGTTATGCAT TTGAACACCC CCATAATACG 
AAGAGGAGTA AGGATAAACT CCCTAGCACT TTGGCAAGTC CGTCCTTGAG CCCTGCCCCT 
TTGCCAACTG GGAGAAGGTC CCTGTGCTCA AACGTACAAG GAGAGTCTCG TGATTCTTCA 
CCAGTCTTGT CTCTGACTGA AATGGATGAG GATGTTTTTA AGGATTCTTC TGCCAGTGTC 
TCCGACATGG ACTCGAACCT TCCCCACTTC CCTAGACAAA GTCTGGGTCT CACAGTAGTC 
AGGGAAACAT CAGCACGTAC TTCTACTGCA CCTGTTTTAC AGATTTCTAT GAAAGAAAAG 
CCTATCAAAG AAGAACAAGC TATGAGCTTC ACTGTTGCTG GGAAATATGA ATCTAATCCA 
GGAAACAACA AAAAAGATGA GGATTCACGT AGCCCAGGGA TCGCTTGTGA ATACCCAGCA 
TTTTGTCTCC AAAAAGAGAG CAACACAAAT TTTCAACTGA AGAAGGAAAT GAGTGAAGAA 
TCTCAAGGGT CCAGTGTATC TCACGGGCAG CACTTGGAAG GAAATGACAG AACACATCCC 
TCCGAGGAGG GGGCATACCA TGGCACAGCC CTGTTAGATC ACCTAGGATG TAAAAATACT 
GGATGTCCAA TGATAAATTC AAAAGGCCTG CAAAATGATT TTGCCTACAG CATCCCAGTG 
CAAGCTGCTG ATTCATTGAT AGCCCAGTCA AAATCTCCGG AGGACCAGCT ATGTGGAGAT 
CATGCTGTTG AGATCATTGC CAAAGATGAG TCTCTGGCTG ACATCCTAAC ACCTCAACCC 
ATTAGGAAGA CTGCTTTAGA GCTCATGGAA GGTCTTTTCC CTGTGAACCT TTCAAGGCCA 
GGCAGATCCT ACAGATGGAA GCAGGGGATT CAGTTTGCCC AAGAAAACGA CCAAAGAAGC 
AGTGAGTATC CAACTGATCC ATCAACCAGG GCTAGCAATT ATCTTGGACA AGGAGCTGAA 
GATGCCACAT TTCACATCCA CCAAATGCTG AGTAAAAACA AAGAGAACTT AGATGATCCA 
GAGAACATCA CATCCCCAAA GAGAGAACTT ATTTCCAGCA TCCAGTTGAA ACTACAGACT 
CTGTGGGCTG AGAGGGAGCT GATCCAGTCT GAAGTGAAGG AGCATGTGGA GCATGGCAGA 
GCACTCGAGT CCATGGTGCA AGACCTCTGT AAGCCCAATG AATATGAGCG CTACATGATG 
TTCATTGTTG ACCTGGAGAA AGTGGTGAGC CTTCTTCTGT GCCTCTCCAG CCGCCTGGCT 
CGAGTGGAGA ACGCTATGGA GAAAATAGAT GAAAACACAG ATGCTGAGGA GAAGCAATCC 
CTCAATGAGA GGCACAAGCT TTTGTCTAGG CAACGAGAGG ATGCCAAGGA TTTAAAAGAG 
AACCTGGACC GACGGGAAAG GGTTGTGTCG GGTATCCTTT CCAAGTACAT GACAGAGAAC 
CAGCTTCAGG ACTACAGGCA CTTTGTTCAG GAAAAGACTT CTTTGTTGAT TGAACAGAAA 
GACCTTGATG AGGAGATTAA GTTTCTTGAA GAGCAGCTGG AGAGGCTACA GAAGAGCATC 
GCGCCTTAA

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

SHROOM1 ( XM_020813670.1 ) cDNA ORF clone, Pogona vitticeps(central bearded dragon) -> XP_020669329.1 Pogona vitticeps shroom family member 1 (SHROOM1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPo257209
