LOC107353270 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107353270
Entrez Gene ID	107353270
Full Name	laminin subunit gamma-1-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015919598.1	XP_015775084.1	laminin subunit gamma-1-like

Pathways from BioSystems
Gene Ontology

The following LOC107353270 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107353270 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
OAc80245	XM_015919598.1 Latest version!	Acropora digitifera laminin subunit gamma-1-like (LOC107353270), 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)

LOC107353270 ( XM_015919598.1 ) cDNA ORF clone, Acropora digitifera -> XP_015775084.1 Acropora digitifera laminin subunit gamma-1-like (LOC107353270), mRNA.

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CloneID	OAc80245
Clone ID Related Accession (Same CDS sequence)	XM_015919598.1
Accession Version	XM_015919598.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3933bp) 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	2016-03-13
Organism	Acropora digitifera
Product	laminin subunit gamma-1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441567.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acropora digitifera Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAACTCT GCATTTGTCG CCGCGTACAG AAACATTTTA TAACTTTTTC GTCTGTATTT 
AGATTTCTGT TAGTATTTTT GTATCTTCAA GGAGCTGATA GTCAGTCTCC ATGTTATTTT 
GACCGTGAAC GCAGAGTTCC CACAAGATGC ATGCCTTCTT TCGGGAATGC AGCTTTCACT 
AAGCCCGTTG TATCTAACAA CACTTGTGGC ACTCCACCGA GTGAATTTTG CGTACAAACT 
GGTGTTACTT CGCCCAGTAA GGAGTGCACT CTTTGTGATG CATCGGACGA GAGATACCGT 
CATCCCGCAG TCTACATTAC GGACATCAAG AACGATCAAA ACAGAACGTG GTGGCAATCT 
GAGACCATGC TCGAAAATCC AGACAAGTCT GTAACACTCA CCCTTGATCT TGGAAAGAGC 
TATGATGTCT CCTACATCAG GATTCGTTTC CGATCGCCGA GACCTGAATC GATGGCAATT 
TACAAGCGCA CCAGCACATC CCCAAACGCC CCCTGGATTC CTTACCAATA TTTTTCGGAT 
TCGTGTGAGA AAACTTACAA GGTACCAACA AGAGGGATTG TAACGAGAGA GAATCAACAA 
GTGGCGCTGT GTACAGATGA ATTCAGTGGT ATTTCACCTT TAACTGGAGG AAATATAGCG 
TTTACTACCC TAATGGGAAG ACCTGATTAT TTGAATTTTG ATAACAGCCC CGCTCTGCAG 
GAATGGGTCA CCGCTAGTGC TATCCGTATT GATTTGAATC GAATGAACAC TTTTGGTGAT 
GAAGTGTTTG GAGATGAAAA CGTTTTAAGG AGCTATTACT TTGCTATCAT AGATTTGGCA 
ATTGGTGGAC GTTGCAAGTG TAATGGACAT GCCGCCAGTT GCAAGAACTA CCAACTGGCT 
AACGGTCGCC TTGAGTTGAG GTGTGTTTGC GAACATAACA CGGCAGGTGT TGATTGTCAG 
GAATGTAAAC GGCGATTCAA CAATCGTCCC TGGGCCAGAG CGACAGAGGA TAGCGCCAAC 
GAATGTCAAG AGTGTGATTG CAACAATTTA GCAGATAGTT GTGTCTATGA TGAACAGCTT 
GGTTTTGGAC GTTGCGTTAA CTGCAAGAGA AACACTGATG GTCCGAAATG CGAACGTTGC 
CGAGATGACT TCTTTCGCCG AACGCCAAGT GATGATTGTC AACCTTGTAT TTGCAATTCA 
ATTGGTTCAG AAACATTACA GTGTGATTCA ACTGGGCAGT GCGTCTGCAA ACCAGGAGTC 
ACTGGACTAA AATGTGATAA ATGTAAAGAT GAGCACTTCG GGTTTTCACA GACTGGATGT 
CGGCCAACAG GCAGCGATGT AACTCAACGG TATGCAGTGC ATCATGTTGG AGAGTCCCAT 
