A1O5_05290 cDNA ORF clone, Cladophialophora psammophila CBS 110553

Gene
Clones
gRNAs

Summary

Gene Symbol	A1O5_05290
Entrez Gene ID	19190008
Full Name	Ca2+-transporting ATPase
Gene Type	protein-coding
Organism	Cladophialophora psammophila CBS 110553

mRNA and Protein(s)

mRNA	Protein	Name
XM_007745891.1	XP_007744081.1	Ca2+-transporting ATPase

Pathways from BioSystems
Gene Ontology

The following A1O5_05290 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the A1O5_05290 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
OCl67723	XM_007745891.1 Latest version!	Cladophialophora psammophila CBS 110553 Ca2+-transporting ATPase partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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

A1O5_05290 ( XM_007745891.1 ) cDNA ORF clone, Cladophialophora psammophila CBS 110553 -> XP_007744081.1 Cladophialophora psammophila CBS 110553 Ca2+-transporting ATPase partial mRNA.

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CloneID	OCl67723
Clone ID Related Accession (Same CDS sequence)	XM_007745891.1
Accession Version	XM_007745891.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4293bp) 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	2014-12-21
Organism	Cladophialophora psammophila CBS 110553
Product	Ca2+-transporting ATPase
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_006912928). COMPLETENESS: incomplete on both ends.