Clone ID Related Accession (Same CDS sequence)	XM_020813671.1 , XM_020813670.1
Accession Version	XM_020813670.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4329bp) 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	2017-04-09
Organism	Pogona vitticeps(central bearded dragon)
Product	protein Shroom1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018151508.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Pogona vitticeps Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTTCTT GTGAGAATGG AGTGTCAGGA TGGAACCCAA GACACATCAG AGGAATAGAT 
GAGCTCTTGG AACCAGTGGC CTCACTTGGT GATGATTCCA GGTTTGCCCC AGAGAAACCT 
CTCGGTGGCA TCGACCAGTG CCTGCACATT CCTGGCAAAG CAGATTTGGC ATACAGTTCA 
TTCTCAGGGG GCTCCAATCT TCCAGAGTTT CCTGTCCCGC TATGCTACAG TGAGCAAGAC 
TCCCCCCTAG AGCAGCTGCC TTATATGGAT ACAGGGTATG TTACAGGCAT TTATAATCCC 
TGTGCAATAC CGGAGGAACT TAGACAGATC TATGAACACA AGGGAACAGG AAAGAGCTCC 
CACTACAAAC TGGAGGCCAC TGGTCTCAGC GGACTGCATG GAAGCACTCC TATCCCTGGG 
GCGTTGCACC CATCACCATC GCCACTGGGC AAGTTTCCAT CTCCTCTTCC TTGCCCTCCA 
GCTCAACTGG AGAGCTACAA AGCGAACACG GATGTAGATC AAACTCCTGG CATTTGCTTT 
GACTGCAGTA TACAAGCAGA CATGTGCATT CAAGAGATCA GGAAAGACCT CCTCTCTGAC 
GCTGCAACAA ACTGTTACAA TGATTATTGC CTCTCCCAAG GTAAAGACGA AACTCCAGTC 
ACAGAAAAGA GGGCTGGGTG TCTTGCCAAA GCGTACACAG TGAAGAAAAA GAACTCTTTC 
ATTTTCATCA CACCTTCCGC ATTTTCCCAA GAAAAATTAA TGCCTGATTC TTCCCAGACG 
ATTTTGCAGG CTCAGAATGC AATCCACGCT TATAAAATCC CTGAGATGGT GAACTCTGAC 
TCCTTTCCTT TGCTACAAAC CAGCCACAAT GCTGTTAATG ATACACAAAA GAACAAACAG 
TGTTTTCATG CCTGCAGTGT ACACAAACCA CCCACTGCAG AAGGAGATTT GCCAAGCACC 
GTGGCAGTAT CCAGTCAACC AGAGGGACAG ATTCACCCGG CTCTGCAGCT GTCCAGAATA 
CAGGGTCGTT CAGCGCTGGA ACAGGACATA TGCATAAGGA CAACACACTT AAAATACACT 
GACAGCTCTC TTCCTGGTAA GTCTGGGCTG GGAATAATTA ATAGCTATGA AGAAAAGAAA 
GGTTTCATCT GTTCAGAAGA AGAAAACAGT AGAAATATTT GGCAGCCACT TCTAAAACAA 
CAAACCACAA TGCAGAAACC GCACTCTCAT GGCCTGGACT TTACAGAAAC TCCTCACGCC 
ATAATTTATG AGCCAACCAA TACAGTATCG TATTACAGTC ATGATGCAGA GGATACTATA 
