LOC101978916 cDNA ORF clone, Microtus ochrogaster(prairie vole)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC101978916
Entrez Gene ID	101978916
Full Name	putative spermatogenesis-associated protein 31D3
Gene Type	protein-coding
Organism	Microtus ochrogaster(prairie vole)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005355339.1	XP_005355396.1	spermatogenesis-associated protein 31D3-like

Pathways from BioSystems
Gene Ontology

The following LOC101978916 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC101978916 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
OMi109413	XM_005355339.1 Latest version!	Microtus ochrogaster spermatogenesis-associated protein 31D3-like (LOC101978916), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

LOC101978916 ( XM_005355339.1 ) cDNA ORF clone, Microtus ochrogaster(prairie vole) -> XP_005355396.1 Microtus ochrogaster spermatogenesis-associated protein 31D3-like (LOC101978916), mRNA.

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CloneID	OMi109413
Clone ID Related Accession (Same CDS sequence)	XM_005355339.1
Accession Version	XM_005355339.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3984bp) 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	2018-10-14
Organism	Microtus ochrogaster(prairie vole)
Product	spermatogenesis-associated protein 31D3-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_022018.1) 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 Name :: Microtus ochrogaster Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 7% of CDS bases ##RefSeq-Attributes-END##

ATGGAGAAGA TTCTCTCAGC TCTGAATAGC CTCGCTGAGA CATGGCTGAC CTTTGGCTCA 
GCTTCCTATC ATATAGACCT CAACGACACC TTACTAGGTG GGCTGGGGTT GCTGCTTCTC 
TATGTCTGCT ACCTGATAGT GAAACTGGTT TTACAACCAC TGTGGAGAAA GAAATACACC 
CAAAAGGTAA GGAAGAGAGG AGAGGAGAGG AGAGAGGAAG ACAGGGGACT TGAACCTCTT 
CTCTCCAGCA GACCCTTGGG AGAGCTGGAT GATGCCTTTC ACAGTGGACC GCGACATCCA 
GATTCTCTCT TCAGCGAGAG TCCCAGAAGC GCCAGCAAAG TCAGTTCTCT GCTCTCCCAG 