ATGTCTTCAC CCGATGGGCA TGACCCAGAA TCGCCAAAAG CAGTCCAGCA GCGACCCCGT 
GCTCCTACAA TTAGTATAGA CGATTCCGCC GTCAATCCAT CCCCCTCCGA GGAACCTCCC 
AGTGCAGTTT CTGATAAACC TAGTCCTTTA CCCCGAATAC AAACGTCTGG ACTCGATTCT 
GGGCCTACGC TATCCTCCCC GTTGTCGGTA TCCCCAACCG ATGTTCGACC ACCCTCTGAC 
ACGCGCGAGT CGCGCCCAAC CTCTCCTCAT AATGTTTCCT CTCCCAGACC CCAGTTTCTC 
GATGGATCTG CCCACAACTT TCTTGCTGTC CCTGGCTCAA GAGCGAGGGC GACATCAATG 
GAGTCTCAAA ATTCAGCGTC GACTTCCGAA TTCGGCGGAG AAACACAAAT TGCTTCGACG 
ATTTCCGGAA CAGACGATTT ACGCAAGAAT TCGTTGGCCA ATAACGATGA TGTGATGAAC 
GATGAAGATG CACTGAGGCC AGATCCCGGG ATGGAGGCGG ATTTTGTGGT GGAAGACAAC 
AAGTTCGCGT TTAGCCCCGG ACAGCTGAAT AAAATGATCA ACCCTAAAAA CCTAGCAGCG 
TTTCACGCTC TTGGAGGCCT GAGAGGTCTG GAGAAGGGTC TGCGAACTGA CCGCAACAGC 
GGTCTCAGTG TAGACGAAGT TGGTTTGAGT GGCACAGTCG GCTTTCAAGA AGCGGTTCAG 
GCAGGCGCCG AAGCCGAGCA ACGCTACGGC ACTGTGAAGA GGACAACTAC CTCCAACTCG 
ATAACAGCGC CAGCCAAGAT TTCCGAAAAT TCTTTTGCGG ATCGCAAGCG CATTTTCAAG 
GACAATCGGC TTCCGGAAAA GAAGGCCAAA ACTTTCTGGC AGCTTGCCTG GATTGCCTAC 
AACGATAAAG TGCTGATTTT ACTGTCTGTC GCTGCTGTCA TCTCACTGGC GCTTGGTATT 
TACCAGACTG TCAATCCTGT GCCCTCTGAG AAGCACGAAG CTCGGGTCGA GTGGGTCGAA 
GGTGTGGCAA TCATGGTCGC CATTTTCGTC GTAACTTTCG TGGGCGCACT GAACGACTAT 
CAGAAGGAGC GTCAATTCAT CAAACTGAAC CGCAAAAAGG AAGAACGATT CGTGAAAGTC 
ATTCGATCCG GGAAGTCTCA AGAAATTTCA GTTTATGATG TGTTGGTTGG GGATGTGATG 
CATCTCGAGC CAGGCGATCT GATCCCGGTG GACGGTGTCT TTATTGAGGG TCACAACGTG 
CGATGCGATG AGTCCTCGGC CACCGGCGAA TCTGACATTA TCCGCAAAAC GCCTGCGGAC 
GAGGTCTATC ACGCGATCGA GACCCATCAG AATTTGAAGA AGATGGACCC GTTCATTCTG 
TCCGGTGGTA AGGTCGCCGA GGGCGTCGGC ACGTTCCTCG TCACTGCAAC CGGTGTCAAT 
TCCAGCTATG GCAAGACATT GATGTCCCTA CAGGACGAGA CTCAGACAAC GCCTCTCCAA 
ATGAAACTCA ATGTTCTCGC CGAGTATATT GCAAAGCTTG GTTTGGCTGC CGGTCTCTTG 
CTCTTTGTGG TGCTTTTTAT CAAGTTTCTG GCAGAACTCA AAAATATCCA AGGAGGTGCT 
CAGACCAAAG GCCAACGGTT TCTTCAAATC TTCATCGTTG CGGTCACCAT CATTGTGGTT 
GCGGTGCCAG AAGGTTTACC TTTGGCTGTC ACACTCGCCC TTGCATTTGC GACGACGAGG 
ATGCTAAAGG ACAACAACTT GGTGAGACTC CTGCGCGCTT GTGAGACCAT GGGCAATGCT 
ACTACTGTGT GCTCTGACAA GACTGGAACA TTGACACAAA ATAAAATGAC GGTTGTCGCG 
GGTACATTGT CTACCGCTTC TAGATTCGGC GATAAACAAC AGCCCATCAA CTCTACGGCA 
GAGAGTGATA CAAAGGTCTC AGGTCCTATT GTGGCTGCTA ATGATGTCTC CTCTACTGAG 
TTCTTTGCGA CACTCTCTCC GGACACGAAG TCACTCCTCA AGGATTCGAT TATCCTCAAC 
ACTACCGCGT TTGAGGGTGA AGAAGAAGGC AAGAAGGTGT TTATCGGATC CAAGACCGAA 
ACAGCTCTGC TTACATTCAT TGTCGATCAT CTTCCAGTCG AATCAATTGG TGAAGAACGC 