TCTCAGCCGT TCAACGGATT TAGAAAACCA GAAGAAAATG ATCATTATAG TAGCCCTGAA 
CTTCTTATGA ACTCAAGACA AGACGAAATG CTGAAGACTG TCGGTTTTCC AAAACAACCA 
TGTTCGAAGA AGGCTGAAAG TCAATCTCAG GAGGATTCTG CCAGTGAAAA GATAAACAGA 
AGGACGACTC CCTTGCTTTA CTACCTTTCT GGTGGGAAAA ATCCCAACAT TATGAGTCAT 
GAAGCTCATA ATGCTCTGGA CCCAGACGTC TCCTCAGTGA ACTCTCCAAG GAGCGCTTGC 
CCAGTCTCAG CTATACCAGT AAAGATACTA GGAGACAATA ACCAACATGT GGATGAGACT 
GCCTGCACGG ATGAGGGGTT AATTATGGAG AGCTGTGCAT CAGCATCCCT TGATGAGAAC 
TTCAAGAATG ACTATCGGGA AAAACTCAAA GTTGCTCAAA GCAAGGTCCT CAGAGAAACT 
TCTTTCAAGA GGAAGGATTT ACAGATGAGT TTGCCTATTC GGCTAAAACA GAAAGCCTCT 
TCAAGGCCAT CTATTCAACA TCTCAGGTCT TTGTCTTTAT CTAGTACTAA TGAGGAGCCC 
AAGTCAGTTC CACCCCTCAA GCCATTGGGA CACCTCCGGA AGGAAGAAGA ATCCCAAAGG 
CTGCCAAATC TCCGAATTGG AGGAAGGAAA AGGGCCACCA CTGAACAAAA GAAGATTTCC 
TATTCTGAAC CAGAAAAGCT CAACCAGCTG GAGGATCAGA GAGACCAAAA CGAGTCATGG 
AAAAAGAAAA ATGCAAGGTC CCACTCGGAT GAGATAAGTG AGCAAGACAC CAGGATCCTC 
AGGATTAAAT CCACGGAGAG TCGAGGAAGG GCTCTTACTA AGGCAGAACT GAAGCAAATA 
CAGCACAAAG CCCTTCTTGA GTACATGGAA CGAAAGACAG GGCAGCAGCC AGCTCCTGCC 
AGCAACAACA ACATGCAGCA GCAGAAGCCC CCTTTGCAAG GGAGGACTGC AACTCCGAAG 
AGGTTTTCAG AAGACACCAG TAACAGTGGA AAGTTACAGA GTATGGATGG TCTGTGTCGA 
ATTCTTGAAC CATCTTCCTT CCCCACTGCT TCAACATCTG TAGATCCTAG GGCCAGCAAC 
TTTGCCTCAA CAAAATGCCT TATTCGCTCT GTTTCTTCTG CCACCAGCAA AGGCCACGGG 
GGATCAAGAT CAACGCCTTT ACCTGTGCAG GATTTCTATA CACCTACAGC TTGTCTGGCG 
TCGTCAGCTG AGGATCATGG ACGCTATCTG AGTCACCCCA AGGCAGAGAC TGGTCAAAAT 
GGCCGAGGGG CAAACCATCA ACATCTTCAG GATAACTGTG AGTCCACACT GAGACACCTG 
CCCAGGCAGT CACTAGCTGA AGATTCGACG GGTTATGCAT TTGAACACCC CCATAATACG 
AAGAGGAGTA AGGATAAACT CCCTAGCACT TTGGCAAGTC CGTCCTTGAG CCCTGCCCCT 
TTGCCAACTG GGAGAAGGTC CCTGTGCTCA AACGTACAAG GAGAGTCTCG TGATTCTTCA 
CCAGTCTTGT CTCTGACTGA AATGGATGAG GATGTTTTTA AGGATTCTTC TGCCAGTGTC 
TCCGACATGG ACTCGAACCT TCCCCACTTC CCTAGACAAA GTCTGGGTCT CACAGTAGTC 
AGGGAAACAT CAGCACGTAC TTCTACTGCA CCTGTTTTAC AGATTTCTAT GAAAGAAAAG 
CCTATCAAAG AAGAACAAGC TATGAGCTTC ACTGTTGCTG GGAAATATGA ATCTAATCCA 
