LOC106880275 cDNA ORF clone, Octopus bimaculoides

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106880275
Entrez Gene ID	106880275
Full Name	kielin/chordin-like protein
Gene Type	protein-coding
Organism	Octopus bimaculoides

mRNA and Protein(s)

mRNA	Protein	Name
XM_014930147.1	XP_014785633.1	kielin/chordin-like protein isoform X1
XM_014930148.1	XP_014785634.1	kielin/chordin-like protein isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC106880275 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106880275 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
OOc32495	XM_014930148.1 Latest version!	Octopus bimaculoides kielin/chordin-like protein (LOC106880275), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
OOc32495	XM_014930147.1 Latest version!	Octopus bimaculoides kielin/chordin-like protein (LOC106880275), transcript variant X1, 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)

LOC106880275 ( XM_014930147.1 ) cDNA ORF clone, Octopus bimaculoides -> XP_014785633.1 Octopus bimaculoides kielin/chordin-like protein (LOC106880275), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OOc32495
Clone ID Related Accession (Same CDS sequence)	XM_014930147.1 , XM_014930148.1
Accession Version	XM_014930147.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) 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	2015-12-08
Organism	Octopus bimaculoides
Product	kielin/chordin-like protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014705118.1) 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 :: Octopus bimaculoides 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##

