LOC108577076 cDNA ORF clone, Habropoda laboriosa

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108577076
Entrez Gene ID	108577076
Full Name	BAI1-associated protein 3
Gene Type	protein-coding
Organism	Habropoda laboriosa

mRNA and Protein(s)

mRNA	Protein	Name
XM_017940174.1	XP_017795663.1	BAI1-associated protein 3

Pathways from BioSystems
Gene Ontology

The following LOC108577076 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108577076 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
OHa68330	XM_017940174.1 Latest version!	Habropoda laboriosa BAI1-associated protein 3 (LOC108577076), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC108577076 ( XM_017940174.1 ) cDNA ORF clone, Habropoda laboriosa -> XP_017795663.1 Habropoda laboriosa BAI1-associated protein 3 (LOC108577076), mRNA.

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CloneID	OHa68330
Clone ID Related Accession (Same CDS sequence)	XM_017940174.1
Accession Version	XM_017940174.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4005bp) 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	2016-08-25
Organism	Habropoda laboriosa
Product	BAI1-associated protein 3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017100724.1) 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 :: Habropoda laboriosa Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGCTTCT TCAACTCGTT GCAGCAATAC GTGAGCGACA GCGTCGCGAA TTTGAGCCTC 
AGCCCGAAGA GGTTCTCGTT CAGCCGGGAA GACTCCGCGT CTAGCGCGAC CGGAAGGAGC 
GGCTCCACCG GAAGCGTCAC TGGCACGACG AACACCAACT CGACCGCGCA ACAGTCGACC 
CCTCATGGCT ATCCAAAGGT GGTGCCACCA CCGGGCACAG TGTCGAGCTC CCATGGACGT 
TCGCTGTCTA CGCGCAGACG AACCCTCGAT TCCACTTCCG TTCCAGGGCT CACGGTGCAC 
CCAGCTGCCG GAAGTGGATC TGGCAGCACG TCGCCCCGCA GAGTCGGTTC TTTTCGCAGG 
AGCACAGGTT CCGGCGATCG ACCGCCTTTG ATGTTCTGCC GAAGGAGACC CTCTTGGCCG 
GAAGTCGACA TACAAGCCAC TTCCGGGATT CAAGACACAG ACGGCTCCTT CTTTGAAAGT 
TTCACCGCGT TATCTTGGAA GCAGCAAAAT CGAAGGCTTG TGGTTCTTCA GGAAGTGGAG 