GGAAACAACA AAAAAGATGA GGATTCACGT AGCCCAGGGA TCGCTTGTGA ATACCCAGCA 
TTTTGTCTCC AAAAAGAGAG CAACACAAAT TTTCAACTGA AGAAGGAAAT GAGTGAAGAA 
TCTCAAGGGT CCAGTGTATC TCACGGGCAG CACTTGGAAG GAAATGACAG AACACATCCC 
TCCGAGGAGG GGGCATACCA TGGCACAGCC CTGTTAGATC ACCTAGGATG TAAAAATACT 
GGATGTCCAA TGATAAATTC AAAAGGCCTG CAAAATGATT TTGCCTACAG CATCCCAGTG 
CAAGCTGCTG ATTCATTGAT AGCCCAGTCA AAATCTCCGG AGGACCAGCT ATGTGGAGAT 
CATGCTGTTG AGATCATTGC CAAAGATGAG TCTCTGGCTG ACATCCTAAC ACCTCAACCC 
ATTAGGAAGA CTGCTTTAGA GCTCATGGAA GGTCTTTTCC CTGTGAACCT TTCAAGGCCA 
GGCAGATCCT ACAGATGGAA GCAGGGGATT CAGTTTGCCC AAGAAAACGA CCAAAGAAGC 
AGTGAGTATC CAACTGATCC ATCAACCAGG GCTAGCAATT ATCTTGGACA AGGAGCTGAA 
GATGCCACAT TTCACATCCA CCAAATGCTG AGTAAAAACA AAGAGAACTT AGATGATCCA 
GAGAACATCA CATCCCCAAA GAGAGAACTT ATTTCCAGCA TCCAGTTGAA ACTACAGACT 
CTGTGGGCTG AGAGGGAGCT GATCCAGTCT GAAGTGAAGG AGCATGTGGA GCATGGCAGA 
GCACTCGAGT CCATGGTGCA AGACCTCTGT AAGCCCAATG AATATGAGCG CTACATGATG 
TTCATTGTTG ACCTGGAGAA AGTGGTGAGC CTTCTTCTGT GCCTCTCCAG CCGCCTGGCT 
CGAGTGGAGA ACGCTATGGA GAAAATAGAT GAAAACACAG ATGCTGAGGA GAAGCAATCC 
CTCAATGAGA GGCACAAGCT TTTGTCTAGG CAACGAGAGG ATGCCAAGGA TTTAAAAGAG 
AACCTGGACC GACGGGAAAG GGTTGTGTCG GGTATCCTTT CCAAGTACAT GACAGAGAAC 
CAGCTTCAGG ACTACAGGCA CTTTGTTCAG GAAAAGACTT CTTTGTTGAT TGAACAGAAA 
GACCTTGATG AGGAGATTAA GTTTCTTGAA GAGCAGCTGG AGAGGCTACA GAAGAGCATC 
GCGCCTTAA

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

RefSeq	XP_020669329.1
CDS	306..4634
Translation	MSSCENGVSGWNPRHIRGIDELLEPVASLGDDSRFAPEKPLGGIDQCLHIPGKADLAYSSFSGGSNLPEFPVPLCYSEQDSPLEQLPYMDTGYVTGIYNPCAIPEELRQIYEHKGTGKSSHYKLEATGLSGLHGSTPIPGALHPSPSPLGKFPSPLPCPPAQLESYKANTDVDQTPGICFDCSIQADMCIQEIRKDLLSDAATNCYNDYCLSQGKDETPVTEKRAGCLAKAYTVKKKNSFIFITPSAFSQEKLMPDSSQTILQAQNAIHAYKIPEMVNSDSFPLLQTSHNAVNDTQKNKQCFHACSVHKPPTAEGDLPSTVAVSSQPEGQIHPALQLSRIQGRSALEQDICIRTTHLKYTDSSLPGKSGLGIINSYEEKKGFICSEEENSRNIWQPLLKQQTTMQKPHSHGLDFTETPHAIIYEPTNTVSYYSHDAEDTISQPFNGFRKPEENDHYSSPELLMNSRQDEMLKTVGFPKQPCSKKAESQSQEDSASEKINRRTTPLLYYLSGGKNPNIMSHEAHNALDPDVSSVNSPRSACPVSAIPVKILGDNNQHVDETACTDEGLIMESCASASLDENFKNDYREKLKVAQSKVLRETSFKRKDLQMSLPIRLKQKASSRPSIQHLRSLSLSSTNEEPKSVPPLKPLGHLRKEEESQRLPNLRIGGRKRATTEQKKISYSEPEKLNQLEDQRDQNESWKKKNARSHSDEISEQDTRILRIKSTESRGRALTKAELKQIQHKALLEYMERKTGQQPAPASNNNMQQQKPPLQGRTATPKRFSEDTSNSGKLQSMDGLCRILEPSSFPTASTSVDPRASNFASTKCLIRSVSSATSKGHGGSRSTPLPVQDFYTPTACLASSAEDHGRYLSHPKAETGQNGRGANHQHLQDNCESTLRHLPRQSLAEDSTGYAFEHPHNTKRSKDKLPSTLASPSLSPAPLPTGRRSLCSNVQGESRDSSPVLSLTEMDEDVFKDSSASVSDMDSNLPHFPRQSLGLTVVRETSARTSTAPVLQISMKEKPIKEEQAMSFTVAGKYESNPGNNKKDEDSRSPGIACEYPAFCLQKESNTNFQLKKEMSEESQGSSVSHGQHLEGNDRTHPSEEGAYHGTALLDHLGCKNTGCPMINSKGLQNDFAYSIPVQAADSLIAQSKSPEDQLCGDHAVEIIAKDESLADILTPQPIRKTALELMEGLFPVNLSRPGRSYRWKQGIQFAQENDQRSSEYPTDPSTRASNYLGQGAEDATFHIHQMLSKNKENLDDPENITSPKRELISSIQLKLQTLWAERELIQSEVKEHVEHGRALESMVQDLCKPNEYERYMMFIVDLEKVVSLLLCLSSRLARVENAMEKIDENTDAEEKQSLNERHKLLSRQREDAKDLKENLDRRERVVSGILSKYMTENQLQDYRHFVQEKTSLLIEQKDLDEEIKFLEEQLERLQKSIAP

Target ORF information:

RefSeq Version	XM_020813670.1
Organism	Pogona vitticeps(central bearded dragon)
Definition	Pogona vitticeps shroom family member 1 (SHROOM1), transcript variant X1, mRNA.

Target ORF information:

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

XM_020813670.1

ORF Insert Sequence:

ATGTCTTCTT GTGAGAATGG AGTGTCAGGA TGGAACCCAA GACACATCAG AGGAATAGAT 
GAGCTCTTGG AACCAGTGGC CTCACTTGGT GATGATTCCA GGTTTGCCCC AGAGAAACCT 
CTCGGTGGCA TCGACCAGTG CCTGCACATT CCTGGCAAAG CAGATTTGGC ATACAGTTCA 
TTCTCAGGGG GCTCCAATCT TCCAGAGTTT CCTGTCCCGC TATGCTACAG TGAGCAAGAC 
TCCCCCCTAG AGCAGCTGCC TTATATGGAT ACAGGGTATG TTACAGGCAT TTATAATCCC 
TGTGCAATAC CGGAGGAACT TAGACAGATC TATGAACACA AGGGAACAGG AAAGAGCTCC 
CACTACAAAC TGGAGGCCAC TGGTCTCAGC GGACTGCATG GAAGCACTCC TATCCCTGGG 
GCGTTGCACC CATCACCATC GCCACTGGGC AAGTTTCCAT CTCCTCTTCC TTGCCCTCCA 
GCTCAACTGG AGAGCTACAA AGCGAACACG GATGTAGATC AAACTCCTGG CATTTGCTTT 
GACTGCAGTA TACAAGCAGA CATGTGCATT CAAGAGATCA GGAAAGACCT CCTCTCTGAC 
GCTGCAACAA ACTGTTACAA TGATTATTGC CTCTCCCAAG GTAAAGACGA AACTCCAGTC 
ACAGAAAAGA GGGCTGGGTG TCTTGCCAAA GCGTACACAG TGAAGAAAAA GAACTCTTTC 