ATGTTTCGTT TCTTGCTACT AATTTTAGCA GCTATTTCCT CTGTTAGTTG CTTGAAAGGA 
AAATGTATGC ATAATGGACA AGAACGTCAA GGAATATTCC GAACTGAATG CAATATTTGT 
GTATGTTTAA AAAATGGCAA AGCATTGTGT ACGAATAATC AATGTGATTA CGGACAGGGA 
TCTACTTGTA TCTATCAAGG TAAACATTAT AGGACAGGAC AGACATTTCA ACAATCATGT 
AAAACATGTA CATGCAAACC TAGTGGTCAG GTAGTTTGCA GCGGCAATGA TTGTAATAAA 
ACATGCACAT ATAAAGGGAA GCAATACAAA AAAGGCGATG AATTTCAAGA CGACTGTAAA 
AGATGTAAAT GTCTTTCTAC TGGCTACACT GAATGTATCA ATACCTCCTG TCAATGCAAA 
TATGATGGTA AAGACTACAA ATATGGAGAG ACTTTCAAAG TTGATTGTAA GACATGTATT 
TGTCAAACTA CAGGAACAGT GAAGTGTAAC AACGACAGAT GTGAATGTTA TTACAATAAT 
GTGCGATATC AAAGTGGACA AAATTTCACT GATGGCTGCA ACACATGCAA ATGTCTAAGT 
AACGGAACAA TTAAGTGTAC TGAAAAAACT TGTAAATGTT ATTACAGAGG AAAACTATTT 
AATGTAGGCG ACAGATTTAC AGAAGGTTGT AGCACTTGTT ATTGTCAAAA GAACGGGCAA 
GTTAAATGTA AAGACAACGT CTGTCAATGC ACGTACAAGG GACAAATTTA TGTTACTGGA 
CAAAAATTTA AAGACGATTG TAATGATTGT GAATGTAAAG ATGATGGAAA CGTAAAATGT 
GATCAGAATC CATGTCGATG TACTTACAAG TATAAGGTTT ATGAATTCGG AGCACAGTTC 
AAAGATGGCT GTGAAACTTG TACTTGTAAA ACAAACGGTA ATGTGAAATG TATAAGGGAC 
AACTGTCAAT GCACATACAA GGGACAAATT TATGTTACTG GACAAAAATT TAAAGACGAT 
TGTAATGATT GTGAATGTAA AGATGATGGA AACGTAAAAT GTGATCAGAA TCCATGTCGA 
TGTACTTACA AGTATAAGGT TTATGAATTC GGAGCACAGT TCAAAGATGG CTGTGAAACT 
TGTACTTGTA AAACAAACGG TAATGTGAAA TGTATAAGAG ACAGCTGTCA ATGCACATAC 
AAGGGACAAA TTTATGTTAC TGGACAAGAA TTTAAAGACG ATTGCAATGA TTGTGAATGT 
AAAGATGATG GAAACGTAAA ATGTGATCAG ATTCCATGTC CATGTACTTA CAAAAATATG 
GTCTATGCAA TCGGAGCACA GTTCAAAGAT GGCTGCGGAT CGTGTACTTG TAAAACTAAT 
GGTAATGTTG ATTGTATAAG GGACAACTGT CGATGCACAT ATAAAGGACA AATATACGTA 
AGTGGACAAA AATTTAAAGA CGATTGTAAT GATTGTGAAT GTAAAGATGA TGGAAGCGTA 
AAATGTGATC AGAATCCATG TCGATGTACT TACAAAAATA TGATCTATGC AATCGGAGCA 
CAGTTCAAAG ATGGCTGCGG ATCGTGTACT TGTAAAACTA ATGGTAATGT TGATTGTATA 
AGGGACAACT GTCAATGCAC ACACAAAGGA CAAATATACA TAATTGGTCA AAAATTTAAA 
GACGATTGTA ATGATTGTGA ATGTAAAGAT GATGGAAACG TAAAATGTGA TCAGATTCCC 
TGTCGATGTA CTTACAAAAA TATGGTTTAT GCAATCGGAG CACAGTTCAA AGATGGCTGC 
GGATCTTGTA CCTGTAAAAC TAATGGTAAT GTTGATTGTA TAAGGGACAG CTGTCAATGC 
ACATACAAAG GAAAAACATA TGATGTTGGG CAAACTTTTA ATGATGTATG CAATCAATGT 
GTATGCTTAG GTGGTTACAA CATACGTTGT ACTCAAAATA CATGCAGATG CTTTTATAAA 
AATCGGGAAT ATAATTATGG GATGCAGTTT AAAGATGACT GCAATACATG CACATGCAAG 
ACTAACGGGG TTGTCACCTG TTCAAAAAAT GATTGCTTCT GCACATATAA AGGAAAGCGT 
