CNTNAP1 cDNA ORF clone, Bos mutus(wild yak)

Gene
Clones
gRNAs

Summary

Gene Symbol	CNTNAP1
Entrez Gene ID	102278066
Full Name	contactin associated protein 1
Gene Type	protein-coding
Organism	Bos mutus(wild yak)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005899187.2	XP_005899249.1	contactin-associated protein 1

Pathways from BioSystems
Gene Ontology

The following CNTNAP1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CNTNAP1 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
OBo13015	XM_005899187.2 Latest version!	Bos mutus contactin associated protein 1 (CNTNAP1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

CNTNAP1 ( XM_005899187.2 ) cDNA ORF clone, Bos mutus(wild yak) -> XP_005899249.1 Bos mutus contactin associated protein 1 (CNTNAP1), mRNA.

Price & Availability↑

CloneID	OBo13015
Clone ID Related Accession (Same CDS sequence)	XM_005899187.2
Accession Version	XM_005899187.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4185bp) 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	2015-10-25
Organism	Bos mutus(wild yak)
Product	contactin-associated protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005394079.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Oct 26, 2015 this sequence version replaced XM_005899187.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bos mutus Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGCGTT TCCGGCTTTT CTGCATCCTA CTCGCCGCGG TCTCAGGAGC CCGGGGCTGG 
GGCTACTACG GCTGCGACGA GGAGCTGGTC GGGCCCCTGT ATGCACGCTC CCTGGGCGCC 
TCCTCCTACT ATGGGCTCTT CACTGCGCCC CGATTTGCCC GGCTGCACGG CATAAGCGGA 
TGGTCTCCCC GGATTGGGGA CCCAAATCCC TGGCTGCAGA TCGACCTAAT GAAGAAGCAC 
CGGATTCGGG CTGTGGCCAC GCAGGGCTCC TTTAACTCGT GGGACTGGGT CACACGTTAC 
ATGCTGCTCT ACGGCGACCG AGTGGACAGC TGGACACCGT TCTATCAGCG AGGGCACAAC 
GCGACCTTCT TCGGTAACGT GAACGAGTCG GCGGTGGTTC GCCACGACCT GCACTATCAC 
TTCACGGCGC GCTACATCCG CATCGTGCCC TTGGCTTGGA ACCCGCGCGG CAAGATCGGC 
CTGAGGCTTG GCCTCTACGG CTGCCCTTAC AAGTCCGACG TGCTGTATTT CGATGGCGAT 