GCCACCCCCG AAGACGGCAC TGCCGCTCCA TCCTGCTTGG CTTCCACAGC TCCTGTGACA 
GAGGGCTCAC TTGTTCTGTC CCCTCAGTTC ACAGTGAGCC AGCCAGGACG TCCAGCACTG 
GCCATTCCAC CGAGCCCTTC CAGTCTCTCT CCGTTTGCTC CCCTAGAGAA CTTGCTTTCT 
CCCACACTGC TGGGTGACTT TCTGATACCG GAGCCAACGC CTCCCTTGAG CCCTGAATTT 
TTCCTGGACT CTACCCCACC CTATACACTT GCCTCTTTGA CTCTTCCAAC AGAAGAAGCA 
CAGGACTCAG AAGTGGTCTT CCCACCGGAA GCCACTAGAT CTCTGGTAAG CAGACCCAGT 
GAGGTGTCTG TTAATGTCCC AATAACCACA GGCACTGGCG ATGAAAGACA GCCAGCGCCA 
GACTCCTCCC AGCCGCGGCC TGCCGCTGAT GAGCTGTTAT CTTCCGATTT GGCACACTCC 
TTTAACCAAC CTCTCCCAGA CCCCTACGCT TCTCAAGTCC CCTTGTGGGG AGGCCGTCTA 
GAGTCTGGAA ACTTCTTGGC TCCTGACTCT GATGCCCTGG TACGACTCAA AAGGCAGGAC 
AGAAAAGGGG GTGACTTCCA TACCACAAGC GATCCAGAGA ACAATGAAGG TTTTATAAAA 
TCACCCCATT CTTTGGAGAA GCCGTCCTCA TCAGAACCAT CGGCTAACCC GCAGGCTTTG 
CCAGCCTCTC ATTTGGCAAT CAGCAAAAGC AAGCACATGT ACCAGCAGGT CCCTCAATCC 
AAGACCTCTG GAGACGATGC AGAGTCTAAA CCCTCCCAGC TCTTCTGGGG TCCCCCCTCT 
CTACACAGCG AGGCCTTGCA TCCCACCACT CCTGCCGAGA GTGACCGTTC CCCAACACCT 
GTCTACTTTA ACAGTATGGC TGAAGCCTCC GTTGCCATTA CTCTCCCCAC AGCTCCTCTG 
GTGACTGAAA GCCAGCCACA GACCTGGCTA CAGACACAGT CCAGATCGCA TTCCCAAGCT 
GACCCTCGCA CTGAGTCTCA AACTCAGCCT CAACCCCACA CCCCGGTCTT GGTTTGGACA 
CATTCTCCTC ATTCCCAGCT TAAAGTCTGT GGGGTGCAAT TTCACAGAAC TCAGGGAGCA 
CAACCTCTCG GTCCGTCTGA AACACAGCGT CTGGAATACA ACATCTTGAA AAAGGAGCAG 
GAGAAAGTGT GGGGTTTACC CTCTGTGGTC AAAAAATCCC AGGATACTTT TTGTCCCCCA 
CCTCCCAAGC CCTCATTGGT GAGCCGGTCC TTCAAGTCCC AAACTCCCAG GCCCATCCTT 
CTTGGAGACT TTCCCCTCAC TAAGGAGCTT CGTAAGAAAC TGGAGCACCA CCTCCGGAAG 
AGACTCATTC AGCACCGCTG GGGCCTGCCG CACAGGATCA ATGAGTCCCT GTCACTAATG 
TACCCTCAGT CAGAGCTGAT GGAGCCCTTG GCGTCAGGGA GGAGTTGTGG CCTCTCCTGG 
ATCTCTCTCT TTAAGTATCG AGGCAGCATG GAGTCCTATG CCACAGTACT CAGTGGATCT 
GGAAAGTCTC GCAATAGTAC CTCCGAGAGT CATCCCCTAG CACGGACGGA GGTCAAAGCA 
CAGACATACA GTCAAGATAC TGGCCAAGAA GACCATCTGC AGAATAACTT CTGGGAGGCC 
CCAAGGAACA GTCTAGCATC TGCTTTGAAG ACAGACCAGG AGCATCTTGC TGGGAGCCGG 
TCAGACCAAC TCTCAAGTCT CTCACTGGTG AGCCAGTGTC AGAAAAGGAT TGAAAAGGCA 