TTTTTGCATA ATCAAGTATT TAATGATGAT TGTAACCAAT GCGTATGCTT AGATAATTAT 
GTAATGCATT GCACCAGAAA TAAGTGTAAC TGTACGTACA AAAATGTGGT TTACAAAATC 
GGAGAAGAGT TTAGAGACGG CTGTAGCATT TGTACTTGTA AAACTAATGG CATTCTTGAT 
TGTTCAAAGA ACGGCTGTCA ATGCACATAC AAAGGGAAAA CTTATGTAAC TGGACAGAAA 
TTTAAAGACG ATTGTAATGA ATGCGAATGT AAAGATGGTG GAAATGTAAA ATGTGATCAG 
AATCCATGTC GCTGTACTTA CAAAAATATG GTTTATGCAA TCGGAACACA GTTCAAAGAT 
GGCTGCGGAA CTTGTACTTG TAAAACTAAT GGTAATGTTG ATTGTATAAG GGACAACTGT 
CGATGCGCTT ATAAAGGACA AATATACATA ACTGGACAAA AATTTAAAGA CGATTGCAAT 
AATTGTGAAT GTAAAGATGA TGGAAATGTA AAATGTGATC AGAATCCATG TCGATGTACT 
TACAAAAATA TGGTCTATGC AATCGGAGCA CAGTTCAAAG ATGGCTGCGG ATCTTGTACC 
TGTAAAACTA ATGGTAATGT TGATTGTATA AGGGACAGCT GTCAATGCAC ATATAAAGGA 
CAAATATACG TAATTGGTCA AAAATTTAAA GACGATTGCA ATGATTGTGA ATGTAAAGAT 
GATGGAACTG TAAAATGTGA TCAGAATCCA TGTCAATGTA CTTACAAAAA TATGATCTAT 
GCAATCGGAG CACAGTTCAA AGATGGCTGC GGATCGTGTA CTTGTAAAAC TAATGGTAAT 
GTTGATTGTA TAAGGGACAA CTGTCAATGC ACATATAAAG GACAAATATA CGTAATTGGT 
CAAAAATTTA AAGACGATTG TAATGATTGT GAATGTAAAG ATGATGGAAA CGTAAAATGT 
GATCAGAATC CATGTCGATG TACTTACAAG TATAAGGTTT ATGAATTCGG AGCACAGTTC 
AAAGATGGCT GTGAAACTTG TACTTGTAAA ACAAACGGTA ATGTGAAATG TATAAGGGAC 
AACTGTCAAT GCACATACAA GGGACAAATT TATGTTACTG GACAAAAATT TAAAGACGAT 
TGTAATGATT GTGAATGTAA AGATGATGGA AACGTAAAAT GTGATCAGAA TCCATGTCGA 
TGTACTTACA AGTATAAGGT TTATGAATTC GGAGCACAGT TCAAAGATGG CTGTGAAACT 
TGTACTTGTA AAACAAACGG TAATGTGAAA TGTATAAGGG ACAACTGTCA ATGCACATAT 
AAGGGACAAA TTTATGTTAC TGGACAAAAA TTTAAAGACG ATTGCAATGA TTGTGAATGT 
AAAGATGATG GAAACGTAAA ATGTGATCAG ATTCCATGCC GATGTACTTA CAAAGATATG 
GTTTATGCAA TCGGAGCACA GTTCAAAGAT GGCTGCGAGT TTTGTACCTG TAAAACTAAT 
GGTAATGTTG ATTGTATAAG GGACAACTGT CGATGCACAT ACAAAGGACA AATTTATGCT 
ACCGGGCAAG AGTTTGACGA TGGTTGTAAG AAATGTAAAT GTTCAATCGG AGGTTTTGTA 
AAGTGTTCGA ATGCATCATG TACGTGTAGT TTCAATGGAC TGTTGTACCA GCCAGGGCAG 
TCCTTTCAAT ACGGTTGCAA TACTTGCAGA TGTAGCACCG TCGGTTCTGT AAGTTGCTCG 
CAGCTGCAGT GTCAGAACTG CATATATAAA AATAAAACTT ATGATTTCGG TGCAGTTTTT 
TATGATGCCT GCAATAGATG TAACTGTTCT ATTGATGGTA CCGTGGATTG TGAGAAGAAA 
TTATGCCCAG TAAATTGCAC GCATAACGGT AAATCGTATT CCATCGGTGA TACATTTCAA 
GTTTCCTGCA ACACCTGTAA GTGTGCACCG TCGGGTATTG CAGTTTGTAC GCGGAAAGCC 
TGCCCCTCGG TGTGCCAGTA TTATGGAAAA TCCCACAACC ACGGAGACAT GTTTGCTTCA 
CGAGACAAAT GTAATATTTG TTTTTGTAAT AATGGTATTA CCCATTGTAC GAGACGTGTT 
TGTTATCATT AG