GATGCCATCT CGTACCGCTT CCCGAGAGGG GTCAGCCGGA GTCTGTGGGA CGTGTTCGCC 
TTCAGCTTCA AAACCGAAGA AAAGGACGGG CTCCTGTTGC ACGCCGAGGG CGCCCAGGGC 
GACTACGTGA CACTCGAGCT GCAGGGGGCG CACTTGCTGC TGCACATGAG CCTGGGCAGC 
AGCCCCATCC AGCCAAGGCC GGGTCACACG ACCGTGAGCG CTGGCGGCGT CCTCAATGAC 
CAGCACTGGC ATTACGTGCG TGTCGACCGA TTTGGCCGTG AGGCAAATCT CACCCTGGAC 
GGCTACGTGC AGCGCTTCGT GCTCAATGGC GACTTCGAGA GACTGAACCT GGACAACGAG 
ATGTTCATCG GGGGGCTGGT GGGCGCCGCG CAGAAGAACC TTGCCTATCG GCATAATTTC 
CGCGGCTGCA TAGAAAACGT CATCTTCAAC AGAGTCAACA TCGCGGACCT GGCCGTGCGG 
CGCCATTCCC GGATCACCTT CGAGGGTAAG GTGGCGTTCC GTTGCCTGGA CCCGGTTCCT 
CATCCCATCA ATTTCGGAGG TCCTCACAAC TTCGTGCAAG TGCCTGGCTT CCCCCGCCGC 
GGCCGCCTCG CAGTCTCTTT TCGCTTCCGC ACCTGGGATC TCACTGGGCT GCTGCTTTTC 
TCCTCCCTGG GGGATGGGTT GGGCCACGTG GAGCTGATGC TCAGTGAAGG GCAGGTCAAC 
GTGTCGGTGG TGCAGACCGG CCGAAAGAAG CTTCAGTTTG CCGCTGGGTT CCGCCTGAAT 
GATGGCTTTT GGCATGAGGT GAATTTTGTG GCCCAGGAAA ACCATGCAGT CATCAGCATT 
GATGATGTGG AGGGGGCAGA GGTCAGGGTC TCATACCCAC TGCTGATCCG TACAGGAACC 
TCATACTTCT TTGGAGGTTG TCCCAAGCCA GCCAGTCGAT CGGGCTGCCA CTCCAACCAG 
ACGGCGTTCC ATGGCTGCAT GGAGCTGCTC AAGGTGGATG GTCAACTGGT CAACCTGACT 
CTGGTGGAGG GCCGGCGGCT TGGATACTAT GCTGAGGTCC TCTTTGACAC ATGTGGCATC 
ACTGATAGGT GCAGCCCTAA CATGTGTGAG CATGACGGTC GCTGCTACCA GTCTTGGGAT 
GACTTCATCT GCTACTGTGA ACTGACAGGC TACAAGGGGG AGACCTGCCA CCAGCCTTTG 
TATAAGGAAT CCTGTGAGGC TTATCGACTC AGTGGGAAAA CTTCTGGAAA CTTCACCATT 
GATCCTGATG GTAGTGGCCC TCTGAAGCCA TTTGTGGTGT ACTGTGATAT CCGAGAGAAC 
CGGGCATGGA CAGTTGTGCG CCATGACAGG CTGTGGACGA CTCGGGTGAC AGGTTCCAGC 
ATGGAGCGGC CATTCCTCGG GGCCGTCCAG TATTGGAATG CATCCTGGGA GGAGGTCAGT 
GCCCTGGCCA ATGCTTCCCA GCACTGTGAG CAGTGGATCG AGTTCTCCTG CTACAATTCC 
CGGCTGCTCA ACACAGCAGG AGGCTACCCC TACAGCTTTT GGATTGGCCG AAACGAGGAG 
CAGCACTTCT ACTGGGGCGG CTCGCAGCCT GGGATCCAGC GCTGTGCCTG TGGTCTGGAC 
CGGAGCTGCG TGGACCCCGC TCTGCACTGT AACTGTGACG CCGACCAGCC CCAGTGGAGA 
ACCGACAAGG GCCTGCTGAC CTTTGTGGAC CATCTGCCTG TCACTCAGGT GGTGGTGGGG 
GACACGAACC GCTCCAGTTC GGAGGCCCAG TTCTTTCTGA GGCCTCTGCG GTGCTACGGC 
GACCGAAATT CCTGGAACAC CATCTCCTTC CACACTGGGG CTGCACTACG CTTTCCCCCA 