GCGAACGCTG ATGTTATTCA AATGGTTCCC TTCGACTCTG GCCGCAAATG TATGGCTGTC 
GTCATCAAAC TACCAAATGG CAAATATCGT ATGATGGTGA AAGGAGCTTC TGAAATCCTC 
ATATCTAAAT GCACTAGAAT CGTCAGCGAT CCGACAAAGG AGCTGGTGGA TACGCCCATA 
ACCTCGGATC AAATCGAAAC ATTGAACGGC ATAGTCAGCA ATTATGCGTC ACGATCTCTG 
CGTACCATTG CACTTCTATA TCGGGATTTC AATGAATGGC CACCGCGGGG AGCCGCTCTT 
GCGGACGATA AGAAACAGGC GGATTTTGAT AAAGTCTTCA AAGACATGGT CTTCCTGGGG 
TGTGTTGGTA TCCAGGACCC CCTTCGCCCA GGTGTTGAAA AGGCTGTTCG CGACTGTCAA 
GTTGCCGGTG TGTTTGTGCG CATGGTGACG GGTGATAACA TTATGACCGC CAAGGCGATT 
GCGACAGAAT GTGGTATCTT TACACCTGGT GGTATTGCTA TGGAAGGACC TGTTTTTCGA 
AAATTGAGCT CAAAGCAGCT GACACAGGTG ATTCCACGCC TGCAAGTACT CGCAAGATCG 
AGTCCCGACG ATAAGAAGCT GCTTGTGAGC CATCTTAAGA AGCTCGGAGA GACCGTGGCT 
GTTACTGGTG ATGGTACCAA TGATGCACCC GCGCTCAAGG CTGCAGATGT TGGCTTCTCG 
ATGGGTATCG CAGGAACGGA GGTCGCCAAG GAAGCGTCGG CTATCATCCT CATGGACGAT 
AACTTTGCGT CAATCGTCAA AGCCATTTCC TGGGGCAGAA CTGTCAACGA TGCTGTCAAG 
AAGTTCCTTC AGTTCCAAAT TACGGTGAAC ATCACTGCAG TCTTTCTAAC GTTCATTTCT 
GCGGTTGCCA ATGATGAAGA AAGCTCTGTG CTGACGGCCG TACAACTTCT GTGGGTTAAC 
TTGATTATGG ACACTTTCGC AGCTCTTGCC CTTGCCACGG ATCCCCCTTC ACCTTCCGTG 
TTAAAACGAC GACCGGAACC GAAATCGGCG CCATTGATTA CCGTCACTAT GTGGAAGATG 
ATTATTGGGC AGTCGATCTA TCAGCTGGTC GTGACACTGA TCTTGTACTT TGCTGGAAAC 
AGTATCCTGT CCTATCAAAC ACAACATGAA AAAGACCGAC TTCAGAGCAC TATCTTCAAT 
ACGTTTGTAT GGATGCAGAT TTTCAACCAG TACAATTCGC GGCGATTGGA TAACCAGTTC 
AATATTTTCG AAGGAATCCT TCGCAATTAC TGGTTCATTG GGATTCAGTT CGTCATCATT 
GGAGGCCAGT GCTTGATCAT GTTTGTTGGT GGACAGGCAT TCTCGATCAA TCAAATCAAC 
GGGGCACAAT GGGGATACTC CATTGTTCTG GGCGCACTTT CCATGCCGGT GGCAGTAATC 
ATCCGATTGA TACCCGACGA ACTGTTTGCG AGACTGATAC CCCATCTTCC GCGGAGAAAG 
AAACGTGGTC CAGAATTTGT GCTCGAAGAT GACGAAAAGG TGCAATGGAA CCCAGCGTTG 
GAAGAGATTC GAGAAGAGCT GCAATTTTTG AAGAGAATCC GTGGGGGCCG GATTTCGGAG 
CTGGCTTACA AACTGCAGCA TCCACGAGAC ACGTTTATGC CGCGGTCACG CAGCCCGTCT 
CGTTCACGAT CGAACAGCGA ACTACCGCAG ACACCAGAAG GAGATGTCAT AGTAGAGACA 
ATGACGGGGT CCCCAGTCAT ACTTACCCCA GAAAAAGTAA GACGACGGGC AAGATCGAGT 
TCGAACTCAG TTTTCGGGCC TGCCACAGCA ATGGCTGGTA TCATTGCAGG AAGCGTCGCT 
GGAGGATGGT CGCCGATTGA GAAGCGGCCT GAAGAACTCG AGACAGTGCG TTTCACCCGA 
GCTCGATCTC ATTCCGGCGT TGAAGGGACA AGCGGGATGG AAATCCATCC GGCAACGCCA 
GCAGACGACC CTGTTTTTGC CCGCTCGGCC CCCAGGGCTG GCATCCCTCC CAGCCAAGAT 
CCTGATTTGG CTCCACACTT CGAATATGCA CCGCCACATA GCCCTTCCTC GCGGTCTAAA 
GGCTCACATT CGCGACATGG GTCTTCTGCG TGA