GTCAGTGTCA CAGCCGTGGG AAATGAAGTC CTATACATGT CAGCACCACC TGAATTCCTT 
GGGAACCTTC GCAGTAGTTA TGGTCAGCTT TTTGGCTTCT CATTTCGAGT TGCTTCCATG 
GAAGGAGTGC AAGTCAACAG AGGTGATATT GTTTTTGAAG GAGAAGATGG TCTTCAAGTC 
TCCACGAGGC TTAATGCGCA GAACAATCCT GTGCCTTCGA CTGCTTTCCA AAGTTATGTC 
TTTAGACTCC ACGAGGATCC TTTGTTAGGA TGGGAACCAA TGGTCAGAGG GTTTGACTTC 
CAGAAACTTC TGAATAACCT CAAGTCAATA AAAATACGCA TGATATTTGC TCCTCAGGGC 
ACTGGATTGC TGGAAAATGT ATTTATTGAG TCTGCAATAT TTGACCCATC TTCACCTCTT 
GGGGTTCCGT GGGTTGAGGA ATGCACTTGT CCAGAACCCT ACACGGGGAA TCATTGCGAA 
CAGTGCAACA GAGGATATAA GAGACAGAGT GGAGTTGATG ATAAATTTGG CCAGTGTATC 
CCCTGCCAGT GTTATGGTCA TTCTGATACA TGTGACCCTG TGACAGGCAA ATGCGTCTGC 
CAGCACAACA CAACTGGTGA CAACTGCGAC AAATGCAAGG ATGGATTCTA TGGAAATCCG 
ACTGAAGGAA AAGAAGATGA CTGCAAGCCA TGTCCGTGTA AATTTGGATC CAGCTGTATT 
CAGATAGGGA AGGATGTTGT TTGTACAGAC TGTCCTGAGG GTCATGAGGG CAATTTGTGT 
GAATACTGTA GTGATGGTTA CTTTGGTGAT CTGTCTGGTG AAGAAGGAAC AACTTGCCAA 
AAGTGCAACT GTAGTGGAAA TATTCATGAA AATGCGATTG GTAACTGCAA CTCCCTCACT 
GGGGACTGCA TCAAATGTAT CTACAATTCC AGGAATGGGC CTTTGAATAG ATGTGAATTG 
TGTGCTATGG GATTTTATGG GAATGCTACT CTGTATCCAA AACCCCAGTG TAAAGCTTGT 
GACTGTTACC ATCAAGGCAC TGTGACCCCA CCGGGACACA ATCTTGCAGA TCCCCTTCCA 
TGCGATGATG AAGGCAAATG TACATGCCTG AGTAATGTCA TTGGAGAGAA GTGTGATGGC 
TGTAAGGACA CCTTTTGGAA TGTAGGCTCT GGATTTGGCT GTGAAGAGTG CTTATGTAAT 
CCCATTGGCT CAGTAAATGA TAGCTGTAAT ATCATAACAG GCCAGTGTCC ATGTAAGCCT 
GGTGTGACAG GAAGGATTTG TGATCGGTGT GAACCTGATC ATTACACTTT CTCAGATGAA 
GGATGCTCAG CATGCAACTG TAATTCACAA GGTTCTCTTA ATGAAAGCTG CAATGAGTTT 
GGTGTTTGTA ATTGCAAGTC AGGGGTCCTT GGAATCAAAT GTGACTCATG TGCTGAAAAC 
AAGCATAACT TAATTGCTGG TTGTATTGCT TGTCCTCCGT GCTACGATCA AATTCAAACC 
CTTGTTGATC GCCTTCGAAC GAATCTTCGT GAGCTTGTTA AGATCACTGC CCAGTTCAAT 
AGTAGCAAAC CTGGAGATGT GATAGTGGAC CTTAATTTTG ACAGTCGCTT CAAACAGCTG 
ACTGAGGCAG TCAACAGCCT CCTGGAAAAG GCAGAGGAGT CTAATTCGAC GGACCGTCGT 
CTTCAACAGC AACTAGAAAT TCTAAATGAA CGCGTGGGGA ACATTACTGA ATTGTTAGCA 
GAGGCGTCGA GCAAAACTAA TTTGAGCGGA GCATATGTGG CCAGTATGTT AAAGAATATC 
GAAGAAGCTG AGGCATCGAT AAATCGCTCG CGATCAATGC TTGATGAAGC AGAGAGGCTT 
CTACTGAAGG AGGGTTTAGT AGCTTTGAAC GAGTCTATTC ACGCTGCGAA TACTTCGAGC 
AAGCAAGCAG TAAGGATGGT GGAGATCCTG AATAAGGTGT GGACCATTTT AATACCATTT 
CTTAAACTAC ATCTTCAGTT GAAGTTGTGT CTTAAGTTTG AAGTTAAAAG TTATGCTATC 
AGTGTTAATT TTTTCCATCT AATTTCGTCA GCAAAAGTGA ATTTGACCAA AGAAGAGGTT 
GCAAATGTGT CTCAGATAGC TGAGGATATC ATTGAGGTCC TTGAGCCATT GGTGGAGAGT 
TTTGACAAAA AAGAAGAAGA TGTAAGAAAG AAAATGGCTG AGTGGCCTGG ACTGGTTAAA 
AGATTGGAGA ACCTGTTATC TAATGTCACC GAAGCTAACG ACACTGCGCA TGACGCTATC 
GCTCGTGGAG AAAAGACACT GGAACAAGCC AAGGATATGC TGGAGAGACT TCAGAAATTT 
AACGAGATAA TCAACAAGTC CAGGAGCGAA GCTGAACGAG CAGAGGAGAA TGTACAAGAA 
ATCGAACGTC TTATCAGCTC GGCTAACAAT AAGTCAGATG AAGCTACTGT CATTCTGGGG 
CAGGCACGAA AATCAGCCGA AAATGCCATG GCCGTCGCCG AGGAGGCAGA AAAAGCGGCA 
GGCAGAGCGA AAGAGGTGGG TTCAGCAGGC TGA

