LOC102794355 cDNA ORF clone, Neolamprologus brichardi

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102794355
Entrez Gene ID	102794355
Full Name	thrombospondin type-1 domain-containing protein 7B-like
Gene Type	protein-coding
Organism	Neolamprologus brichardi

mRNA and Protein(s)

mRNA	Protein	Name
XM_006799158.1	XP_006799221.1	thrombospondin type-1 domain-containing protein 7B-like

Pathways from BioSystems
Gene Ontology

The following LOC102794355 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102794355 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
ONe79976	XM_006799158.1 Latest version!	Neolamprologus brichardi thrombospondin type-1 domain-containing protein 7B-like (LOC102794355), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC102794355 ( XM_006799158.1 ) cDNA ORF clone, Neolamprologus brichardi -> XP_006799221.1 Neolamprologus brichardi thrombospondin type-1 domain-containing protein 7B-like (LOC102794355), mRNA.

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CloneID	ONe79976
Clone ID Related Accession (Same CDS sequence)	XM_006799158.1
Accession Version	XM_006799158.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4812bp) 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	2014-02-09
Organism	Neolamprologus brichardi
Product	thrombospondin type-1 domain-containing protein 7B-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006272061.1) 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 :: Neolamprologus brichardi Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGCTGGA CTATGACTCT AAAAGATGAC TTTGGGGTCA TTGCCTGGAC ACGGCAAGCT 
GGGAGCTACC TCAGCCTCTT CCTCCTCTTG TCTCTCTTTT CCATATCTGT CCGTTTAGAC 
AACGTGTATC CTAGAGACCA CCATTTTTCA TGGAAAGCAG GCCAGTGGGG TCAGTGTACC 
GGTGAGGAGT GTGGCTCTGG TGGGGTTCAG ACAAGGACAA TATGGTGCAT CCACATGGAG 
GGCTGGACCA CGCATCACTC CCACTGCCAT CACATGGAGA AACCAGAAAG CCAGAGACAG 
TGTTTTAAAG TCTGCGACTG GCACCAGGAT CTCTTCGAGT GGGAGGCGTC AGAGTGGGGG 
AGCTGTGTTC TTGTTCCTTT CTTTTCCAAT GAGCTCAAAT TGAGGGCAAC TGAGTGCATT 
ACAGCACAGC ATGGGATCCA GAGGCGCAAA GTCTACTGCG TACGCACCTC AAATCGAACC 
ACAGTCAGTT CGAGGATATG TGAATTCTTT TCCCAAAAAC CACCTGTGGA GCAGGCATGC 
CTTGTCCCCT GCCCCCAGGA CTGTGTGGTT TCAGACTTCA ACTCTTGGTC AAGTTGCAGC 
AAAACCTGCG GTGCTGGCCT GCAGCATCGG ACTCGACATG TTCTGGCCAC ATCAATGTAT 