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

RefSeq	XP_007744081.1
CDS	1..4293
Translation	MSSPDGHDPESPKAVQQRPRAPTISIDDSAVNPSPSEEPPSAVSDKPSPLPRIQTSGLDSGPTLSSPLSVSPTDVRPPSDTRESRPTSPHNVSSPRPQFLDGSAHNFLAVPGSRARATSMESQNSASTSEFGGETQIASTISGTDDLRKNSLANNDDVMNDEDALRPDPGMEADFVVEDNKFAFSPGQLNKMINPKNLAAFHALGGLRGLEKGLRTDRNSGLSVDEVGLSGTVGFQEAVQAGAEAEQRYGTVKRTTTSNSITAPAKISENSFADRKRIFKDNRLPEKKAKTFWQLAWIAYNDKVLILLSVAAVISLALGIYQTVNPVPSEKHEARVEWVEGVAIMVAIFVVTFVGALNDYQKERQFIKLNRKKEERFVKVIRSGKSQEISVYDVLVGDVMHLEPGDLIPVDGVFIEGHNVRCDESSATGESDIIRKTPADEVYHAIETHQNLKKMDPFILSGGKVAEGVGTFLVTATGVNSSYGKTLMSLQDETQTTPLQMKLNVLAEYIAKLGLAAGLLLFVVLFIKFLAELKNIQGGAQTKGQRFLQIFIVAVTIIVVAVPEGLPLAVTLALAFATTRMLKDNNLVRLLRACETMGNATTVCSDKTGTLTQNKMTVVAGTLSTASRFGDKQQPINSTAESDTKVSGPIVAANDVSSTEFFATLSPDTKSLLKDSIILNTTAFEGEEEGKKVFIGSKTETALLTFIVDHLPVESIGEERANADVIQMVPFDSGRKCMAVVIKLPNGKYRMMVKGASEILISKCTRIVSDPTKELVDTPITSDQIETLNGIVSNYASRSLRTIALLYRDFNEWPPRGAALADDKKQADFDKVFKDMVFLGCVGIQDPLRPGVEKAVRDCQVAGVFVRMVTGDNIMTAKAIATECGIFTPGGIAMEGPVFRKLSSKQLTQVIPRLQVLARSSPDDKKLLVSHLKKLGETVAVTGDGTNDAPALKAADVGFSMGIAGTEVAKEASAIILMDDNFASIVKAISWGRTVNDAVKKFLQFQITVNITAVFLTFISAVANDEESSVLTAVQLLWVNLIMDTFAALALATDPPSPSVLKRRPEPKSAPLITVTMWKMIIGQSIYQLVVTLILYFAGNSILSYQTQHEKDRLQSTIFNTFVWMQIFNQYNSRRLDNQFNIFEGILRNYWFIGIQFVIIGGQCLIMFVGGQAFSINQINGAQWGYSIVLGALSMPVAVIIRLIPDELFARLIPHLPRRKKRGPEFVLEDDEKVQWNPALEEIREELQFLKRIRGGRISELAYKLQHPRDTFMPRSRSPSRSRSNSELPQTPEGDVIVETMTGSPVILTPEKVRRRARSSSNSVFGPATAMAGIIAGSVAGGWSPIEKRPEELETVRFTRARSHSGVEGTSGMEIHPATPADDPVFARSAPRAGIPPSQDPDLAPHFEYAPPHSPSSRSKGSHSRHGSSA

Target ORF information:

RefSeq Version	XM_007745891.1
Organism	Cladophialophora psammophila CBS 110553
Definition	Cladophialophora psammophila CBS 110553 Ca2+-transporting ATPase partial mRNA.

Target ORF information:

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

XM_007745891.1

ORF Insert Sequence:

ATGTCTTCAC CCGATGGGCA TGACCCAGAA TCGCCAAAAG CAGTCCAGCA GCGACCCCGT 
GCTCCTACAA TTAGTATAGA CGATTCCGCC GTCAATCCAT CCCCCTCCGA GGAACCTCCC 
AGTGCAGTTT CTGATAAACC TAGTCCTTTA CCCCGAATAC AAACGTCTGG ACTCGATTCT 
GGGCCTACGC TATCCTCCCC GTTGTCGGTA TCCCCAACCG ATGTTCGACC ACCCTCTGAC 
ACGCGCGAGT CGCGCCCAAC CTCTCCTCAT AATGTTTCCT CTCCCAGACC CCAGTTTCTC 
GATGGATCTG CCCACAACTT TCTTGCTGTC CCTGGCTCAA GAGCGAGGGC GACATCAATG 
GAGTCTCAAA ATTCAGCGTC GACTTCCGAA TTCGGCGGAG AAACACAAAT TGCTTCGACG 
ATTTCCGGAA CAGACGATTT ACGCAAGAAT TCGTTGGCCA ATAACGATGA TGTGATGAAC 
GATGAAGATG CACTGAGGCC AGATCCCGGG ATGGAGGCGG ATTTTGTGGT GGAAGACAAC 
AAGTTCGCGT TTAGCCCCGG ACAGCTGAAT AAAATGATCA ACCCTAAAAA CCTAGCAGCG 
TTTCACGCTC TTGGAGGCCT GAGAGGTCTG GAGAAGGGTC TGCGAACTGA CCGCAACAGC 
GGTCTCAGTG TAGACGAAGT TGGTTTGAGT GGCACAGTCG GCTTTCAAGA AGCGGTTCAG 
GCAGGCGCCG AAGCCGAGCA ACGCTACGGC ACTGTGAAGA GGACAACTAC CTCCAACTCG 
ATAACAGCGC CAGCCAAGAT TTCCGAAAAT TCTTTTGCGG ATCGCAAGCG CATTTTCAAG 
GACAATCGGC TTCCGGAAAA GAAGGCCAAA ACTTTCTGGC AGCTTGCCTG GATTGCCTAC 
AACGATAAAG TGCTGATTTT ACTGTCTGTC GCTGCTGTCA TCTCACTGGC GCTTGGTATT 
TACCAGACTG TCAATCCTGT GCCCTCTGAG AAGCACGAAG CTCGGGTCGA GTGGGTCGAA 
GGTGTGGCAA TCATGGTCGC CATTTTCGTC GTAACTTTCG TGGGCGCACT GAACGACTAT 
CAGAAGGAGC GTCAATTCAT CAAACTGAAC CGCAAAAAGG AAGAACGATT CGTGAAAGTC 
ATTCGATCCG GGAAGTCTCA AGAAATTTCA GTTTATGATG TGTTGGTTGG GGATGTGATG 
CATCTCGAGC CAGGCGATCT GATCCCGGTG GACGGTGTCT TTATTGAGGG TCACAACGTG 
CGATGCGATG AGTCCTCGGC CACCGGCGAA TCTGACATTA TCCGCAAAAC GCCTGCGGAC 
GAGGTCTATC ACGCGATCGA GACCCATCAG AATTTGAAGA AGATGGACCC GTTCATTCTG 
TCCGGTGGTA AGGTCGCCGA GGGCGTCGGC ACGTTCCTCG TCACTGCAAC CGGTGTCAAT 
TCCAGCTATG GCAAGACATT GATGTCCCTA CAGGACGAGA CTCAGACAAC GCCTCTCCAA 
ATGAAACTCA ATGTTCTCGC CGAGTATATT GCAAAGCTTG GTTTGGCTGC CGGTCTCTTG 
CTCTTTGTGG TGCTTTTTAT CAAGTTTCTG GCAGAACTCA AAAATATCCA AGGAGGTGCT 
CAGACCAAAG GCCAACGGTT TCTTCAAATC TTCATCGTTG CGGTCACCAT CATTGTGGTT 
GCGGTGCCAG AAGGTTTACC TTTGGCTGTC ACACTCGCCC TTGCATTTGC GACGACGAGG 
ATGCTAAAGG ACAACAACTT GGTGAGACTC CTGCGCGCTT GTGAGACCAT GGGCAATGCT 
ACTACTGTGT GCTCTGACAA GACTGGAACA TTGACACAAA ATAAAATGAC GGTTGTCGCG 
GGTACATTGT CTACCGCTTC TAGATTCGGC GATAAACAAC AGCCCATCAA CTCTACGGCA 
GAGAGTGATA CAAAGGTCTC AGGTCCTATT GTGGCTGCTA ATGATGTCTC CTCTACTGAG 
TTCTTTGCGA CACTCTCTCC GGACACGAAG TCACTCCTCA AGGATTCGAT TATCCTCAAC 
ACTACCGCGT TTGAGGGTGA AGAAGAAGGC AAGAAGGTGT TTATCGGATC CAAGACCGAA 
ACAGCTCTGC TTACATTCAT TGTCGATCAT CTTCCAGTCG AATCAATTGG TGAAGAACGC 