ATCCGGGCCA ACCACAGCCT TGACGTCTCT TTCTACTTCA GGACCTCGGC TCCCTCAGGA 
GTTTTCCTAG AGAATATGGG GGGCCCTTAC TGCCAGTGGC GCCGACCTTA TGTGCGGGTG 
GAACTCAACA CATCCCGGGA CGTAGTCTTC GCCTTTGACG TGGGGAATGG GGATGAGAAC 
CTGACGGTGC ACTCAGACGA CTTCGAGTTC AACGACGATG AGTGGCACCT CGTCCGGGCG 
GAAATCAACG TGAAGCAGGC CCGGCTCCGC GTGGATCACC GGCCCTGGGT GCTACGGCCG 
ATGCCCCTGC AGACCTACAT CTGGCTGGAG TACGACCGGC CCCTGTATGT TGGATCTGCA 
GAGCTTAAGA GGCGGCCTTT CGTGGGTTGC TTGAGGGCTA TGCGTCTGAA TGGAGTGACT 
CTGAACCTGG AAGGCCGTGC CAATGCCTCT GAGGGTACCT CACCCAACTG CACAGGCCAC 
TGCGCCCACC CCCGCTTCCC CTGTTTCCAT GGCGGCCGCT GTGTGGAGCG CTACAGCTAC 
TACACCTGTG ACTGTGACCT CACGGCTTTC GATGGGCCAT ACTGCAACCA TGACATTGGC 
GGTTTCTTTG AGCCTGGCAC CTGGATGCGC TATAACCTCC AGTCGGCGCT GCGCTCCGCA 
GCCCGGGAGT TCTCCCACAT GCTGAGCCGG CCAGTGCCGG GCTACGAGCC TGGTTACATC 
CCTGGCTATG ATACTCCCGG CTACGTGCCT GGCTACCATG GCCCTGGGTA CCGTCTGCCT 
GATTACCCGC GGCCAGGCCG GCCGGTGCCA GGCTACCGTG GACCTGTCTA CAACGTCACT 
GGAGAGGAGG TGTCCTTCAG CTTCAGCACC CAGTCTGCCC CCGCCGTCCT GCTCTATGTC 
AGCTCCTTTG TGCGTGACTA CATGGCCGTG CTCATTAAGG AAGATGGGAC CTTGCAGCTG 
CGCTACCAGC TGGGCACCAG CCCCTATGTG TACCAGCTCA CCACCCGCCC TGTGACGGAC 
GGCCAGCCCC ACAGTGTCAA CATCACCCGG GTCTACCGCA ACCTCTTCAT CCAGGTGGAC 
TACTTCTCCC TGACGGAACA GAAGTTCTCA CTGTTGGTGG ACAGCCAGCT AGACTCGCCC 
AAGGCCTTGT ATTTGGGGCG CGTTATGGAG ACTGGAGTGA TTGACCCAGA GATCCAGCGC 
TACAACACGC CGGGTTTCTC GGGCTGCCTG TCTGGTGTCC GATTCAACAA CGTGGCTCCT 
CTCAAGACCC ACTTCCGAAC GCCTCGACCC ATGACCGCGG AGCTGGCTGA GGCCCTTCGT 
GTCCAGGGAG AGCTGTCTGA GTCTAACTGT GGAGCCATGC CACGCCTTGT CTCAGAGGTG 
CCCCCTGAGC TGGACCCCTG GTATCTTCCC CCAGACTTCC CGTACTACCA TGATGACGGA 
TGGGTTGCTA TACTTTTGGG CTTTTTGGTG GCCTTCTTGC TGCTGGGACT GGTGGGAATG 
TTGGTGCTCT TCTATCTACA GAATCATCGC TACAAGGGCT CCTACCACAC CAATGAGCCC 
AAGGCCACAC ATGATTACCA CGCTGGCAGC AAACCTCCCC TGCCTACTTC AGGCCCGGTC 
CCGGCCCCAG CCCCAGCCTC AGCCCCGACC CCAACACCAG CTTCCACCCA AGTTCCAGCT 
CCAGCTCCAG CTCCAGCCCC AGCCCCAGCC GCAGCCCCAG CCCCAGCCCC TGGCCCCCGG 
GACCAAAACC TACCCCAGAT TCTGGAGGAG TCCAGATCTG AATGA