CTGGAAGAAC ACTTCCACAA GAAAGCTCAA GAAATCCGCA AGGGTCAGAT GCCCAGCACT 
GTGGAGAAAT CCTGGCGCTC TATCAACAAG CCACAGCCTC CACCTGAGAC AACCCCCGGG 
CAACTGAAAG ATCTGGCACC GTTGGCAGGC GAGGAAGACG CACTGATAGA ATACCAGCAT 
GGTTTGTTGC TCAGTCAGAG CAAAGAAAAG GTCTTGGAAG AACACATTAA AACCTTCGGC 
AGGAAGATGA CACTCGGTCT TCCCCAAAGA GTCGAGGAAC CCCTAGAGTC CTACATGACA 
CGAGCAGAAC CACCTCATTA CTTCTCTCAG TTCCACATTC ACCCCCACAC CGTAGCTGGA 
ATGGAGCCCG GCCAGTCCTC CAGGTTCCTG CAAAGACACC CGAGTGGAGA CGGGATGAGG 
ACAGTGAATG CCGTGCCCAC CCGAGGAAGC TGTCTTTCTG CTTCCTCACC TGTGGGCAAC 
ATAGAGCCGG CCTCTGAGCA CAAGAAAGGT GTTGTAGACA AACACCTCAG CACAGCTCAA 
AGTGACAGAG AGCCGATCCA GTCCTGGATA CCCAGTACGG TAGACAAAAG TAGCCTGCAA 
CAGTCTGGAT CAAACAGACA GAGCCCAGAG CTGCCCGTGA GACCAGACGG GCCAACAGAT 
GAGACACTGG CTTCCAGCAC CGAGACACGG GGGCCTCAGG GGCAAAGGAG GAGCTGGAGA 
GATGGCTCCA TGACTGAGGG GACCACAGAG CTACTCAAGG GACAGAAACG CCCTGGTCTT 
CACCCACAGT CCCCGAAGAT CTTGACTGTC CCCCAAGACA CATGCTCCCC AGGGAGCCAT 
GGGAATCCAT GTCAAGCCAT GCAGGGAATA TCAGTTCCCC ACAACCCTGA AACATTTGAT 
CCTAAAAGTC GAGTGTCCAG AGGAGTCGTG TTGCCCTCAG AGAGGGGGCT TCACATCCAG 
GCCACGGGCG TGCCTCACGT GTCCTCGGCC TCAGAAGAAA TGACTTCCAA ATGCCAGGGC 
CCCTCCGGTG GGGACAAGAC AGCTTCTCAG GTGCTGCGGG TGTACTTGCC CACTGTGGGA 
GTCAGCATGG AGCCGGGACA AGGTCCCTGG TTCCCCCCAC GTTCCTCTAG CAAGTGCCGG 
AGTCAGGCGT GTTCCCCAGC TGCCAAGGGA GTGTCCCCAC CGGCAGCCAA GTCAGGAAAA 
TTTGATGGAG GAGATGCAAG CTTAGGGTCA TCCCAAACCA GAGGGAAGAG GCACTCTATT 
CAGGCCAGGG CACCAAAGGA AACACACGGA CACACATCTT CCCTGGCACT GTCACCTAAG 
GGGCAGCCTC CGGAAAATCA ATTCACCAAC CAGGTGAAGT GCTTCTGGCA GTGGATGTCC 
CCTGGGAGAA AACACAAAGG TCAGGAAAAG TCCCTGGCCA AGGGCAACTC CTCATCACCA 
TCTGGGAAGG GCAAAAGCCT CGTCAAAGAG AGATGTGAGT TTTTTGGGAA CATTGAAGCT 
CAGAGTTGTG TGAGAGACCC TGGGGTGATC CTCAGAAAAC AGCTAGGGCA CAGGCATGGG 
ACAGTCATCC CCTGTCCCCA GGCCACTGGG CCTTCCCTCA AAGGGTCTGA AGAAACTCGG 
CAGGCCCAGG CAGGGCCTGT CAAGAGGCAT CACTCCCGCA GCCAAGCTGC CCACTCTCAA 
GTGCAAAGGG TTGGGTCCTG CAGCCCAGAA CGAGGGCAGA CAACCCTCAA GAGATATGGC 
ATTGCAGGAA AAGCTGAGGT GGTGGAGACC TCCTCCATAC GTGCCTCACA GGGAACCCGA 
GTCCCGCCCA AATCAACTCT GTAG