GGAGGGGCAA ACTGCCCCAA CCTAACTGAG ACCAGGACTT GTTCCAGCCA TGTTGACTGC 
CCGGCTGGGG AGGACGAGTA CCAGTACAGC CTTAAAGTAG GGGCCTGGAG TGAGTGCCGA 
ATGCCCCATC ATAAGGATGC CCTATTAAGT GGAAGGACCA CAGTGGACTT CAGCACTATG 
TCCAACGAGA ACAACACAGC CACGCTGCAC ACACTAGCGT CTCACCAGCA TTTCCATCAC 
ACCCACCACC ACCTTGCTCA TGCGCACATT AAGTACCCCG CGTCGTGGGA ACTAGAGGTG 
GGATACCAGA CACGACATGT TCGCTGCACA AGAAGCGATG GCAAAAATGC TATGCTGAGC 
CTCTGTACGA AGGACAAATC CCCACTGACC TTCCAAACAT GCGTGATCCC CAAAGACTGT 
CAGACATCCG ATTGGTCATC GTGGAGCCCC TGCTCTAAGA CCTGCCGGTC CACCGACCTA 
TCCCCTGGCT ACCGCCTCCG GTCACGGATC ATGACTCAGA TCCCAGTTGG CGGGGGGAAG 
CGATGTCCTG CCCTTGAGGA AAAAGAAGCT TGCAATATCA TAGGCGATTT ACTTCCAAAC 
TGCCCCAGGT ATGTGTGGAG GACCACTGAC TGGGGCGAAT GTCGGATTCT ACCCTTACTG 
AGCCAGCAGA ACCGGAGACT GGCAAACATC AGCCTTTTAT GTGGAGGGGG CATCCAGACC 
AGGAAGACCT ACTGTGTTCA AGTCCCTGAT GCCTCAGCAC CACATCACAG AAAGGAGGTG 
TCCAGGCCTG TAAATGCTAG GCTGTGTGAT GGTGAAGAGC CTCCTTTGGC TGTCCAGCAC 
TGCTCCATTC CCTGCCAGCA TTACTGCTTG CTCACCGTGT GGTCACCCTG GGATGCATGT 
CTATATGACA GCTGCGAAGA ACCACATGGG AAGAAAGGTT TCAGACAGAG GAGGAGAGAA 
GTGCTGTGGG AGTCTAGTGG CACTCTGGGG ACGTGCCCTC ATCTGACGGA GTTCATTCCT 
TGTGACGATC CTGCCTGCTA CCTGTGGCAG GTCCAACAAG AGGGAAGATG TATTCCCACA 
AAAAACTCCT GCGGTCCTGG AACTGCGATC CAGAATGTGA CCTGTGTCAA CGCTAAAGGA 
GAAGATGTCC CCGATGCCTA CTGTGTGGAA GGCCCTCCAC TTGCAGAAGA AGCCTGCGAG 
GTGCCCTGTT CTGCAGACTG TGTGGTTGGC CCCTGGTCCT CCTGGTCCAC CTGCTCACAC 
AGCTGTGCCA GTAAAACGGC AGAGGGTAGA CAGAGCCGCA CTCGCACTGT TTTAGCCATC 
CCACAAAAAG ATGGAAAAGC TTGTCCAGCG GGTCCAGCTC TGGAGCAATG GAGAGTCTGC 
AATGACCATC CTTGTGTGGT ATTTCACTGG GAAGCTTTAG CATGGGGTCC ATGCATTGAG 
GATACCTCTA TGGCTCTCAA TGGAACCAGC CTCCAGAATG GGACCATAAC CTGTGCTGTC 
GGGGTTCAGA TCCGCAAAGT CATCTGTGTG AAGATGAATG CTGGTCCAGT CGTAAATAAA 
AGATGTTCAG ATTCTTCCCG TCCGGAAACC GTCCGTCCTT GTTTGCTACC CTGCAAGAGA 
GACTGCATTG TGACGCCTTT CAGTGAATGG ACAACTTGCC CATCAACCTG CCTTCCAGAA 
AATGCAACCA CCGCCACACA GTCTCGATAC AGGACCATCA TTCAGAGGGC TGCTAATGGA 
GGTCAAGAGT GTCCCGACAC ACTTTACGAA GAGAGAGAGT GTGAATCACT TCGTGTATGT 
CCAGTGTATA GGCATAGAGT CAGTTGTGTT GGGCAGAGTG GAGAGTCTGC CAATATGACA 
GAGTGCCTGC AATGGGCTGG TCCCTTGCCC CCTCAGATCA GAGAGTGTCG TGTGGCTTGC 
AAGGATGACT GCACTCTAAC TGCATGGTCC AAGTTCTCTG AATGTGCTGG ATGTGGCAGC 
TCTCGAATAC GAAAGCGCTC ACTTGCAGGT CGTAGCAAAA AAAAGGAAAC CTGCTTGAAT 
AAGGAGTTGC ACCCGCTGGA GGAGACAGAG ACATGTCCTT GTGATGAGTT TTTGTCCCAG 