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

RefSeq	XP_005899249.1
CDS	1..4185
Translation	MMRFRLFCILLAAVSGARGWGYYGCDEELVGPLYARSLGASSYYGLFTAPRFARLHGISGWSPRIGDPNPWLQIDLMKKHRIRAVATQGSFNSWDWVTRYMLLYGDRVDSWTPFYQRGHNATFFGNVNESAVVRHDLHYHFTARYIRIVPLAWNPRGKIGLRLGLYGCPYKSDVLYFDGDDAISYRFPRGVSRSLWDVFAFSFKTEEKDGLLLHAEGAQGDYVTLELQGAHLLLHMSLGSSPIQPRPGHTTVSAGGVLNDQHWHYVRVDRFGREANLTLDGYVQRFVLNGDFERLNLDNEMFIGGLVGAAQKNLAYRHNFRGCIENVIFNRVNIADLAVRRHSRITFEGKVAFRCLDPVPHPINFGGPHNFVQVPGFPRRGRLAVSFRFRTWDLTGLLLFSSLGDGLGHVELMLSEGQVNVSVVQTGRKKLQFAAGFRLNDGFWHEVNFVAQENHAVISIDDVEGAEVRVSYPLLIRTGTSYFFGGCPKPASRSGCHSNQTAFHGCMELLKVDGQLVNLTLVEGRRLGYYAEVLFDTCGITDRCSPNMCEHDGRCYQSWDDFICYCELTGYKGETCHQPLYKESCEAYRLSGKTSGNFTIDPDGSGPLKPFVVYCDIRENRAWTVVRHDRLWTTRVTGSSMERPFLGAVQYWNASWEEVSALANASQHCEQWIEFSCYNSRLLNTAGGYPYSFWIGRNEEQHFYWGGSQPGIQRCACGLDRSCVDPALHCNCDADQPQWRTDKGLLTFVDHLPVTQVVVGDTNRSSSEAQFFLRPLRCYGDRNSWNTISFHTGAALRFPPIRANHSLDVSFYFRTSAPSGVFLENMGGPYCQWRRPYVRVELNTSRDVVFAFDVGNGDENLTVHSDDFEFNDDEWHLVRAEINVKQARLRVDHRPWVLRPMPLQTYIWLEYDRPLYVGSAELKRRPFVGCLRAMRLNGVTLNLEGRANASEGTSPNCTGHCAHPRFPCFHGGRCVERYSYYTCDCDLTAFDGPYCNHDIGGFFEPGTWMRYNLQSALRSAAREFSHMLSRPVPGYEPGYIPGYDTPGYVPGYHGPGYRLPDYPRPGRPVPGYRGPVYNVTGEEVSFSFSTQSAPAVLLYVSSFVRDYMAVLIKEDGTLQLRYQLGTSPYVYQLTTRPVTDGQPHSVNITRVYRNLFIQVDYFSLTEQKFSLLVDSQLDSPKALYLGRVMETGVIDPEIQRYNTPGFSGCLSGVRFNNVAPLKTHFRTPRPMTAELAEALRVQGELSESNCGAMPRLVSEVPPELDPWYLPPDFPYYHDDGWVAILLGFLVAFLLLGLVGMLVLFYLQNHRYKGSYHTNEPKATHDYHAGSKPPLPTSGPVPAPAPASAPTPTPASTQVPAPAPAPAPAPAAAPAPAPGPRDQNLPQILEESRSE

Target ORF information:

RefSeq Version	XM_005899187.2
Organism	Bos mutus(wild yak)
Definition	Bos mutus contactin associated protein 1 (CNTNAP1), mRNA.

Target ORF information:

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

XM_005899187.2

ORF Insert Sequence:

ATGATGCGTT TCCGGCTTTT CTGCATCCTA CTCGCCGCGG TCTCAGGAGC CCGGGGCTGG 
GGCTACTACG GCTGCGACGA GGAGCTGGTC GGGCCCCTGT ATGCACGCTC CCTGGGCGCC 
TCCTCCTACT ATGGGCTCTT CACTGCGCCC CGATTTGCCC GGCTGCACGG CATAAGCGGA 
TGGTCTCCCC GGATTGGGGA CCCAAATCCC TGGCTGCAGA TCGACCTAAT GAAGAAGCAC 
CGGATTCGGG CTGTGGCCAC GCAGGGCTCC TTTAACTCGT GGGACTGGGT CACACGTTAC 
ATGCTGCTCT ACGGCGACCG AGTGGACAGC TGGACACCGT TCTATCAGCG AGGGCACAAC 
GCGACCTTCT TCGGTAACGT GAACGAGTCG GCGGTGGTTC GCCACGACCT GCACTATCAC 
TTCACGGCGC GCTACATCCG CATCGTGCCC TTGGCTTGGA ACCCGCGCGG CAAGATCGGC 
CTGAGGCTTG GCCTCTACGG CTGCCCTTAC AAGTCCGACG TGCTGTATTT CGATGGCGAT 
GATGCCATCT CGTACCGCTT CCCGAGAGGG GTCAGCCGGA GTCTGTGGGA CGTGTTCGCC 
TTCAGCTTCA AAACCGAAGA AAAGGACGGG CTCCTGTTGC ACGCCGAGGG CGCCCAGGGC 
GACTACGTGA CACTCGAGCT GCAGGGGGCG CACTTGCTGC TGCACATGAG CCTGGGCAGC 
AGCCCCATCC AGCCAAGGCC GGGTCACACG ACCGTGAGCG CTGGCGGCGT CCTCAATGAC 
CAGCACTGGC ATTACGTGCG TGTCGACCGA TTTGGCCGTG AGGCAAATCT CACCCTGGAC 
GGCTACGTGC AGCGCTTCGT GCTCAATGGC GACTTCGAGA GACTGAACCT GGACAACGAG 
ATGTTCATCG GGGGGCTGGT GGGCGCCGCG CAGAAGAACC TTGCCTATCG GCATAATTTC 
CGCGGCTGCA TAGAAAACGT CATCTTCAAC AGAGTCAACA TCGCGGACCT GGCCGTGCGG 
CGCCATTCCC GGATCACCTT CGAGGGTAAG GTGGCGTTCC GTTGCCTGGA CCCGGTTCCT 
CATCCCATCA ATTTCGGAGG TCCTCACAAC TTCGTGCAAG TGCCTGGCTT CCCCCGCCGC 
GGCCGCCTCG CAGTCTCTTT TCGCTTCCGC ACCTGGGATC TCACTGGGCT GCTGCTTTTC 
TCCTCCCTGG GGGATGGGTT GGGCCACGTG GAGCTGATGC TCAGTGAAGG GCAGGTCAAC 
GTGTCGGTGG TGCAGACCGG CCGAAAGAAG CTTCAGTTTG CCGCTGGGTT CCGCCTGAAT 
GATGGCTTTT GGCATGAGGT GAATTTTGTG GCCCAGGAAA ACCATGCAGT CATCAGCATT 
GATGATGTGG AGGGGGCAGA GGTCAGGGTC TCATACCCAC TGCTGATCCG TACAGGAACC 
TCATACTTCT TTGGAGGTTG TCCCAAGCCA GCCAGTCGAT CGGGCTGCCA CTCCAACCAG 
ACGGCGTTCC ATGGCTGCAT GGAGCTGCTC AAGGTGGATG GTCAACTGGT CAACCTGACT 
CTGGTGGAGG GCCGGCGGCT TGGATACTAT GCTGAGGTCC TCTTTGACAC ATGTGGCATC 
ACTGATAGGT GCAGCCCTAA CATGTGTGAG CATGACGGTC GCTGCTACCA GTCTTGGGAT 
GACTTCATCT GCTACTGTGA ACTGACAGGC TACAAGGGGG AGACCTGCCA CCAGCCTTTG 
TATAAGGAAT CCTGTGAGGC TTATCGACTC AGTGGGAAAA CTTCTGGAAA CTTCACCATT 
GATCCTGATG GTAGTGGCCC TCTGAAGCCA TTTGTGGTGT ACTGTGATAT CCGAGAGAAC 
CGGGCATGGA CAGTTGTGCG CCATGACAGG CTGTGGACGA CTCGGGTGAC AGGTTCCAGC 
ATGGAGCGGC CATTCCTCGG GGCCGTCCAG TATTGGAATG CATCCTGGGA GGAGGTCAGT 
GCCCTGGCCA ATGCTTCCCA GCACTGTGAG CAGTGGATCG AGTTCTCCTG CTACAATTCC 
CGGCTGCTCA ACACAGCAGG AGGCTACCCC TACAGCTTTT GGATTGGCCG AAACGAGGAG 