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

RefSeq	XP_015775084.1
CDS	49..3981
Translation	MELCICRRVQKHFITFSSVFRFLLVFLYLQGADSQSPCYFDRERRVPTRCMPSFGNAAFTKPVVSNNTCGTPPSEFCVQTGVTSPSKECTLCDASDERYRHPAVYITDIKNDQNRTWWQSETMLENPDKSVTLTLDLGKSYDVSYIRIRFRSPRPESMAIYKRTSTSPNAPWIPYQYFSDSCEKTYKVPTRGIVTRENQQVALCTDEFSGISPLTGGNIAFTTLMGRPDYLNFDNSPALQEWVTASAIRIDLNRMNTFGDEVFGDENVLRSYYFAIIDLAIGGRCKCNGHAASCKNYQLANGRLELRCVCEHNTAGVDCQECKRRFNNRPWARATEDSANECQECDCNNLADSCVYDEQLGFGRCVNCKRNTDGPKCERCRDDFFRRTPSDDCQPCICNSIGSETLQCDSTGQCVCKPGVTGLKCDKCKDEHFGFSQTGCRPTGSDVTQRYAVHHVGESHVSVTAVGNEVLYMSAPPEFLGNLRSSYGQLFGFSFRVASMEGVQVNRGDIVFEGEDGLQVSTRLNAQNNPVPSTAFQSYVFRLHEDPLLGWEPMVRGFDFQKLLNNLKSIKIRMIFAPQGTGLLENVFIESAIFDPSSPLGVPWVEECTCPEPYTGNHCEQCNRGYKRQSGVDDKFGQCIPCQCYGHSDTCDPVTGKCVCQHNTTGDNCDKCKDGFYGNPTEGKEDDCKPCPCKFGSSCIQIGKDVVCTDCPEGHEGNLCEYCSDGYFGDLSGEEGTTCQKCNCSGNIHENAIGNCNSLTGDCIKCIYNSRNGPLNRCELCAMGFYGNATLYPKPQCKACDCYHQGTVTPPGHNLADPLPCDDEGKCTCLSNVIGEKCDGCKDTFWNVGSGFGCEECLCNPIGSVNDSCNIITGQCPCKPGVTGRICDRCEPDHYTFSDEGCSACNCNSQGSLNESCNEFGVCNCKSGVLGIKCDSCAENKHNLIAGCIACPPCYDQIQTLVDRLRTNLRELVKITAQFNSSKPGDVIVDLNFDSRFKQLTEAVNSLLEKAEESNSTDRRLQQQLEILNERVGNITELLAEASSKTNLSGAYVASMLKNIEEAEASINRSRSMLDEAERLLLKEGLVALNESIHAANTSSKQAVRMVEILNKVWTILIPFLKLHLQLKLCLKFEVKSYAISVNFFHLISSAKVNLTKEEVANVSQIAEDIIEVLEPLVESFDKKEEDVRKKMAEWPGLVKRLENLLSNVTEANDTAHDAIARGEKTLEQAKDMLERLQKFNEIINKSRSEAERAEENVQEIERLISSANNKSDEATVILGQARKSAENAMAVAEEAEKAAGRAKEVGSAG

Target ORF information:

RefSeq Version	XM_015919598.1
Organism	Acropora digitifera
Definition	Acropora digitifera laminin subunit gamma-1-like (LOC107353270), mRNA.