GCAAGGGCGA AGGAACCACC ACCTCCGTCC AGAGACACCA GTTTGACGAC AACGTCTTAT 
CGTTTCACCA AAAAGGAGCT GGAACAGTTG TACATAGAAG TCCTTTACAC GATCGCCAAC 
ACGGTCGGAG CAAGTACGGG ACAATACGCG CACTACAAAG AGGATCTTTA TAGGTACGCG 
CAGGAGGCTT TCGGGGTTCC ACAGGATCAA CATCGACGCT ATCTGAACAT CGCGTCCGAG 
GAAAAGCCTC CCATAGTTGT CCTTAGCGTG GTTGTGGTCG AAGCAGAGGG ACTCGAGGCG 
AAGGATGCGA ACGGATTCAG CGATCCCTAC TGCATGCTGG GAATTCAACC GGGTAATACA 
GGAGCACCGT TAAGCCCGCA GACGAATTTA ACGGCGCACT CGCCCCATAC GCCGCCTGCG 
TCACCGAGAC AAGCGACGCG TGCCCTTTCT GACGGCGGTG AAACCGAGAA TTCTCATCAT 
GAGAAATTAC GGAAACACCA TAGTTTCAGG TTGTCGTTCA AGCGCAAGGA GCACACGAGC 
AGACGCGAGC ATCGAGAATC GTTGAGCGGT GCTGTGCCGG CGAAGTTTAT ACGCGCGACC 
ACGGTGAAGC CGCACACGCT GAGCCCGCGA TGGAACGAGA AGTTTCGTTT CGATATCGAC 
GACATTAACA CGGACATCCT GCACCTGGAC ATATGGGACC ACGACGACGA ATCCTCGGTA 
TTCGACGCAG TGAGCAAGCT GAATGAAGTG CGCGGCGTAA AAGGGCTCGG AAGATTCTTC 
AAGCAGATCG CGCAGAGCGC GAGATCTGGA GGACAGGATG ACTTTCTTGG CTGCGTGAAT 
ATTCCCCTTC AGGATATTCC AAGCACCGGA CTGGATCGAT GGTACAAACT AGAGGCCAGA 
ACGCAACGAA GTACTATTCA GGGTAGAATT AGATTAAAGC TGTGGCTATC AACGAGAGAA 
GACACGGGAA CGTCCGAAGA AGACAACTGG GGAGAGCTCA GGCAACAAGA GAGGCTTTAC 
ACCGTGTTTC TCAATCATGA AATGAACAAA CAAGGGGAAG ACTTCACGGG AGAATTGCCA 
CAAACGGCAC TAACGATTCT TCATCAACAC GCCGTCCAAG GTGATGTCAC GGAGCTGCAA 
CAAGCGCTAG TTAAGTGGGT GGCAACATCC AGGCAATCAG CATGCGATCC AAGAATCCTT 
CATCGTCTTC TTCAGGAGCT GGACAATTTA TGGCACACGG ACACGCTTTC TCGAGACGAG 
GAACAATGTC TGGCCGAATC GTTCAACGAG TTTCTCGACG TAACGTTGAA AAGAGTACGA 
CAGCATCGAG TGCTCTTTCC ACCTTTGCAT CGAGCGTCGA TCTCGAAGCT GGATTATCTC 
CTTAGATGTT TAGGACTGCT GTCAAATATG AAGGCTTTCC GAGCGTGTTG CCCGTTCAAC 
AAGGAAATTC GCGGGGAAAT AATAACCGCC TTGAGGAAAG GAACTCTCGA ATGGTACGAG 
GACACGAGGC AGCAGACAAT GTGTTACGAT AAAGAGCCTG ATCAGGATGC AGATAAAGTC 
CTGCAAGACT TCACGAACTT GGTAACTGCG TTACTGGTAG ACTTGGAGCA AGGACTCACT 
TATTACAACA GCCTCTTCGA AAGTACGAAC GGCGTGCCAT ATTTCTCGGC GGTGTATAAA 
CAATTGGACA AGCTGCTGGC GGAACACGTG GCGAAACACA TGGAGAACAC ATCCGAGATG 