CAGCACTTCT ACTGGGGCGG CTCGCAGCCT GGGATCCAGC GCTGTGCCTG TGGTCTGGAC 
CGGAGCTGCG TGGACCCCGC TCTGCACTGT AACTGTGACG CCGACCAGCC CCAGTGGAGA 
ACCGACAAGG GCCTGCTGAC CTTTGTGGAC CATCTGCCTG TCACTCAGGT GGTGGTGGGG 
GACACGAACC GCTCCAGTTC GGAGGCCCAG TTCTTTCTGA GGCCTCTGCG GTGCTACGGC 
GACCGAAATT CCTGGAACAC CATCTCCTTC CACACTGGGG CTGCACTACG CTTTCCCCCA 
ATCCGGGCCA ACCACAGCCT TGACGTCTCT TTCTACTTCA GGACCTCGGC TCCCTCAGGA 
GTTTTCCTAG AGAATATGGG GGGCCCTTAC TGCCAGTGGC GCCGACCTTA TGTGCGGGTG 
GAACTCAACA CATCCCGGGA CGTAGTCTTC GCCTTTGACG TGGGGAATGG GGATGAGAAC 
CTGACGGTGC ACTCAGACGA CTTCGAGTTC AACGACGATG AGTGGCACCT CGTCCGGGCG 
GAAATCAACG TGAAGCAGGC CCGGCTCCGC GTGGATCACC GGCCCTGGGT GCTACGGCCG 
ATGCCCCTGC AGACCTACAT CTGGCTGGAG TACGACCGGC CCCTGTATGT TGGATCTGCA 
GAGCTTAAGA GGCGGCCTTT CGTGGGTTGC TTGAGGGCTA TGCGTCTGAA TGGAGTGACT 
CTGAACCTGG AAGGCCGTGC CAATGCCTCT GAGGGTACCT CACCCAACTG CACAGGCCAC 
TGCGCCCACC CCCGCTTCCC CTGTTTCCAT GGCGGCCGCT GTGTGGAGCG CTACAGCTAC 
TACACCTGTG ACTGTGACCT CACGGCTTTC GATGGGCCAT ACTGCAACCA TGACATTGGC 
GGTTTCTTTG AGCCTGGCAC CTGGATGCGC TATAACCTCC AGTCGGCGCT GCGCTCCGCA 
GCCCGGGAGT TCTCCCACAT GCTGAGCCGG CCAGTGCCGG GCTACGAGCC TGGTTACATC 
CCTGGCTATG ATACTCCCGG CTACGTGCCT GGCTACCATG GCCCTGGGTA CCGTCTGCCT 
GATTACCCGC GGCCAGGCCG GCCGGTGCCA GGCTACCGTG GACCTGTCTA CAACGTCACT 
GGAGAGGAGG TGTCCTTCAG CTTCAGCACC CAGTCTGCCC CCGCCGTCCT GCTCTATGTC 
AGCTCCTTTG TGCGTGACTA CATGGCCGTG CTCATTAAGG AAGATGGGAC CTTGCAGCTG 
CGCTACCAGC TGGGCACCAG CCCCTATGTG TACCAGCTCA CCACCCGCCC TGTGACGGAC 
GGCCAGCCCC ACAGTGTCAA CATCACCCGG GTCTACCGCA ACCTCTTCAT CCAGGTGGAC 
TACTTCTCCC TGACGGAACA GAAGTTCTCA CTGTTGGTGG ACAGCCAGCT AGACTCGCCC 
AAGGCCTTGT ATTTGGGGCG CGTTATGGAG ACTGGAGTGA TTGACCCAGA GATCCAGCGC 
TACAACACGC CGGGTTTCTC GGGCTGCCTG TCTGGTGTCC GATTCAACAA CGTGGCTCCT 
CTCAAGACCC ACTTCCGAAC GCCTCGACCC ATGACCGCGG AGCTGGCTGA GGCCCTTCGT 
GTCCAGGGAG AGCTGTCTGA GTCTAACTGT GGAGCCATGC CACGCCTTGT CTCAGAGGTG 
CCCCCTGAGC TGGACCCCTG GTATCTTCCC CCAGACTTCC CGTACTACCA TGATGACGGA 
TGGGTTGCTA TACTTTTGGG CTTTTTGGTG GCCTTCTTGC TGCTGGGACT GGTGGGAATG 
TTGGTGCTCT TCTATCTACA GAATCATCGC TACAAGGGCT CCTACCACAC CAATGAGCCC 
AAGGCCACAC ATGATTACCA CGCTGGCAGC AAACCTCCCC TGCCTACTTC AGGCCCGGTC 
CCGGCCCCAG CCCCAGCCTC AGCCCCGACC CCAACACCAG CTTCCACCCA AGTTCCAGCT 
CCAGCTCCAG CTCCAGCCCC AGCCCCAGCC GCAGCCCCAG CCCCAGCCCC TGGCCCCCGG 
GACCAAAACC TACCCCAGAT TCTGGAGGAG TCCAGATCTG AATGA