ATTTTCATCA CACCTTCCGC ATTTTCCCAA GAAAAATTAA TGCCTGATTC TTCCCAGACG 
ATTTTGCAGG CTCAGAATGC AATCCACGCT TATAAAATCC CTGAGATGGT GAACTCTGAC 
TCCTTTCCTT TGCTACAAAC CAGCCACAAT GCTGTTAATG ATACACAAAA GAACAAACAG 
TGTTTTCATG CCTGCAGTGT ACACAAACCA CCCACTGCAG AAGGAGATTT GCCAAGCACC 
GTGGCAGTAT CCAGTCAACC AGAGGGACAG ATTCACCCGG CTCTGCAGCT GTCCAGAATA 
CAGGGTCGTT CAGCGCTGGA ACAGGACATA TGCATAAGGA CAACACACTT AAAATACACT 
GACAGCTCTC TTCCTGGTAA GTCTGGGCTG GGAATAATTA ATAGCTATGA AGAAAAGAAA 
GGTTTCATCT GTTCAGAAGA AGAAAACAGT AGAAATATTT GGCAGCCACT TCTAAAACAA 
CAAACCACAA TGCAGAAACC GCACTCTCAT GGCCTGGACT TTACAGAAAC TCCTCACGCC 
ATAATTTATG AGCCAACCAA TACAGTATCG TATTACAGTC ATGATGCAGA GGATACTATA 
TCTCAGCCGT TCAACGGATT TAGAAAACCA GAAGAAAATG ATCATTATAG TAGCCCTGAA 
CTTCTTATGA ACTCAAGACA AGACGAAATG CTGAAGACTG TCGGTTTTCC AAAACAACCA 
TGTTCGAAGA AGGCTGAAAG TCAATCTCAG GAGGATTCTG CCAGTGAAAA GATAAACAGA 
AGGACGACTC CCTTGCTTTA CTACCTTTCT GGTGGGAAAA ATCCCAACAT TATGAGTCAT 
GAAGCTCATA ATGCTCTGGA CCCAGACGTC TCCTCAGTGA ACTCTCCAAG GAGCGCTTGC 
CCAGTCTCAG CTATACCAGT AAAGATACTA GGAGACAATA ACCAACATGT GGATGAGACT 
GCCTGCACGG ATGAGGGGTT AATTATGGAG AGCTGTGCAT CAGCATCCCT TGATGAGAAC 
TTCAAGAATG ACTATCGGGA AAAACTCAAA GTTGCTCAAA GCAAGGTCCT CAGAGAAACT 
TCTTTCAAGA GGAAGGATTT ACAGATGAGT TTGCCTATTC GGCTAAAACA GAAAGCCTCT 
TCAAGGCCAT CTATTCAACA TCTCAGGTCT TTGTCTTTAT CTAGTACTAA TGAGGAGCCC 
AAGTCAGTTC CACCCCTCAA GCCATTGGGA CACCTCCGGA AGGAAGAAGA ATCCCAAAGG 
CTGCCAAATC TCCGAATTGG AGGAAGGAAA AGGGCCACCA CTGAACAAAA GAAGATTTCC 
TATTCTGAAC CAGAAAAGCT CAACCAGCTG GAGGATCAGA GAGACCAAAA CGAGTCATGG 
AAAAAGAAAA ATGCAAGGTC CCACTCGGAT GAGATAAGTG AGCAAGACAC CAGGATCCTC 
AGGATTAAAT CCACGGAGAG TCGAGGAAGG GCTCTTACTA AGGCAGAACT GAAGCAAATA 
CAGCACAAAG CCCTTCTTGA GTACATGGAA CGAAAGACAG GGCAGCAGCC AGCTCCTGCC 
AGCAACAACA ACATGCAGCA GCAGAAGCCC CCTTTGCAAG GGAGGACTGC AACTCCGAAG 
AGGTTTTCAG AAGACACCAG TAACAGTGGA AAGTTACAGA GTATGGATGG TCTGTGTCGA 
ATTCTTGAAC CATCTTCCTT CCCCACTGCT TCAACATCTG TAGATCCTAG GGCCAGCAAC 
TTTGCCTCAA CAAAATGCCT TATTCGCTCT GTTTCTTCTG CCACCAGCAA AGGCCACGGG 