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

RefSeq	XP_014785633.1
CDS	49..4260
Translation	MFRFLLLILAAISSVSCLKGKCMHNGQERQGIFRTECNICVCLKNGKALCTNNQCDYGQGSTCIYQGKHYRTGQTFQQSCKTCTCKPSGQVVCSGNDCNKTCTYKGKQYKKGDEFQDDCKRCKCLSTGYTECINTSCQCKYDGKDYKYGETFKVDCKTCICQTTGTVKCNNDRCECYYNNVRYQSGQNFTDGCNTCKCLSNGTIKCTEKTCKCYYRGKLFNVGDRFTEGCSTCYCQKNGQVKCKDNVCQCTYKGQIYVTGQKFKDDCNDCECKDDGNVKCDQNPCRCTYKYKVYEFGAQFKDGCETCTCKTNGNVKCIRDNCQCTYKGQIYVTGQKFKDDCNDCECKDDGNVKCDQNPCRCTYKYKVYEFGAQFKDGCETCTCKTNGNVKCIRDSCQCTYKGQIYVTGQEFKDDCNDCECKDDGNVKCDQIPCPCTYKNMVYAIGAQFKDGCGSCTCKTNGNVDCIRDNCRCTYKGQIYVSGQKFKDDCNDCECKDDGSVKCDQNPCRCTYKNMIYAIGAQFKDGCGSCTCKTNGNVDCIRDNCQCTHKGQIYIIGQKFKDDCNDCECKDDGNVKCDQIPCRCTYKNMVYAIGAQFKDGCGSCTCKTNGNVDCIRDSCQCTYKGKTYDVGQTFNDVCNQCVCLGGYNIRCTQNTCRCFYKNREYNYGMQFKDDCNTCTCKTNGVVTCSKNDCFCTYKGKRFLHNQVFNDDCNQCVCLDNYVMHCTRNKCNCTYKNVVYKIGEEFRDGCSICTCKTNGILDCSKNGCQCTYKGKTYVTGQKFKDDCNECECKDGGNVKCDQNPCRCTYKNMVYAIGTQFKDGCGTCTCKTNGNVDCIRDNCRCAYKGQIYITGQKFKDDCNNCECKDDGNVKCDQNPCRCTYKNMVYAIGAQFKDGCGSCTCKTNGNVDCIRDSCQCTYKGQIYVIGQKFKDDCNDCECKDDGTVKCDQNPCQCTYKNMIYAIGAQFKDGCGSCTCKTNGNVDCIRDNCQCTYKGQIYVIGQKFKDDCNDCECKDDGNVKCDQNPCRCTYKYKVYEFGAQFKDGCETCTCKTNGNVKCIRDNCQCTYKGQIYVTGQKFKDDCNDCECKDDGNVKCDQNPCRCTYKYKVYEFGAQFKDGCETCTCKTNGNVKCIRDNCQCTYKGQIYVTGQKFKDDCNDCECKDDGNVKCDQIPCRCTYKDMVYAIGAQFKDGCEFCTCKTNGNVDCIRDNCRCTYKGQIYATGQEFDDGCKKCKCSIGGFVKCSNASCTCSFNGLLYQPGQSFQYGCNTCRCSTVGSVSCSQLQCQNCIYKNKTYDFGAVFYDACNRCNCSIDGTVDCEKKLCPVNCTHNGKSYSIGDTFQVSCNTCKCAPSGIAVCTRKACPSVCQYYGKSHNHGDMFASRDKCNICFCNNGITHCTRRVCYH

Target ORF information:

RefSeq Version	XM_014930147.1
Organism	Octopus bimaculoides
Definition	Octopus bimaculoides kielin/chordin-like protein (LOC106880275), transcript variant X1, mRNA.

Target ORF information:

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

XM_014930147.1

ORF Insert Sequence:

ATGTTTCGTT TCTTGCTACT AATTTTAGCA GCTATTTCCT CTGTTAGTTG CTTGAAAGGA 
AAATGTATGC ATAATGGACA AGAACGTCAA GGAATATTCC GAACTGAATG CAATATTTGT 
GTATGTTTAA AAAATGGCAA AGCATTGTGT ACGAATAATC AATGTGATTA CGGACAGGGA 
TCTACTTGTA TCTATCAAGG TAAACATTAT AGGACAGGAC AGACATTTCA ACAATCATGT 
AAAACATGTA CATGCAAACC TAGTGGTCAG GTAGTTTGCA GCGGCAATGA TTGTAATAAA 
ACATGCACAT ATAAAGGGAA GCAATACAAA AAAGGCGATG AATTTCAAGA CGACTGTAAA 
AGATGTAAAT GTCTTTCTAC TGGCTACACT GAATGTATCA ATACCTCCTG TCAATGCAAA 
TATGATGGTA AAGACTACAA ATATGGAGAG ACTTTCAAAG TTGATTGTAA GACATGTATT 
TGTCAAACTA CAGGAACAGT GAAGTGTAAC AACGACAGAT GTGAATGTTA TTACAATAAT 
GTGCGATATC AAAGTGGACA AAATTTCACT GATGGCTGCA ACACATGCAA ATGTCTAAGT 
AACGGAACAA TTAAGTGTAC TGAAAAAACT TGTAAATGTT ATTACAGAGG AAAACTATTT 
AATGTAGGCG ACAGATTTAC AGAAGGTTGT AGCACTTGTT ATTGTCAAAA GAACGGGCAA 
GTTAAATGTA AAGACAACGT CTGTCAATGC ACGTACAAGG GACAAATTTA TGTTACTGGA 
CAAAAATTTA AAGACGATTG TAATGATTGT GAATGTAAAG ATGATGGAAA CGTAAAATGT 
GATCAGAATC CATGTCGATG TACTTACAAG TATAAGGTTT ATGAATTCGG AGCACAGTTC 
AAAGATGGCT GTGAAACTTG TACTTGTAAA ACAAACGGTA ATGTGAAATG TATAAGGGAC 
AACTGTCAAT GCACATACAA GGGACAAATT TATGTTACTG GACAAAAATT TAAAGACGAT 
TGTAATGATT GTGAATGTAA AGATGATGGA AACGTAAAAT GTGATCAGAA TCCATGTCGA 
TGTACTTACA AGTATAAGGT TTATGAATTC GGAGCACAGT TCAAAGATGG CTGTGAAACT 
TGTACTTGTA AAACAAACGG TAATGTGAAA TGTATAAGAG ACAGCTGTCA ATGCACATAC 
AAGGGACAAA TTTATGTTAC TGGACAAGAA TTTAAAGACG ATTGCAATGA TTGTGAATGT 
AAAGATGATG GAAACGTAAA ATGTGATCAG ATTCCATGTC CATGTACTTA CAAAAATATG 
GTCTATGCAA TCGGAGCACA GTTCAAAGAT GGCTGCGGAT CGTGTACTTG TAAAACTAAT 
GGTAATGTTG ATTGTATAAG GGACAACTGT CGATGCACAT ATAAAGGACA AATATACGTA 
AGTGGACAAA AATTTAAAGA CGATTGTAAT GATTGTGAAT GTAAAGATGA TGGAAGCGTA 
AAATGTGATC AGAATCCATG TCGATGTACT TACAAAAATA TGATCTATGC AATCGGAGCA 
CAGTTCAAAG ATGGCTGCGG ATCGTGTACT TGTAAAACTA ATGGTAATGT TGATTGTATA 
AGGGACAACT GTCAATGCAC ACACAAAGGA CAAATATACA TAATTGGTCA AAAATTTAAA 
GACGATTGTA ATGATTGTGA ATGTAAAGAT GATGGAAACG TAAAATGTGA TCAGATTCCC 
TGTCGATGTA CTTACAAAAA TATGGTTTAT GCAATCGGAG CACAGTTCAA AGATGGCTGC 
GGATCTTGTA CCTGTAAAAC TAATGGTAAT GTTGATTGTA TAAGGGACAG CTGTCAATGC 
ACATACAAAG GAAAAACATA TGATGTTGGG CAAACTTTTA ATGATGTATG CAATCAATGT 
GTATGCTTAG GTGGTTACAA CATACGTTGT ACTCAAAATA CATGCAGATG CTTTTATAAA 
AATCGGGAAT ATAATTATGG GATGCAGTTT AAAGATGACT GCAATACATG CACATGCAAG 
ACTAACGGGG TTGTCACCTG TTCAAAAAAT GATTGCTTCT GCACATATAA AGGAAAGCGT 