CCCTGTGGGA ACTGGTCTGC TTGCATACTC CCTGATCCTT CGGTCTTGGG ATCATCACAG 
GGCTGGATGA GCCATCGAGA GGTGAAGGAG TGTGGCCAAG GTCTGCGCTA CAGGGCTGTT 
GCCTGCATTA ACCAGCAGGA GAACCTGGTT AGCCCTGCAC TCTGTACAGA GTCAGGCTAC 
ATTGTGGAGG TTTGCCACAT CCCTTGCCCC ATAGACTGCA AGCTCAGTGA CTGGTCAGCT 
TGGTCCCCCT GCAGTGCATC CTGTGGCAGC GGGTTAAAGA TCAGGTCTAA GTGGCTGAGA 
GAGAAAGCTT TCAATGGAGG ACGACCGTGT CCCAAACTGG ATTTAAAGAA CCAGGCTCAG 
GTGTATGAGG CTCTGCCATG CTACAGTGAA TGCAGCCAAT ACGAGTGGAG GGCCGAGCCC 
TGGTCCATTT GTACCATCAA CACTGTGGAC GACCTGCCTG CCTGTGGGGA GGGAGTCCAA 
AGCCGCAAGA TCAGGTGTGT AAAGAAAGGA ACAACGGGGA ATGGGCAAGA CAGCACTGTG 
GAGGATAGTC TGTGTGATCA AGAGGAAATG CCACCCAGAG CCCAGGTCTG CTATCTGGCA 
TGCCCCAATG ACTGCGTCAT GGCGCCCTGG GGACCTTGGA GCAACTGCCC TGTGCAATGT 
GACCAAGATA CATCAAGAAA CAGAAGCAGA CATATCCTGC GCCCCGCAGC TTCAGATAAC 
TCACCCTGTC CAGAGATGGT CCAGTCAGAG TCCTGTGTTC TTAATAGTAC ATGTTTCACC 
TACCAGTACA GAGTCTCAGA CTGGAGTACA TGCCAGCTGA GTGAAAATGC CATCTGCGGT 
CAGGGATCAC GTTTTCGTCT CCTGGACTGT ATTCGCAGCG ATGGCAAGGT TATGGAGGTG 
CAGAAGTGTG AGCAGTTTGG CTTGATCAAC AAGTGGATTC TAACAGAGAG CTGCGTAGTC 
AACTGTCCTG TCAGCTGTGT GCTCTCTGAG TGGTCGCCGT GGGCAGAATG CTCGCACAGC 
TGTGGGAGTC GAGGTCAGTC TGTGCGCAGT CGGAGAATCC TTCAGGATGC TCAAGAGGAG 
GGTCGCCCCT GTCCCAACCA GCTCATCCAG ACCAAACCAT GCCCCATAAG GCCTTGCTAC 
ATGTGGGTGC TGAGTGACTG GTCCCCATGC ACAGTAGCGG GCGCAGCATG TGGTGAGGGG 
CTTCGGAGAA GAAACCTATC ATGCATTGTC CACTGGGGAA ACTGGCATGA GTCTCCTCGT 
CAGCCAGTGA AGGAGGAACT TTGTGGAGAC GTGCTTAGGC AACGTATCCA ACAAGAGATG 
GAGCAGCCCT GTTTCGTCCC CTGCCCTGGA GACTGCCATT TGACTGAGTG GTCGTCTTGG 
AGCTCGTGCC AGTTGACCTG CCTGGAGGGG CGGAGCTTTG AAACCACCGG TCGCCAAGCG 
CGCTCCAGAG CCGTGATTAT TCAAGACATG GAGAATCAGG ACAGCTGCCC TCATCAAGTC 
TTTGAGACCC AGCCCTGTAA AGGTACTCGG GATGCCATGC ATTTTCCATG CAAAGTCATA 
CCAGCATCAG GTCACCGGTG TCAGGCAAAA GACGACTTCC TTCGGGGATG TTTCCCACAA 
AAAAGGCCCA CCACGCTAAG ACACTGTCAT CCTCCGTGCA CAAAACCGTT CTCACACTGC 
ACGCCGAGTG GAGTGTGTGG GTGTGAGAAG GGTTACACTG AGGTGATGAC CACTCACGGT 
TTCTTGGACT ACTGCACCAG AACTCCGGGG GTGGACAACA ATAAGAAAGC AGATGTGAAA 
ACTAACTCTG GCAGATTAAA ACCTGGGCCG TCTAAGGCCA AAGACCTCTA CAACGAGTGG 
ACCCTACGAC CTGTCGGCCC AGATGGAAGA GTAAAGCTGT GGGTTTACGC CGTGACTGCT 
GTTGGATTCA TCTTAATACT CTTCATTATA GCGTTATCGT TCCTGGTCTG TAAGCCATCC 
AAAACCACTA AGACGTCTCC CCCACCGCAG AAGCCCTTGA CCCTGGCCTA TGATGGTGAC 
ATGGATATGT AA