Target ORF information:

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

XM_015919598.1

ORF Insert Sequence:

ATGGAACTCT GCATTTGTCG CCGCGTACAG AAACATTTTA TAACTTTTTC GTCTGTATTT 
AGATTTCTGT TAGTATTTTT GTATCTTCAA GGAGCTGATA GTCAGTCTCC ATGTTATTTT 
GACCGTGAAC GCAGAGTTCC CACAAGATGC ATGCCTTCTT TCGGGAATGC AGCTTTCACT 
AAGCCCGTTG TATCTAACAA CACTTGTGGC ACTCCACCGA GTGAATTTTG CGTACAAACT 
GGTGTTACTT CGCCCAGTAA GGAGTGCACT CTTTGTGATG CATCGGACGA GAGATACCGT 
CATCCCGCAG TCTACATTAC GGACATCAAG AACGATCAAA ACAGAACGTG GTGGCAATCT 
GAGACCATGC TCGAAAATCC AGACAAGTCT GTAACACTCA CCCTTGATCT TGGAAAGAGC 
TATGATGTCT CCTACATCAG GATTCGTTTC CGATCGCCGA GACCTGAATC GATGGCAATT 
TACAAGCGCA CCAGCACATC CCCAAACGCC CCCTGGATTC CTTACCAATA TTTTTCGGAT 
TCGTGTGAGA AAACTTACAA GGTACCAACA AGAGGGATTG TAACGAGAGA GAATCAACAA 
GTGGCGCTGT GTACAGATGA ATTCAGTGGT ATTTCACCTT TAACTGGAGG AAATATAGCG 
TTTACTACCC TAATGGGAAG ACCTGATTAT TTGAATTTTG ATAACAGCCC CGCTCTGCAG 
GAATGGGTCA CCGCTAGTGC TATCCGTATT GATTTGAATC GAATGAACAC TTTTGGTGAT 
GAAGTGTTTG GAGATGAAAA CGTTTTAAGG AGCTATTACT TTGCTATCAT AGATTTGGCA 
ATTGGTGGAC GTTGCAAGTG TAATGGACAT GCCGCCAGTT GCAAGAACTA CCAACTGGCT 
AACGGTCGCC TTGAGTTGAG GTGTGTTTGC GAACATAACA CGGCAGGTGT TGATTGTCAG 
GAATGTAAAC GGCGATTCAA CAATCGTCCC TGGGCCAGAG CGACAGAGGA TAGCGCCAAC 
GAATGTCAAG AGTGTGATTG CAACAATTTA GCAGATAGTT GTGTCTATGA TGAACAGCTT 
GGTTTTGGAC GTTGCGTTAA CTGCAAGAGA AACACTGATG GTCCGAAATG CGAACGTTGC 
CGAGATGACT TCTTTCGCCG AACGCCAAGT GATGATTGTC AACCTTGTAT TTGCAATTCA 
ATTGGTTCAG AAACATTACA GTGTGATTCA ACTGGGCAGT GCGTCTGCAA ACCAGGAGTC 
ACTGGACTAA AATGTGATAA ATGTAAAGAT GAGCACTTCG GGTTTTCACA GACTGGATGT 
CGGCCAACAG GCAGCGATGT AACTCAACGG TATGCAGTGC ATCATGTTGG AGAGTCCCAT 
GTCAGTGTCA CAGCCGTGGG AAATGAAGTC CTATACATGT CAGCACCACC TGAATTCCTT 
GGGAACCTTC GCAGTAGTTA TGGTCAGCTT TTTGGCTTCT CATTTCGAGT TGCTTCCATG 
GAAGGAGTGC AAGTCAACAG AGGTGATATT GTTTTTGAAG GAGAAGATGG TCTTCAAGTC 
TCCACGAGGC TTAATGCGCA GAACAATCCT GTGCCTTCGA CTGCTTTCCA AAGTTATGTC 
TTTAGACTCC ACGAGGATCC TTTGTTAGGA TGGGAACCAA TGGTCAGAGG GTTTGACTTC 
CAGAAACTTC TGAATAACCT CAAGTCAATA AAAATACGCA TGATATTTGC TCCTCAGGGC 
ACTGGATTGC TGGAAAATGT ATTTATTGAG TCTGCAATAT TTGACCCATC TTCACCTCTT 
GGGGTTCCGT GGGTTGAGGA ATGCACTTGT CCAGAACCCT ACACGGGGAA TCATTGCGAA 
CAGTGCAACA GAGGATATAA GAGACAGAGT GGAGTTGATG ATAAATTTGG CCAGTGTATC 