CAAAACGAGC TCGGAGCAAG GGTTACCACA GCTTGCCTTC AACTTCACGG CCAAAACGCG 
GACGAGGAAT ACGTTTTACC ACCTGGAGCA GAAATTGGAA CGCCGATGTT CGAATTATAC 
TTGGCTCTGC AGGATTTCAT AATCATGAAG GAGAACCTAC CACAGTCAGA CCATAAAACT 
TTAGCGATTT GCAAGTATTA CGAGTGGTTC AGACCAGCTG TCGACAAATG GCTGGATCTG 
GCCAAATTGA AGGCGATTCA ACGAGTAAGA AAGTCGGCTG AACTCGATCG AATGTGCACT 
GGTGAATATA TCGTGAAGCA TGGCACCTCT GCCATTGACG TAACAGCCTG TTTCTATCAG 
ATCAAGGAAT TCTGGAAAAA ATTGGCGTGG CCGGATCTTC CAGGATCGTA CAATTTAGTG 
ATGAAAGTTG TCGATGCGAT ATGCAGTTCA GCGGCTTACT ACGCGGAAAT CACCCATCAA 
AAGTTAGCAG ACAGTGGATA TTACGAGGAA CAGACGCCAT ATAAGACAAC AGACGAGGTA 
ATCGCTGAGA TGTGCGTGGC TATCAACGGC CTCGAGTACG TTAGAAGATG GCTGTTGAAG 
TTAGGCGAGG AGCTGCTGGT TGAAAAGGTT CTGACAGCCT TGGAGTGTCA AGCCGGGGAT 
TCTGCACGGA TGCAATGGAG GAACGCTTTG ACGTCACCGC TGGAACAGAC GCCAGGACAA 
ATGTTGCTGT TCATAAATCA AATCGTCTCA AGGATTGGCA CTAAGATGAG ACCACCCCTG 
AAGAAGGCTA TGTTCCATCT GGCTTGGTCG CCGGACAGTT TGCCCACTTC AGAGGCTATC 
GCGCCGTTGC TCGAATATTT AGACATGCAC CTGGTGGTTC TAAACTCGTC TCTGCTTACG 
GTGAACTTCA ATCGGGTTCT TCAGGACATC TGGGAGGTGG TGCTGGCTGA GTTGAGCAAC 
CAGATGGACG GAAATGCGGG CGACAAGCCA GCGATGTTTT ACGAAAGGCT TCACGAAGCC 
CTGGACCTGT TGATAAAATT CTTCCACGAG GACGAGAAGG GTTTGCCGTA CGAAGCACTT 
CATTCTCAGA GCTTCTTGAA TGTGGAGGAA CGCCTTCAAT ATCACAAAAT GGACACGACC 
TTCTTGATCG ACCGATTCTA TCGACAACGA CTTCAGGACC AATTGAACAC TGTGGCATCA 
GAATACGGTG TTCTGACAGT GAGAGCTTAT CTGAATCACG ATTCCCTGTG CGTCGAAGTA 
ATAAACGCTA GAGACGTGAT ACCGCTAGAT CCGAACGGTT ACAGCGATCC ATTCGTGATA 
ATCGAACTGC TGCCACGAAG AGTGTTCGAG CACTGTGCCG AGCAACACAC CAACGTGAAG 
AAAAAGACTC TGAATCCCAT GTTCGACGAG TGTTTCGAAT TCTCCGTAAG CGTCGACCAA 
TGTAGGAGTC CAGACGCAAT GGTGTTGTTC ACGGTGATGG ACCACGATGT GCTCACGGCG 
AATGACTTTG CAGGCGAAGC ATTCTTGGGG CTTAGTACGA TACCTGGTGT AACCGATTCG 
AACGCCAGCA TAGACAACTT CCACGGCCTC AAGCACACCG AGTTACCTTT AATGCATCAG 
AAGAATCGAA ATCACCCGAT TCTCCAGATA CTGGAGACGA GAATCGGCGA CAAGATGGCT 
CTCGACTTTG TGAAGAAGCA GAAGCAACGG TTCGCCTCGA CGTAA