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

RefSeq	XP_006799221.1
CDS	574..5385
Translation	MGWTMTLKDDFGVIAWTRQAGSYLSLFLLLSLFSISVRLDNVYPRDHHFSWKAGQWGQCTGEECGSGGVQTRTIWCIHMEGWTTHHSHCHHMEKPESQRQCFKVCDWHQDLFEWEASEWGSCVLVPFFSNELKLRATECITAQHGIQRRKVYCVRTSNRTTVSSRICEFFSQKPPVEQACLVPCPQDCVVSDFNSWSSCSKTCGAGLQHRTRHVLATSMYGGANCPNLTETRTCSSHVDCPAGEDEYQYSLKVGAWSECRMPHHKDALLSGRTTVDFSTMSNENNTATLHTLASHQHFHHTHHHLAHAHIKYPASWELEVGYQTRHVRCTRSDGKNAMLSLCTKDKSPLTFQTCVIPKDCQTSDWSSWSPCSKTCRSTDLSPGYRLRSRIMTQIPVGGGKRCPALEEKEACNIIGDLLPNCPRYVWRTTDWGECRILPLLSQQNRRLANISLLCGGGIQTRKTYCVQVPDASAPHHRKEVSRPVNARLCDGEEPPLAVQHCSIPCQHYCLLTVWSPWDACLYDSCEEPHGKKGFRQRRREVLWESSGTLGTCPHLTEFIPCDDPACYLWQVQQEGRCIPTKNSCGPGTAIQNVTCVNAKGEDVPDAYCVEGPPLAEEACEVPCSADCVVGPWSSWSTCSHSCASKTAEGRQSRTRTVLAIPQKDGKACPAGPALEQWRVCNDHPCVVFHWEALAWGPCIEDTSMALNGTSLQNGTITCAVGVQIRKVICVKMNAGPVVNKRCSDSSRPETVRPCLLPCKRDCIVTPFSEWTTCPSTCLPENATTATQSRYRTIIQRAANGGQECPDTLYEERECESLRVCPVYRHRVSCVGQSGESANMTECLQWAGPLPPQIRECRVACKDDCTLTAWSKFSECAGCGSSRIRKRSLAGRSKKKETCLNKELHPLEETETCPCDEFLSQPCGNWSACILPDPSVLGSSQGWMSHREVKECGQGLRYRAVACINQQENLVSPALCTESGYIVEVCHIPCPIDCKLSDWSAWSPCSASCGSGLKIRSKWLREKAFNGGRPCPKLDLKNQAQVYEALPCYSECSQYEWRAEPWSICTINTVDDLPACGEGVQSRKIRCVKKGTTGNGQDSTVEDSLCDQEEMPPRAQVCYLACPNDCVMAPWGPWSNCPVQCDQDTSRNRSRHILRPAASDNSPCPEMVQSESCVLNSTCFTYQYRVSDWSTCQLSENAICGQGSRFRLLDCIRSDGKVMEVQKCEQFGLINKWILTESCVVNCPVSCVLSEWSPWAECSHSCGSRGQSVRSRRILQDAQEEGRPCPNQLIQTKPCPIRPCYMWVLSDWSPCTVAGAACGEGLRRRNLSCIVHWGNWHESPRQPVKEELCGDVLRQRIQQEMEQPCFVPCPGDCHLTEWSSWSSCQLTCLEGRSFETTGRQARSRAVIIQDMENQDSCPHQVFETQPCKGTRDAMHFPCKVIPASGHRCQAKDDFLRGCFPQKRPTTLRHCHPPCTKPFSHCTPSGVCGCEKGYTEVMTTHGFLDYCTRTPGVDNNKKADVKTNSGRLKPGPSKAKDLYNEWTLRPVGPDGRVKLWVYAVTAVGFILILFIIALSFLVCKPSKTTKTSPPPQKPLTLAYDGDMDM

Target ORF information:

RefSeq Version	XM_006799158.1
Organism	Neolamprologus brichardi
Definition	Neolamprologus brichardi thrombospondin type-1 domain-containing protein 7B-like (LOC102794355), mRNA.