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

RefSeq	XP_005355396.1
CDS	1..3984
Translation	MEKILSALNSLAETWLTFGSASYHIDLNDTLLGGLGLLLLYVCYLIVKLVLQPLWRKKYTQKVRKRGEERREEDRGLEPLLSSRPLGELDDAFHSGPRHPDSLFSESPRSASKVSSLLSQATPEDGTAAPSCLASTAPVTEGSLVLSPQFTVSQPGRPALAIPPSPSSLSPFAPLENLLSPTLLGDFLIPEPTPPLSPEFFLDSTPPYTLASLTLPTEEAQDSEVVFPPEATRSLVSRPSEVSVNVPITTGTGDERQPAPDSSQPRPAADELLSSDLAHSFNQPLPDPYASQVPLWGGRLESGNFLAPDSDALVRLKRQDRKGGDFHTTSDPENNEGFIKSPHSLEKPSSSEPSANPQALPASHLAISKSKHMYQQVPQSKTSGDDAESKPSQLFWGPPSLHSEALHPTTPAESDRSPTPVYFNSMAEASVAITLPTAPLVTESQPQTWLQTQSRSHSQADPRTESQTQPQPHTPVLVWTHSPHSQLKVCGVQFHRTQGAQPLGPSETQRLEYNILKKEQEKVWGLPSVVKKSQDTFCPPPPKPSLVSRSFKSQTPRPILLGDFPLTKELRKKLEHHLRKRLIQHRWGLPHRINESLSLMYPQSELMEPLASGRSCGLSWISLFKYRGSMESYATVLSGSGKSRNSTSESHPLARTEVKAQTYSQDTGQEDHLQNNFWEAPRNSLASALKTDQEHLAGSRSDQLSSLSLVSQCQKRIEKALEEHFHKKAQEIRKGQMPSTVEKSWRSINKPQPPPETTPGQLKDLAPLAGEEDALIEYQHGLLLSQSKEKVLEEHIKTFGRKMTLGLPQRVEEPLESYMTRAEPPHYFSQFHIHPHTVAGMEPGQSSRFLQRHPSGDGMRTVNAVPTRGSCLSASSPVGNIEPASEHKKGVVDKHLSTAQSDREPIQSWIPSTVDKSSLQQSGSNRQSPELPVRPDGPTDETLASSTETRGPQGQRRSWRDGSMTEGTTELLKGQKRPGLHPQSPKILTVPQDTCSPGSHGNPCQAMQGISVPHNPETFDPKSRVSRGVVLPSERGLHIQATGVPHVSSASEEMTSKCQGPSGGDKTASQVLRVYLPTVGVSMEPGQGPWFPPRSSSKCRSQACSPAAKGVSPPAAKSGKFDGGDASLGSSQTRGKRHSIQARAPKETHGHTSSLALSPKGQPPENQFTNQVKCFWQWMSPGRKHKGQEKSLAKGNSSSPSGKGKSLVKERCEFFGNIEAQSCVRDPGVILRKQLGHRHGTVIPCPQATGPSLKGSEETRQAQAGPVKRHHSRSQAAHSQVQRVGSCSPERGQTTLKRYGIAGKAEVVETSSIRASQGTRVPPKSTL

Target ORF information:

RefSeq Version	XM_005355339.1
Organism	Microtus ochrogaster(prairie vole)
Definition	Microtus ochrogaster spermatogenesis-associated protein 31D3-like (LOC101978916), mRNA.

Target ORF information:

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

XM_005355339.1

ORF Insert Sequence:

ATGGAGAAGA TTCTCTCAGC TCTGAATAGC CTCGCTGAGA CATGGCTGAC CTTTGGCTCA 
GCTTCCTATC ATATAGACCT CAACGACACC TTACTAGGTG GGCTGGGGTT GCTGCTTCTC 
TATGTCTGCT ACCTGATAGT GAAACTGGTT TTACAACCAC TGTGGAGAAA GAAATACACC 
CAAAAGGTAA GGAAGAGAGG AGAGGAGAGG AGAGAGGAAG ACAGGGGACT TGAACCTCTT 
CTCTCCAGCA GACCCTTGGG AGAGCTGGAT GATGCCTTTC ACAGTGGACC GCGACATCCA 
GATTCTCTCT TCAGCGAGAG TCCCAGAAGC GCCAGCAAAG TCAGTTCTCT GCTCTCCCAG 
GCCACCCCCG AAGACGGCAC TGCCGCTCCA TCCTGCTTGG CTTCCACAGC TCCTGTGACA 
GAGGGCTCAC TTGTTCTGTC CCCTCAGTTC ACAGTGAGCC AGCCAGGACG TCCAGCACTG 
GCCATTCCAC CGAGCCCTTC CAGTCTCTCT CCGTTTGCTC CCCTAGAGAA CTTGCTTTCT 
CCCACACTGC TGGGTGACTT TCTGATACCG GAGCCAACGC CTCCCTTGAG CCCTGAATTT 
TTCCTGGACT CTACCCCACC CTATACACTT GCCTCTTTGA CTCTTCCAAC AGAAGAAGCA 
CAGGACTCAG AAGTGGTCTT CCCACCGGAA GCCACTAGAT CTCTGGTAAG CAGACCCAGT 
GAGGTGTCTG TTAATGTCCC AATAACCACA GGCACTGGCG ATGAAAGACA GCCAGCGCCA 
GACTCCTCCC AGCCGCGGCC TGCCGCTGAT GAGCTGTTAT CTTCCGATTT GGCACACTCC 
TTTAACCAAC CTCTCCCAGA CCCCTACGCT TCTCAAGTCC CCTTGTGGGG AGGCCGTCTA 
GAGTCTGGAA ACTTCTTGGC TCCTGACTCT GATGCCCTGG TACGACTCAA AAGGCAGGAC 
AGAAAAGGGG GTGACTTCCA TACCACAAGC GATCCAGAGA ACAATGAAGG TTTTATAAAA 
TCACCCCATT CTTTGGAGAA GCCGTCCTCA TCAGAACCAT CGGCTAACCC GCAGGCTTTG 
CCAGCCTCTC ATTTGGCAAT CAGCAAAAGC AAGCACATGT ACCAGCAGGT CCCTCAATCC 
AAGACCTCTG GAGACGATGC AGAGTCTAAA CCCTCCCAGC TCTTCTGGGG TCCCCCCTCT 
CTACACAGCG AGGCCTTGCA TCCCACCACT CCTGCCGAGA GTGACCGTTC CCCAACACCT 
GTCTACTTTA ACAGTATGGC TGAAGCCTCC GTTGCCATTA CTCTCCCCAC AGCTCCTCTG 
GTGACTGAAA GCCAGCCACA GACCTGGCTA CAGACACAGT CCAGATCGCA TTCCCAAGCT 
GACCCTCGCA CTGAGTCTCA AACTCAGCCT CAACCCCACA CCCCGGTCTT GGTTTGGACA 
CATTCTCCTC ATTCCCAGCT TAAAGTCTGT GGGGTGCAAT TTCACAGAAC TCAGGGAGCA 
CAACCTCTCG GTCCGTCTGA AACACAGCGT CTGGAATACA ACATCTTGAA AAAGGAGCAG 
GAGAAAGTGT GGGGTTTACC CTCTGTGGTC AAAAAATCCC AGGATACTTT TTGTCCCCCA 
CCTCCCAAGC CCTCATTGGT GAGCCGGTCC TTCAAGTCCC AAACTCCCAG GCCCATCCTT 
CTTGGAGACT TTCCCCTCAC TAAGGAGCTT CGTAAGAAAC TGGAGCACCA CCTCCGGAAG 
AGACTCATTC AGCACCGCTG GGGCCTGCCG CACAGGATCA ATGAGTCCCT GTCACTAATG 
TACCCTCAGT CAGAGCTGAT GGAGCCCTTG GCGTCAGGGA GGAGTTGTGG CCTCTCCTGG 
ATCTCTCTCT TTAAGTATCG AGGCAGCATG GAGTCCTATG CCACAGTACT CAGTGGATCT 
GGAAAGTCTC GCAATAGTAC CTCCGAGAGT CATCCCCTAG CACGGACGGA GGTCAAAGCA 