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

RefSeq	XP_017795663.1
CDS	1..4005
Translation	MSFFNSLQQYVSDSVANLSLSPKRFSFSREDSASSATGRSGSTGSVTGTTNTNSTAQQSTPHGYPKVVPPPGTVSSSHGRSLSTRRRTLDSTSVPGLTVHPAAGSGSGSTSPRRVGSFRRSTGSGDRPPLMFCRRRPSWPEVDIQATSGIQDTDGSFFESFTALSWKQQNRRLVVLQEVEARAKEPPPPSRDTSLTTTSYRFTKKELEQLYIEVLYTIANTVGASTGQYAHYKEDLYRYAQEAFGVPQDQHRRYLNIASEEKPPIVVLSVVVVEAEGLEAKDANGFSDPYCMLGIQPGNTGAPLSPQTNLTAHSPHTPPASPRQATRALSDGGETENSHHEKLRKHHSFRLSFKRKEHTSRREHRESLSGAVPAKFIRATTVKPHTLSPRWNEKFRFDIDDINTDILHLDIWDHDDESSVFDAVSKLNEVRGVKGLGRFFKQIAQSARSGGQDDFLGCVNIPLQDIPSTGLDRWYKLEARTQRSTIQGRIRLKLWLSTREDTGTSEEDNWGELRQQERLYTVFLNHEMNKQGEDFTGELPQTALTILHQHAVQGDVTELQQALVKWVATSRQSACDPRILHRLLQELDNLWHTDTLSRDEEQCLAESFNEFLDVTLKRVRQHRVLFPPLHRASISKLDYLLRCLGLLSNMKAFRACCPFNKEIRGEIITALRKGTLEWYEDTRQQTMCYDKEPDQDADKVLQDFTNLVTALLVDLEQGLTYYNSLFESTNGVPYFSAVYKQLDKLLAEHVAKHMENTSEMQNELGARVTTACLQLHGQNADEEYVLPPGAEIGTPMFELYLALQDFIIMKENLPQSDHKTLAICKYYEWFRPAVDKWLDLAKLKAIQRVRKSAELDRMCTGEYIVKHGTSAIDVTACFYQIKEFWKKLAWPDLPGSYNLVMKVVDAICSSAAYYAEITHQKLADSGYYEEQTPYKTTDEVIAEMCVAINGLEYVRRWLLKLGEELLVEKVLTALECQAGDSARMQWRNALTSPLEQTPGQMLLFINQIVSRIGTKMRPPLKKAMFHLAWSPDSLPTSEAIAPLLEYLDMHLVVLNSSLLTVNFNRVLQDIWEVVLAELSNQMDGNAGDKPAMFYERLHEALDLLIKFFHEDEKGLPYEALHSQSFLNVEERLQYHKMDTTFLIDRFYRQRLQDQLNTVASEYGVLTVRAYLNHDSLCVEVINARDVIPLDPNGYSDPFVIIELLPRRVFEHCAEQHTNVKKKTLNPMFDECFEFSVSVDQCRSPDAMVLFTVMDHDVLTANDFAGEAFLGLSTIPGVTDSNASIDNFHGLKHTELPLMHQKNRNHPILQILETRIGDKMALDFVKKQKQRFAST

Target ORF information:

RefSeq Version	XM_017940174.1
Organism	Habropoda laboriosa
Definition	Habropoda laboriosa BAI1-associated protein 3 (LOC108577076), mRNA.

Target ORF information:

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

XM_017940174.1

ORF Insert Sequence:

ATGAGCTTCT TCAACTCGTT GCAGCAATAC GTGAGCGACA GCGTCGCGAA TTTGAGCCTC 
AGCCCGAAGA GGTTCTCGTT CAGCCGGGAA GACTCCGCGT CTAGCGCGAC CGGAAGGAGC 
GGCTCCACCG GAAGCGTCAC TGGCACGACG AACACCAACT CGACCGCGCA ACAGTCGACC 
CCTCATGGCT ATCCAAAGGT GGTGCCACCA CCGGGCACAG TGTCGAGCTC CCATGGACGT 
TCGCTGTCTA CGCGCAGACG AACCCTCGAT TCCACTTCCG TTCCAGGGCT CACGGTGCAC 
CCAGCTGCCG GAAGTGGATC TGGCAGCACG TCGCCCCGCA GAGTCGGTTC TTTTCGCAGG 
AGCACAGGTT CCGGCGATCG ACCGCCTTTG ATGTTCTGCC GAAGGAGACC CTCTTGGCCG 
GAAGTCGACA TACAAGCCAC TTCCGGGATT CAAGACACAG ACGGCTCCTT CTTTGAAAGT 
TTCACCGCGT TATCTTGGAA GCAGCAAAAT CGAAGGCTTG TGGTTCTTCA GGAAGTGGAG 
GCAAGGGCGA AGGAACCACC ACCTCCGTCC AGAGACACCA GTTTGACGAC AACGTCTTAT 
CGTTTCACCA AAAAGGAGCT GGAACAGTTG TACATAGAAG TCCTTTACAC GATCGCCAAC 
ACGGTCGGAG CAAGTACGGG ACAATACGCG CACTACAAAG AGGATCTTTA TAGGTACGCG 
CAGGAGGCTT TCGGGGTTCC ACAGGATCAA CATCGACGCT ATCTGAACAT CGCGTCCGAG 
GAAAAGCCTC CCATAGTTGT CCTTAGCGTG GTTGTGGTCG AAGCAGAGGG ACTCGAGGCG 
AAGGATGCGA ACGGATTCAG CGATCCCTAC TGCATGCTGG GAATTCAACC GGGTAATACA 
GGAGCACCGT TAAGCCCGCA GACGAATTTA ACGGCGCACT CGCCCCATAC GCCGCCTGCG 
TCACCGAGAC AAGCGACGCG TGCCCTTTCT GACGGCGGTG AAACCGAGAA TTCTCATCAT 
GAGAAATTAC GGAAACACCA TAGTTTCAGG TTGTCGTTCA AGCGCAAGGA GCACACGAGC 
AGACGCGAGC ATCGAGAATC GTTGAGCGGT GCTGTGCCGG CGAAGTTTAT ACGCGCGACC 
ACGGTGAAGC CGCACACGCT GAGCCCGCGA TGGAACGAGA AGTTTCGTTT CGATATCGAC 
GACATTAACA CGGACATCCT GCACCTGGAC ATATGGGACC ACGACGACGA ATCCTCGGTA 
TTCGACGCAG TGAGCAAGCT GAATGAAGTG CGCGGCGTAA AAGGGCTCGG AAGATTCTTC 
AAGCAGATCG CGCAGAGCGC GAGATCTGGA GGACAGGATG ACTTTCTTGG CTGCGTGAAT 
ATTCCCCTTC AGGATATTCC AAGCACCGGA CTGGATCGAT GGTACAAACT AGAGGCCAGA 
ACGCAACGAA GTACTATTCA GGGTAGAATT AGATTAAAGC TGTGGCTATC AACGAGAGAA 
GACACGGGAA CGTCCGAAGA AGACAACTGG GGAGAGCTCA GGCAACAAGA GAGGCTTTAC 
ACCGTGTTTC TCAATCATGA AATGAACAAA CAAGGGGAAG ACTTCACGGG AGAATTGCCA 
CAAACGGCAC TAACGATTCT TCATCAACAC GCCGTCCAAG GTGATGTCAC GGAGCTGCAA 
CAAGCGCTAG TTAAGTGGGT GGCAACATCC AGGCAATCAG CATGCGATCC AAGAATCCTT 
CATCGTCTTC TTCAGGAGCT GGACAATTTA TGGCACACGG ACACGCTTTC TCGAGACGAG 
GAACAATGTC TGGCCGAATC GTTCAACGAG TTTCTCGACG TAACGTTGAA AAGAGTACGA 
CAGCATCGAG TGCTCTTTCC ACCTTTGCAT CGAGCGTCGA TCTCGAAGCT GGATTATCTC 
CTTAGATGTT TAGGACTGCT GTCAAATATG AAGGCTTTCC GAGCGTGTTG CCCGTTCAAC 