Target ORF information:

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

XM_006799158.1

ORF Insert Sequence:

ATGGGCTGGA CTATGACTCT AAAAGATGAC TTTGGGGTCA TTGCCTGGAC ACGGCAAGCT 
GGGAGCTACC TCAGCCTCTT CCTCCTCTTG TCTCTCTTTT CCATATCTGT CCGTTTAGAC 
AACGTGTATC CTAGAGACCA CCATTTTTCA TGGAAAGCAG GCCAGTGGGG TCAGTGTACC 
GGTGAGGAGT GTGGCTCTGG TGGGGTTCAG ACAAGGACAA TATGGTGCAT CCACATGGAG 
GGCTGGACCA CGCATCACTC CCACTGCCAT CACATGGAGA AACCAGAAAG CCAGAGACAG 
TGTTTTAAAG TCTGCGACTG GCACCAGGAT CTCTTCGAGT GGGAGGCGTC AGAGTGGGGG 
AGCTGTGTTC TTGTTCCTTT CTTTTCCAAT GAGCTCAAAT TGAGGGCAAC TGAGTGCATT 
ACAGCACAGC ATGGGATCCA GAGGCGCAAA GTCTACTGCG TACGCACCTC AAATCGAACC 
ACAGTCAGTT CGAGGATATG TGAATTCTTT TCCCAAAAAC CACCTGTGGA GCAGGCATGC 
CTTGTCCCCT GCCCCCAGGA CTGTGTGGTT TCAGACTTCA ACTCTTGGTC AAGTTGCAGC 
AAAACCTGCG GTGCTGGCCT GCAGCATCGG ACTCGACATG TTCTGGCCAC ATCAATGTAT 
GGAGGGGCAA ACTGCCCCAA CCTAACTGAG ACCAGGACTT GTTCCAGCCA TGTTGACTGC 
CCGGCTGGGG AGGACGAGTA CCAGTACAGC CTTAAAGTAG GGGCCTGGAG TGAGTGCCGA 
ATGCCCCATC ATAAGGATGC CCTATTAAGT GGAAGGACCA CAGTGGACTT CAGCACTATG 
TCCAACGAGA ACAACACAGC CACGCTGCAC ACACTAGCGT CTCACCAGCA TTTCCATCAC 
ACCCACCACC ACCTTGCTCA TGCGCACATT AAGTACCCCG CGTCGTGGGA ACTAGAGGTG 
GGATACCAGA CACGACATGT TCGCTGCACA AGAAGCGATG GCAAAAATGC TATGCTGAGC 
CTCTGTACGA AGGACAAATC CCCACTGACC TTCCAAACAT GCGTGATCCC CAAAGACTGT 
CAGACATCCG ATTGGTCATC GTGGAGCCCC TGCTCTAAGA CCTGCCGGTC CACCGACCTA 
TCCCCTGGCT ACCGCCTCCG GTCACGGATC ATGACTCAGA TCCCAGTTGG CGGGGGGAAG 
CGATGTCCTG CCCTTGAGGA AAAAGAAGCT TGCAATATCA TAGGCGATTT ACTTCCAAAC 
TGCCCCAGGT ATGTGTGGAG GACCACTGAC TGGGGCGAAT GTCGGATTCT ACCCTTACTG 
AGCCAGCAGA ACCGGAGACT GGCAAACATC AGCCTTTTAT GTGGAGGGGG CATCCAGACC 
AGGAAGACCT ACTGTGTTCA AGTCCCTGAT GCCTCAGCAC CACATCACAG AAAGGAGGTG 
TCCAGGCCTG TAAATGCTAG GCTGTGTGAT GGTGAAGAGC CTCCTTTGGC TGTCCAGCAC 
TGCTCCATTC CCTGCCAGCA TTACTGCTTG CTCACCGTGT GGTCACCCTG GGATGCATGT 