TTTTTGCATA ATCAAGTATT TAATGATGAT TGTAACCAAT GCGTATGCTT AGATAATTAT 
GTAATGCATT GCACCAGAAA TAAGTGTAAC TGTACGTACA AAAATGTGGT TTACAAAATC 
GGAGAAGAGT TTAGAGACGG CTGTAGCATT TGTACTTGTA AAACTAATGG CATTCTTGAT 
TGTTCAAAGA ACGGCTGTCA ATGCACATAC AAAGGGAAAA CTTATGTAAC TGGACAGAAA 
TTTAAAGACG ATTGTAATGA ATGCGAATGT AAAGATGGTG GAAATGTAAA ATGTGATCAG 
AATCCATGTC GCTGTACTTA CAAAAATATG GTTTATGCAA TCGGAACACA GTTCAAAGAT 
GGCTGCGGAA CTTGTACTTG TAAAACTAAT GGTAATGTTG ATTGTATAAG GGACAACTGT 
CGATGCGCTT ATAAAGGACA AATATACATA ACTGGACAAA AATTTAAAGA CGATTGCAAT 
AATTGTGAAT GTAAAGATGA TGGAAATGTA AAATGTGATC AGAATCCATG TCGATGTACT 
TACAAAAATA TGGTCTATGC AATCGGAGCA CAGTTCAAAG ATGGCTGCGG ATCTTGTACC 
TGTAAAACTA ATGGTAATGT TGATTGTATA AGGGACAGCT GTCAATGCAC ATATAAAGGA 
CAAATATACG TAATTGGTCA AAAATTTAAA GACGATTGCA ATGATTGTGA ATGTAAAGAT 
GATGGAACTG TAAAATGTGA TCAGAATCCA TGTCAATGTA CTTACAAAAA TATGATCTAT 
GCAATCGGAG CACAGTTCAA AGATGGCTGC GGATCGTGTA CTTGTAAAAC TAATGGTAAT 
GTTGATTGTA TAAGGGACAA CTGTCAATGC ACATATAAAG GACAAATATA CGTAATTGGT 
CAAAAATTTA AAGACGATTG TAATGATTGT GAATGTAAAG ATGATGGAAA CGTAAAATGT 
GATCAGAATC CATGTCGATG TACTTACAAG TATAAGGTTT ATGAATTCGG AGCACAGTTC 
AAAGATGGCT GTGAAACTTG TACTTGTAAA ACAAACGGTA ATGTGAAATG TATAAGGGAC 
AACTGTCAAT GCACATACAA GGGACAAATT TATGTTACTG GACAAAAATT TAAAGACGAT 
TGTAATGATT GTGAATGTAA AGATGATGGA AACGTAAAAT GTGATCAGAA TCCATGTCGA 
TGTACTTACA AGTATAAGGT TTATGAATTC GGAGCACAGT TCAAAGATGG CTGTGAAACT 
TGTACTTGTA AAACAAACGG TAATGTGAAA TGTATAAGGG ACAACTGTCA ATGCACATAT 
AAGGGACAAA TTTATGTTAC TGGACAAAAA TTTAAAGACG ATTGCAATGA TTGTGAATGT 
AAAGATGATG GAAACGTAAA ATGTGATCAG ATTCCATGCC GATGTACTTA CAAAGATATG 
GTTTATGCAA TCGGAGCACA GTTCAAAGAT GGCTGCGAGT TTTGTACCTG TAAAACTAAT 
GGTAATGTTG ATTGTATAAG GGACAACTGT CGATGCACAT ACAAAGGACA AATTTATGCT 
ACCGGGCAAG AGTTTGACGA TGGTTGTAAG AAATGTAAAT GTTCAATCGG AGGTTTTGTA 
AAGTGTTCGA ATGCATCATG TACGTGTAGT TTCAATGGAC TGTTGTACCA GCCAGGGCAG 
TCCTTTCAAT ACGGTTGCAA TACTTGCAGA TGTAGCACCG TCGGTTCTGT AAGTTGCTCG 
CAGCTGCAGT GTCAGAACTG CATATATAAA AATAAAACTT ATGATTTCGG TGCAGTTTTT 
TATGATGCCT GCAATAGATG TAACTGTTCT ATTGATGGTA CCGTGGATTG TGAGAAGAAA 
TTATGCCCAG TAAATTGCAC GCATAACGGT AAATCGTATT CCATCGGTGA TACATTTCAA 
GTTTCCTGCA ACACCTGTAA GTGTGCACCG TCGGGTATTG CAGTTTGTAC GCGGAAAGCC 
TGCCCCTCGG TGTGCCAGTA TTATGGAAAA TCCCACAACC ACGGAGACAT GTTTGCTTCA 
CGAGACAAAT GTAATATTTG TTTTTGTAAT AATGGTATTA CCCATTGTAC GAGACGTGTT 
TGTTATCATT AG