CCCTGCCAGT GTTATGGTCA TTCTGATACA TGTGACCCTG TGACAGGCAA ATGCGTCTGC 
CAGCACAACA CAACTGGTGA CAACTGCGAC AAATGCAAGG ATGGATTCTA TGGAAATCCG 
ACTGAAGGAA AAGAAGATGA CTGCAAGCCA TGTCCGTGTA AATTTGGATC CAGCTGTATT 
CAGATAGGGA AGGATGTTGT TTGTACAGAC TGTCCTGAGG GTCATGAGGG CAATTTGTGT 
GAATACTGTA GTGATGGTTA CTTTGGTGAT CTGTCTGGTG AAGAAGGAAC AACTTGCCAA 
AAGTGCAACT GTAGTGGAAA TATTCATGAA AATGCGATTG GTAACTGCAA CTCCCTCACT 
GGGGACTGCA TCAAATGTAT CTACAATTCC AGGAATGGGC CTTTGAATAG ATGTGAATTG 
TGTGCTATGG GATTTTATGG GAATGCTACT CTGTATCCAA AACCCCAGTG TAAAGCTTGT 
GACTGTTACC ATCAAGGCAC TGTGACCCCA CCGGGACACA ATCTTGCAGA TCCCCTTCCA 
TGCGATGATG AAGGCAAATG TACATGCCTG AGTAATGTCA TTGGAGAGAA GTGTGATGGC 
TGTAAGGACA CCTTTTGGAA TGTAGGCTCT GGATTTGGCT GTGAAGAGTG CTTATGTAAT 
CCCATTGGCT CAGTAAATGA TAGCTGTAAT ATCATAACAG GCCAGTGTCC ATGTAAGCCT 
GGTGTGACAG GAAGGATTTG TGATCGGTGT GAACCTGATC ATTACACTTT CTCAGATGAA 
GGATGCTCAG CATGCAACTG TAATTCACAA GGTTCTCTTA ATGAAAGCTG CAATGAGTTT 
GGTGTTTGTA ATTGCAAGTC AGGGGTCCTT GGAATCAAAT GTGACTCATG TGCTGAAAAC 
AAGCATAACT TAATTGCTGG TTGTATTGCT TGTCCTCCGT GCTACGATCA AATTCAAACC 
CTTGTTGATC GCCTTCGAAC GAATCTTCGT GAGCTTGTTA AGATCACTGC CCAGTTCAAT 
AGTAGCAAAC CTGGAGATGT GATAGTGGAC CTTAATTTTG ACAGTCGCTT CAAACAGCTG 
ACTGAGGCAG TCAACAGCCT CCTGGAAAAG GCAGAGGAGT CTAATTCGAC GGACCGTCGT 
CTTCAACAGC AACTAGAAAT TCTAAATGAA CGCGTGGGGA ACATTACTGA ATTGTTAGCA 
GAGGCGTCGA GCAAAACTAA TTTGAGCGGA GCATATGTGG CCAGTATGTT AAAGAATATC 
GAAGAAGCTG AGGCATCGAT AAATCGCTCG CGATCAATGC TTGATGAAGC AGAGAGGCTT 
CTACTGAAGG AGGGTTTAGT AGCTTTGAAC GAGTCTATTC ACGCTGCGAA TACTTCGAGC 
AAGCAAGCAG TAAGGATGGT GGAGATCCTG AATAAGGTGT GGACCATTTT AATACCATTT 
CTTAAACTAC ATCTTCAGTT GAAGTTGTGT CTTAAGTTTG AAGTTAAAAG TTATGCTATC 
AGTGTTAATT TTTTCCATCT AATTTCGTCA GCAAAAGTGA ATTTGACCAA AGAAGAGGTT 
GCAAATGTGT CTCAGATAGC TGAGGATATC ATTGAGGTCC TTGAGCCATT GGTGGAGAGT 
TTTGACAAAA AAGAAGAAGA TGTAAGAAAG AAAATGGCTG AGTGGCCTGG ACTGGTTAAA 
AGATTGGAGA ACCTGTTATC TAATGTCACC GAAGCTAACG ACACTGCGCA TGACGCTATC 
GCTCGTGGAG AAAAGACACT GGAACAAGCC AAGGATATGC TGGAGAGACT TCAGAAATTT 
AACGAGATAA TCAACAAGTC CAGGAGCGAA GCTGAACGAG CAGAGGAGAA TGTACAAGAA 
ATCGAACGTC TTATCAGCTC GGCTAACAAT AAGTCAGATG AAGCTACTGT CATTCTGGGG 
CAGGCACGAA AATCAGCCGA AAATGCCATG GCCGTCGCCG AGGAGGCAGA AAAAGCGGCA 
GGCAGAGCGA AAGAGGTGGG TTCAGCAGGC TGA