CTATATGACA GCTGCGAAGA ACCACATGGG AAGAAAGGTT TCAGACAGAG GAGGAGAGAA 
GTGCTGTGGG AGTCTAGTGG CACTCTGGGG ACGTGCCCTC ATCTGACGGA GTTCATTCCT 
TGTGACGATC CTGCCTGCTA CCTGTGGCAG GTCCAACAAG AGGGAAGATG TATTCCCACA 
AAAAACTCCT GCGGTCCTGG AACTGCGATC CAGAATGTGA CCTGTGTCAA CGCTAAAGGA 
GAAGATGTCC CCGATGCCTA CTGTGTGGAA GGCCCTCCAC TTGCAGAAGA AGCCTGCGAG 
GTGCCCTGTT CTGCAGACTG TGTGGTTGGC CCCTGGTCCT CCTGGTCCAC CTGCTCACAC 
AGCTGTGCCA GTAAAACGGC AGAGGGTAGA CAGAGCCGCA CTCGCACTGT TTTAGCCATC 
CCACAAAAAG ATGGAAAAGC TTGTCCAGCG GGTCCAGCTC TGGAGCAATG GAGAGTCTGC 
AATGACCATC CTTGTGTGGT ATTTCACTGG GAAGCTTTAG CATGGGGTCC ATGCATTGAG 
GATACCTCTA TGGCTCTCAA TGGAACCAGC CTCCAGAATG GGACCATAAC CTGTGCTGTC 
GGGGTTCAGA TCCGCAAAGT CATCTGTGTG AAGATGAATG CTGGTCCAGT CGTAAATAAA 
AGATGTTCAG ATTCTTCCCG TCCGGAAACC GTCCGTCCTT GTTTGCTACC CTGCAAGAGA 
GACTGCATTG TGACGCCTTT CAGTGAATGG ACAACTTGCC CATCAACCTG CCTTCCAGAA 
AATGCAACCA CCGCCACACA GTCTCGATAC AGGACCATCA TTCAGAGGGC TGCTAATGGA 
GGTCAAGAGT GTCCCGACAC ACTTTACGAA GAGAGAGAGT GTGAATCACT TCGTGTATGT 
CCAGTGTATA GGCATAGAGT CAGTTGTGTT GGGCAGAGTG GAGAGTCTGC CAATATGACA 
GAGTGCCTGC AATGGGCTGG TCCCTTGCCC CCTCAGATCA GAGAGTGTCG TGTGGCTTGC 
AAGGATGACT GCACTCTAAC TGCATGGTCC AAGTTCTCTG AATGTGCTGG ATGTGGCAGC 
TCTCGAATAC GAAAGCGCTC ACTTGCAGGT CGTAGCAAAA AAAAGGAAAC CTGCTTGAAT 
AAGGAGTTGC ACCCGCTGGA GGAGACAGAG ACATGTCCTT GTGATGAGTT TTTGTCCCAG 
CCCTGTGGGA ACTGGTCTGC TTGCATACTC CCTGATCCTT CGGTCTTGGG ATCATCACAG 
GGCTGGATGA GCCATCGAGA GGTGAAGGAG TGTGGCCAAG GTCTGCGCTA CAGGGCTGTT 
GCCTGCATTA ACCAGCAGGA GAACCTGGTT AGCCCTGCAC TCTGTACAGA GTCAGGCTAC 
ATTGTGGAGG TTTGCCACAT CCCTTGCCCC ATAGACTGCA AGCTCAGTGA CTGGTCAGCT 
TGGTCCCCCT GCAGTGCATC CTGTGGCAGC GGGTTAAAGA TCAGGTCTAA GTGGCTGAGA 
GAGAAAGCTT TCAATGGAGG ACGACCGTGT CCCAAACTGG ATTTAAAGAA CCAGGCTCAG 
GTGTATGAGG CTCTGCCATG CTACAGTGAA TGCAGCCAAT ACGAGTGGAG GGCCGAGCCC 