CAGACATACA GTCAAGATAC TGGCCAAGAA GACCATCTGC AGAATAACTT CTGGGAGGCC 
CCAAGGAACA GTCTAGCATC TGCTTTGAAG ACAGACCAGG AGCATCTTGC TGGGAGCCGG 
TCAGACCAAC TCTCAAGTCT CTCACTGGTG AGCCAGTGTC AGAAAAGGAT TGAAAAGGCA 
CTGGAAGAAC ACTTCCACAA GAAAGCTCAA GAAATCCGCA AGGGTCAGAT GCCCAGCACT 
GTGGAGAAAT CCTGGCGCTC TATCAACAAG CCACAGCCTC CACCTGAGAC AACCCCCGGG 
CAACTGAAAG ATCTGGCACC GTTGGCAGGC GAGGAAGACG CACTGATAGA ATACCAGCAT 
GGTTTGTTGC TCAGTCAGAG CAAAGAAAAG GTCTTGGAAG AACACATTAA AACCTTCGGC 
AGGAAGATGA CACTCGGTCT TCCCCAAAGA GTCGAGGAAC CCCTAGAGTC CTACATGACA 
CGAGCAGAAC CACCTCATTA CTTCTCTCAG TTCCACATTC ACCCCCACAC CGTAGCTGGA 
ATGGAGCCCG GCCAGTCCTC CAGGTTCCTG CAAAGACACC CGAGTGGAGA CGGGATGAGG 
ACAGTGAATG CCGTGCCCAC CCGAGGAAGC TGTCTTTCTG CTTCCTCACC TGTGGGCAAC 
ATAGAGCCGG CCTCTGAGCA CAAGAAAGGT GTTGTAGACA AACACCTCAG CACAGCTCAA 
AGTGACAGAG AGCCGATCCA GTCCTGGATA CCCAGTACGG TAGACAAAAG TAGCCTGCAA 
CAGTCTGGAT CAAACAGACA GAGCCCAGAG CTGCCCGTGA GACCAGACGG GCCAACAGAT 
GAGACACTGG CTTCCAGCAC CGAGACACGG GGGCCTCAGG GGCAAAGGAG GAGCTGGAGA 
GATGGCTCCA TGACTGAGGG GACCACAGAG CTACTCAAGG GACAGAAACG CCCTGGTCTT 
CACCCACAGT CCCCGAAGAT CTTGACTGTC CCCCAAGACA CATGCTCCCC AGGGAGCCAT 
GGGAATCCAT GTCAAGCCAT GCAGGGAATA TCAGTTCCCC ACAACCCTGA AACATTTGAT 
CCTAAAAGTC GAGTGTCCAG AGGAGTCGTG TTGCCCTCAG AGAGGGGGCT TCACATCCAG 
GCCACGGGCG TGCCTCACGT GTCCTCGGCC TCAGAAGAAA TGACTTCCAA ATGCCAGGGC 
CCCTCCGGTG GGGACAAGAC AGCTTCTCAG GTGCTGCGGG TGTACTTGCC CACTGTGGGA 
GTCAGCATGG AGCCGGGACA AGGTCCCTGG TTCCCCCCAC GTTCCTCTAG CAAGTGCCGG 
AGTCAGGCGT GTTCCCCAGC TGCCAAGGGA GTGTCCCCAC CGGCAGCCAA GTCAGGAAAA 
TTTGATGGAG GAGATGCAAG CTTAGGGTCA TCCCAAACCA GAGGGAAGAG GCACTCTATT 
CAGGCCAGGG CACCAAAGGA AACACACGGA CACACATCTT CCCTGGCACT GTCACCTAAG 
GGGCAGCCTC CGGAAAATCA ATTCACCAAC CAGGTGAAGT GCTTCTGGCA GTGGATGTCC 
CCTGGGAGAA AACACAAAGG TCAGGAAAAG TCCCTGGCCA AGGGCAACTC CTCATCACCA 
TCTGGGAAGG GCAAAAGCCT CGTCAAAGAG AGATGTGAGT TTTTTGGGAA CATTGAAGCT 
CAGAGTTGTG TGAGAGACCC TGGGGTGATC CTCAGAAAAC AGCTAGGGCA CAGGCATGGG 
ACAGTCATCC CCTGTCCCCA GGCCACTGGG CCTTCCCTCA AAGGGTCTGA AGAAACTCGG 
CAGGCCCAGG CAGGGCCTGT CAAGAGGCAT CACTCCCGCA GCCAAGCTGC CCACTCTCAA 
GTGCAAAGGG TTGGGTCCTG CAGCCCAGAA CGAGGGCAGA CAACCCTCAA GAGATATGGC 
ATTGCAGGAA AAGCTGAGGT GGTGGAGACC TCCTCCATAC GTGCCTCACA GGGAACCCGA 
GTCCCGCCCA AATCAACTCT GTAG