GCGAACGCTG ATGTTATTCA AATGGTTCCC TTCGACTCTG GCCGCAAATG TATGGCTGTC 
GTCATCAAAC TACCAAATGG CAAATATCGT ATGATGGTGA AAGGAGCTTC TGAAATCCTC 
ATATCTAAAT GCACTAGAAT CGTCAGCGAT CCGACAAAGG AGCTGGTGGA TACGCCCATA 
ACCTCGGATC AAATCGAAAC ATTGAACGGC ATAGTCAGCA ATTATGCGTC ACGATCTCTG 
CGTACCATTG CACTTCTATA TCGGGATTTC AATGAATGGC CACCGCGGGG AGCCGCTCTT 
GCGGACGATA AGAAACAGGC GGATTTTGAT AAAGTCTTCA AAGACATGGT CTTCCTGGGG 
TGTGTTGGTA TCCAGGACCC CCTTCGCCCA GGTGTTGAAA AGGCTGTTCG CGACTGTCAA 
GTTGCCGGTG TGTTTGTGCG CATGGTGACG GGTGATAACA TTATGACCGC CAAGGCGATT 
GCGACAGAAT GTGGTATCTT TACACCTGGT GGTATTGCTA TGGAAGGACC TGTTTTTCGA 
AAATTGAGCT CAAAGCAGCT GACACAGGTG ATTCCACGCC TGCAAGTACT CGCAAGATCG 
AGTCCCGACG ATAAGAAGCT GCTTGTGAGC CATCTTAAGA AGCTCGGAGA GACCGTGGCT 
GTTACTGGTG ATGGTACCAA TGATGCACCC GCGCTCAAGG CTGCAGATGT TGGCTTCTCG 
ATGGGTATCG CAGGAACGGA GGTCGCCAAG GAAGCGTCGG CTATCATCCT CATGGACGAT 
AACTTTGCGT CAATCGTCAA AGCCATTTCC TGGGGCAGAA CTGTCAACGA TGCTGTCAAG 
AAGTTCCTTC AGTTCCAAAT TACGGTGAAC ATCACTGCAG TCTTTCTAAC GTTCATTTCT 
GCGGTTGCCA ATGATGAAGA AAGCTCTGTG CTGACGGCCG TACAACTTCT GTGGGTTAAC 
TTGATTATGG ACACTTTCGC AGCTCTTGCC CTTGCCACGG ATCCCCCTTC ACCTTCCGTG 
TTAAAACGAC GACCGGAACC GAAATCGGCG CCATTGATTA CCGTCACTAT GTGGAAGATG 
ATTATTGGGC AGTCGATCTA TCAGCTGGTC GTGACACTGA TCTTGTACTT TGCTGGAAAC 
AGTATCCTGT CCTATCAAAC ACAACATGAA AAAGACCGAC TTCAGAGCAC TATCTTCAAT 
ACGTTTGTAT GGATGCAGAT TTTCAACCAG TACAATTCGC GGCGATTGGA TAACCAGTTC 
AATATTTTCG AAGGAATCCT TCGCAATTAC TGGTTCATTG GGATTCAGTT CGTCATCATT 
GGAGGCCAGT GCTTGATCAT GTTTGTTGGT GGACAGGCAT TCTCGATCAA TCAAATCAAC 
GGGGCACAAT GGGGATACTC CATTGTTCTG GGCGCACTTT CCATGCCGGT GGCAGTAATC 
ATCCGATTGA TACCCGACGA ACTGTTTGCG AGACTGATAC CCCATCTTCC GCGGAGAAAG 
AAACGTGGTC CAGAATTTGT GCTCGAAGAT GACGAAAAGG TGCAATGGAA CCCAGCGTTG 
GAAGAGATTC GAGAAGAGCT GCAATTTTTG AAGAGAATCC GTGGGGGCCG GATTTCGGAG 
CTGGCTTACA AACTGCAGCA TCCACGAGAC ACGTTTATGC CGCGGTCACG CAGCCCGTCT 
CGTTCACGAT CGAACAGCGA ACTACCGCAG ACACCAGAAG GAGATGTCAT AGTAGAGACA 
ATGACGGGGT CCCCAGTCAT ACTTACCCCA GAAAAAGTAA GACGACGGGC AAGATCGAGT 
TCGAACTCAG TTTTCGGGCC TGCCACAGCA ATGGCTGGTA TCATTGCAGG AAGCGTCGCT 
GGAGGATGGT CGCCGATTGA GAAGCGGCCT GAAGAACTCG AGACAGTGCG TTTCACCCGA 
GCTCGATCTC ATTCCGGCGT TGAAGGGACA AGCGGGATGG AAATCCATCC GGCAACGCCA 
GCAGACGACC CTGTTTTTGC CCGCTCGGCC CCCAGGGCTG GCATCCCTCC CAGCCAAGAT 
CCTGATTTGG CTCCACACTT CGAATATGCA CCGCCACATA GCCCTTCCTC GCGGTCTAAA 
GGCTCACATT CGCGACATGG GTCTTCTGCG TGA