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

LOC106880275 ( XM_014930148.1 ) cDNA ORF clone, Octopus bimaculoides -> XP_014785634.1 Octopus bimaculoides kielin/chordin-like protein (LOC106880275), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OOc32495
Clone ID Related Accession (Same CDS sequence)	XM_014930147.1 , XM_014930148.1
Accession Version	XM_014930148.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4212bp) 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	2015-12-08
Organism	Octopus bimaculoides
Product	kielin/chordin-like protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014705118.1) 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 :: Octopus bimaculoides 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##

ATGTTTCGTT TCTTGCTACT AATTTTAGCA GCTATTTCCT CTGTTAGTTG CTTGAAAGGA 
AAATGTATGC ATAATGGACA AGAACGTCAA GGAATATTCC GAACTGAATG CAATATTTGT 
GTATGTTTAA AAAATGGCAA AGCATTGTGT ACGAATAATC AATGTGATTA CGGACAGGGA 
TCTACTTGTA TCTATCAAGG TAAACATTAT AGGACAGGAC AGACATTTCA ACAATCATGT 
AAAACATGTA CATGCAAACC TAGTGGTCAG GTAGTTTGCA GCGGCAATGA TTGTAATAAA 
ACATGCACAT ATAAAGGGAA GCAATACAAA AAAGGCGATG AATTTCAAGA CGACTGTAAA 
AGATGTAAAT GTCTTTCTAC TGGCTACACT GAATGTATCA ATACCTCCTG TCAATGCAAA 
TATGATGGTA AAGACTACAA ATATGGAGAG ACTTTCAAAG TTGATTGTAA GACATGTATT 
TGTCAAACTA CAGGAACAGT GAAGTGTAAC AACGACAGAT GTGAATGTTA TTACAATAAT 
GTGCGATATC AAAGTGGACA AAATTTCACT GATGGCTGCA ACACATGCAA ATGTCTAAGT 
AACGGAACAA TTAAGTGTAC TGAAAAAACT TGTAAATGTT ATTACAGAGG AAAACTATTT 
AATGTAGGCG ACAGATTTAC AGAAGGTTGT AGCACTTGTT ATTGTCAAAA GAACGGGCAA 
GTTAAATGTA AAGACAACGT CTGTCAATGC ACGTACAAGG GACAAATTTA TGTTACTGGA 
CAAAAATTTA AAGACGATTG TAATGATTGT GAATGTAAAG ATGATGGAAA CGTAAAATGT 
GATCAGAATC CATGTCGATG TACTTACAAG TATAAGGTTT ATGAATTCGG AGCACAGTTC 
AAAGATGGCT GTGAAACTTG TACTTGTAAA ACAAACGGTA ATGTGAAATG TATAAGGGAC 
AACTGTCAAT GCACATACAA GGGACAAATT TATGTTACTG GACAAAAATT TAAAGACGAT 
TGTAATGATT GTGAATGTAA AGATGATGGA AACGTAAAAT GTGATCAGAA TCCATGTCGA 
TGTACTTACA AGTATAAGGT TTATGAATTC GGAGCACAGT TCAAAGATGG CTGTGAAACT 
TGTACTTGTA AAACAAACGG TAATGTGAAA TGTATAAGAG ACAGCTGTCA ATGCACATAC 