AAGGAAATTC GCGGGGAAAT AATAACCGCC TTGAGGAAAG GAACTCTCGA ATGGTACGAG 
GACACGAGGC AGCAGACAAT GTGTTACGAT AAAGAGCCTG ATCAGGATGC AGATAAAGTC 
CTGCAAGACT TCACGAACTT GGTAACTGCG TTACTGGTAG ACTTGGAGCA AGGACTCACT 
TATTACAACA GCCTCTTCGA AAGTACGAAC GGCGTGCCAT ATTTCTCGGC GGTGTATAAA 
CAATTGGACA AGCTGCTGGC GGAACACGTG GCGAAACACA TGGAGAACAC ATCCGAGATG 
CAAAACGAGC TCGGAGCAAG GGTTACCACA GCTTGCCTTC AACTTCACGG CCAAAACGCG 
GACGAGGAAT ACGTTTTACC ACCTGGAGCA GAAATTGGAA CGCCGATGTT CGAATTATAC 
TTGGCTCTGC AGGATTTCAT AATCATGAAG GAGAACCTAC CACAGTCAGA CCATAAAACT 
TTAGCGATTT GCAAGTATTA CGAGTGGTTC AGACCAGCTG TCGACAAATG GCTGGATCTG 
GCCAAATTGA AGGCGATTCA ACGAGTAAGA AAGTCGGCTG AACTCGATCG AATGTGCACT 
GGTGAATATA TCGTGAAGCA TGGCACCTCT GCCATTGACG TAACAGCCTG TTTCTATCAG 
ATCAAGGAAT TCTGGAAAAA ATTGGCGTGG CCGGATCTTC CAGGATCGTA CAATTTAGTG 
ATGAAAGTTG TCGATGCGAT ATGCAGTTCA GCGGCTTACT ACGCGGAAAT CACCCATCAA 
AAGTTAGCAG ACAGTGGATA TTACGAGGAA CAGACGCCAT ATAAGACAAC AGACGAGGTA 
ATCGCTGAGA TGTGCGTGGC TATCAACGGC CTCGAGTACG TTAGAAGATG GCTGTTGAAG 
TTAGGCGAGG AGCTGCTGGT TGAAAAGGTT CTGACAGCCT TGGAGTGTCA AGCCGGGGAT 
TCTGCACGGA TGCAATGGAG GAACGCTTTG ACGTCACCGC TGGAACAGAC GCCAGGACAA 
ATGTTGCTGT TCATAAATCA AATCGTCTCA AGGATTGGCA CTAAGATGAG ACCACCCCTG 
AAGAAGGCTA TGTTCCATCT GGCTTGGTCG CCGGACAGTT TGCCCACTTC AGAGGCTATC 
GCGCCGTTGC TCGAATATTT AGACATGCAC CTGGTGGTTC TAAACTCGTC TCTGCTTACG 
GTGAACTTCA ATCGGGTTCT TCAGGACATC TGGGAGGTGG TGCTGGCTGA GTTGAGCAAC 
CAGATGGACG GAAATGCGGG CGACAAGCCA GCGATGTTTT ACGAAAGGCT TCACGAAGCC 
CTGGACCTGT TGATAAAATT CTTCCACGAG GACGAGAAGG GTTTGCCGTA CGAAGCACTT 
CATTCTCAGA GCTTCTTGAA TGTGGAGGAA CGCCTTCAAT ATCACAAAAT GGACACGACC 
TTCTTGATCG ACCGATTCTA TCGACAACGA CTTCAGGACC AATTGAACAC TGTGGCATCA 
GAATACGGTG TTCTGACAGT GAGAGCTTAT CTGAATCACG ATTCCCTGTG CGTCGAAGTA 
ATAAACGCTA GAGACGTGAT ACCGCTAGAT CCGAACGGTT ACAGCGATCC ATTCGTGATA 
ATCGAACTGC TGCCACGAAG AGTGTTCGAG CACTGTGCCG AGCAACACAC CAACGTGAAG 
AAAAAGACTC TGAATCCCAT GTTCGACGAG TGTTTCGAAT TCTCCGTAAG CGTCGACCAA 
TGTAGGAGTC CAGACGCAAT GGTGTTGTTC ACGGTGATGG ACCACGATGT GCTCACGGCG 
AATGACTTTG CAGGCGAAGC ATTCTTGGGG CTTAGTACGA TACCTGGTGT AACCGATTCG 
AACGCCAGCA TAGACAACTT CCACGGCCTC AAGCACACCG AGTTACCTTT AATGCATCAG 
AAGAATCGAA ATCACCCGAT TCTCCAGATA CTGGAGACGA GAATCGGCGA CAAGATGGCT 
CTCGACTTTG TGAAGAAGCA GAAGCAACGG TTCGCCTCGA CGTAA