TGGTCCATTT GTACCATCAA CACTGTGGAC GACCTGCCTG CCTGTGGGGA GGGAGTCCAA 
AGCCGCAAGA TCAGGTGTGT AAAGAAAGGA ACAACGGGGA ATGGGCAAGA CAGCACTGTG 
GAGGATAGTC TGTGTGATCA AGAGGAAATG CCACCCAGAG CCCAGGTCTG CTATCTGGCA 
TGCCCCAATG ACTGCGTCAT GGCGCCCTGG GGACCTTGGA GCAACTGCCC TGTGCAATGT 
GACCAAGATA CATCAAGAAA CAGAAGCAGA CATATCCTGC GCCCCGCAGC TTCAGATAAC 
TCACCCTGTC CAGAGATGGT CCAGTCAGAG TCCTGTGTTC TTAATAGTAC ATGTTTCACC 
TACCAGTACA GAGTCTCAGA CTGGAGTACA TGCCAGCTGA GTGAAAATGC CATCTGCGGT 
CAGGGATCAC GTTTTCGTCT CCTGGACTGT ATTCGCAGCG ATGGCAAGGT TATGGAGGTG 
CAGAAGTGTG AGCAGTTTGG CTTGATCAAC AAGTGGATTC TAACAGAGAG CTGCGTAGTC 
AACTGTCCTG TCAGCTGTGT GCTCTCTGAG TGGTCGCCGT GGGCAGAATG CTCGCACAGC 
TGTGGGAGTC GAGGTCAGTC TGTGCGCAGT CGGAGAATCC TTCAGGATGC TCAAGAGGAG 
GGTCGCCCCT GTCCCAACCA GCTCATCCAG ACCAAACCAT GCCCCATAAG GCCTTGCTAC 
ATGTGGGTGC TGAGTGACTG GTCCCCATGC ACAGTAGCGG GCGCAGCATG TGGTGAGGGG 
CTTCGGAGAA GAAACCTATC ATGCATTGTC CACTGGGGAA ACTGGCATGA GTCTCCTCGT 
CAGCCAGTGA AGGAGGAACT TTGTGGAGAC GTGCTTAGGC AACGTATCCA ACAAGAGATG 
GAGCAGCCCT GTTTCGTCCC CTGCCCTGGA GACTGCCATT TGACTGAGTG GTCGTCTTGG 
AGCTCGTGCC AGTTGACCTG CCTGGAGGGG CGGAGCTTTG AAACCACCGG TCGCCAAGCG 
CGCTCCAGAG CCGTGATTAT TCAAGACATG GAGAATCAGG ACAGCTGCCC TCATCAAGTC 
TTTGAGACCC AGCCCTGTAA AGGTACTCGG GATGCCATGC ATTTTCCATG CAAAGTCATA 
CCAGCATCAG GTCACCGGTG TCAGGCAAAA GACGACTTCC TTCGGGGATG TTTCCCACAA 
AAAAGGCCCA CCACGCTAAG ACACTGTCAT CCTCCGTGCA CAAAACCGTT CTCACACTGC 
ACGCCGAGTG GAGTGTGTGG GTGTGAGAAG GGTTACACTG AGGTGATGAC CACTCACGGT 
TTCTTGGACT ACTGCACCAG AACTCCGGGG GTGGACAACA ATAAGAAAGC AGATGTGAAA 
ACTAACTCTG GCAGATTAAA ACCTGGGCCG TCTAAGGCCA AAGACCTCTA CAACGAGTGG 
ACCCTACGAC CTGTCGGCCC AGATGGAAGA GTAAAGCTGT GGGTTTACGC CGTGACTGCT 
GTTGGATTCA TCTTAATACT CTTCATTATA GCGTTATCGT TCCTGGTCTG TAAGCCATCC 
AAAACCACTA AGACGTCTCC CCCACCGCAG AAGCCCTTGA CCCTGGCCTA TGATGGTGAC 
ATGGATATGT AA