GGATCAAGAT CAACGCCTTT ACCTGTGCAG GATTTCTATA CACCTACAGC TTGTCTGGCG 
TCGTCAGCTG AGGATCATGG ACGCTATCTG AGTCACCCCA AGGCAGAGAC TGGTCAAAAT 
GGCCGAGGGG CAAACCATCA ACATCTTCAG GATAACTGTG AGTCCACACT GAGACACCTG 
CCCAGGCAGT CACTAGCTGA AGATTCGACG GGTTATGCAT TTGAACACCC CCATAATACG 
AAGAGGAGTA AGGATAAACT CCCTAGCACT TTGGCAAGTC CGTCCTTGAG CCCTGCCCCT 
TTGCCAACTG GGAGAAGGTC CCTGTGCTCA AACGTACAAG GAGAGTCTCG TGATTCTTCA 
CCAGTCTTGT CTCTGACTGA AATGGATGAG GATGTTTTTA AGGATTCTTC TGCCAGTGTC 
TCCGACATGG ACTCGAACCT TCCCCACTTC CCTAGACAAA GTCTGGGTCT CACAGTAGTC 
AGGGAAACAT CAGCACGTAC TTCTACTGCA CCTGTTTTAC AGATTTCTAT GAAAGAAAAG 
CCTATCAAAG AAGAACAAGC TATGAGCTTC ACTGTTGCTG GGAAATATGA ATCTAATCCA 
GGAAACAACA AAAAAGATGA GGATTCACGT AGCCCAGGGA TCGCTTGTGA ATACCCAGCA 
TTTTGTCTCC AAAAAGAGAG CAACACAAAT TTTCAACTGA AGAAGGAAAT GAGTGAAGAA 
TCTCAAGGGT CCAGTGTATC TCACGGGCAG CACTTGGAAG GAAATGACAG AACACATCCC 
TCCGAGGAGG GGGCATACCA TGGCACAGCC CTGTTAGATC ACCTAGGATG TAAAAATACT 
GGATGTCCAA TGATAAATTC AAAAGGCCTG CAAAATGATT TTGCCTACAG CATCCCAGTG 
CAAGCTGCTG ATTCATTGAT AGCCCAGTCA AAATCTCCGG AGGACCAGCT ATGTGGAGAT 
CATGCTGTTG AGATCATTGC CAAAGATGAG TCTCTGGCTG ACATCCTAAC ACCTCAACCC 
ATTAGGAAGA CTGCTTTAGA GCTCATGGAA GGTCTTTTCC CTGTGAACCT TTCAAGGCCA 
GGCAGATCCT ACAGATGGAA GCAGGGGATT CAGTTTGCCC AAGAAAACGA CCAAAGAAGC 
AGTGAGTATC CAACTGATCC ATCAACCAGG GCTAGCAATT ATCTTGGACA AGGAGCTGAA 
GATGCCACAT TTCACATCCA CCAAATGCTG AGTAAAAACA AAGAGAACTT AGATGATCCA 
GAGAACATCA CATCCCCAAA GAGAGAACTT ATTTCCAGCA TCCAGTTGAA ACTACAGACT 
CTGTGGGCTG AGAGGGAGCT GATCCAGTCT GAAGTGAAGG AGCATGTGGA GCATGGCAGA 
GCACTCGAGT CCATGGTGCA AGACCTCTGT AAGCCCAATG AATATGAGCG CTACATGATG 
TTCATTGTTG ACCTGGAGAA AGTGGTGAGC CTTCTTCTGT GCCTCTCCAG CCGCCTGGCT 
CGAGTGGAGA ACGCTATGGA GAAAATAGAT GAAAACACAG ATGCTGAGGA GAAGCAATCC 
CTCAATGAGA GGCACAAGCT TTTGTCTAGG CAACGAGAGG ATGCCAAGGA TTTAAAAGAG 
AACCTGGACC GACGGGAAAG GGTTGTGTCG GGTATCCTTT CCAAGTACAT GACAGAGAAC 
CAGCTTCAGG ACTACAGGCA CTTTGTTCAG GAAAAGACTT CTTTGTTGAT TGAACAGAAA 
GACCTTGATG AGGAGATTAA GTTTCTTGAA GAGCAGCTGG AGAGGCTACA GAAGAGCATC 
GCGCCTTAA