AAGGGACAAA TTTATGTTAC TGGACAAGAA TTTAAAGACG ATTGCAATGA TTGTGAATGT 
AAAGATGATG GAAACGTAAA ATGTGATCAG ATTCCATGTC CATGTACTTA CAAAAATATG 
GTCTATGCAA TCGGAGCACA GTTCAAAGAT GGCTGCGGAT CGTGTACTTG TAAAACTAAT 
GGTAATGTTG ATTGTATAAG GGACAACTGT CGATGCACAT ATAAAGGACA AATATACGTA 
AGTGGACAAA AATTTAAAGA CGATTGTAAT GATTGTGAAT GTAAAGATGA TGGAAGCGTA 
AAATGTGATC AGAATCCATG TCGATGTACT TACAAAAATA TGATCTATGC AATCGGAGCA 
CAGTTCAAAG ATGGCTGCGG ATCGTGTACT TGTAAAACTA ATGGTAATGT TGATTGTATA 
AGGGACAACT GTCAATGCAC ACACAAAGGA CAAATATACA TAATTGGTCA AAAATTTAAA 
GACGATTGTA ATGATTGTGA ATGTAAAGAT GATGGAAACG TAAAATGTGA TCAGATTCCC 
TGTCGATGTA CTTACAAAAA TATGGTTTAT GCAATCGGAG CACAGTTCAA AGATGGCTGC 
GGATCTTGTA CCTGTAAAAC TAATGGTAAT GTTGATTGTA TAAGGGACAG CTGTCAATGC 
ACATACAAAG GAAAAACATA TGATGTTGGG CAAACTTTTA ATGATGTATG CAATCAATGT 
GTATGCTTAG GTGGTTACAA CATACGTTGT ACTCAAAATA CATGCAGATG CTTTTATAAA 
AATCGGGAAT ATAATTATGG GATGCAGTTT AAAGATGACT GCAATACATG CACATGCAAG 
ACTAACGGGG TTGTCACCTG TTCAAAAAAT GATTGCTTCT GCACATATAA AGGAAAGCGT 
TTTTTGCATA ATCAAGTATT TAATGATGAT TGTAACCAAT GCGTATGCTT AGATAATTAT 
GTAATGCATT GCACCAGAAA TAAGTGTAAC TGTACGTACA AAAATGTGGT TTACAAAATC 
GGAGAAGAGT TTAGAGACGG CTGTAGCATT TGTACTTGTA AAACTAATGG CATTCTTGAT 
TGTTCAAAGA ACGGCTGTCA ATGCACATAC AAAGGGAAAA CTTATGTAAC TGGACAGAAA 
TTTAAAGACG ATTGTAATGA ATGCGAATGT AAAGATGGTG GAAATGTAAA ATGTGATCAG 
AATCCATGTC GCTGTACTTA CAAAAATATG GTTTATGCAA TCGGAACACA GTTCAAAGAT 
GGCTGCGGAA CTTGTACTTG TAAAACTAAT GGTAATGTTG ATTGTATAAG GGACAACTGT 
CGATGCGCTT ATAAAGGACA AATATACATA ACTGGACAAA AATTTAAAGA CGATTGCAAT 
AATTGTGAAT GTAAAGATGA TGGAAATGTA AAATGTGATC AGAATCCATG TCGATGTACT 
TACAAAAATA TGGTCTATGC AATCGGAGCA CAGTTCAAAG ATGGCTGCGG ATCTTGTACC 
TGTAAAACTA ATGGTAATGT TGATTGTATA AGGGACAGCT GTCAATGCAC ATATAAAGGA 
CAAATATACG TAATTGGTCA AAAATTTAAA GACGATTGCA ATGATTGTGA ATGTAAAGAT 
GATGGAACTG TAAAATGTGA TCAGAATCCA TGTCAATGTA CTTACAAAAA TATGATCTAT 
GCAATCGGAG CACAGTTCAA AGATGGCTGC GGATCGTGTA CTTGTAAAAC TAATGGTAAT 
GTTGATTGTA TAAGGGACAA CTGTCAATGC ACATATAAAG GACAAATATA CGTAATTGGT 
CAAAAATTTA AAGACGATTG TAATGATTGT GAATGTAAAG ATGATGGAAA CGTAAAATGT 
GATCAGAATC CATGTCGATG TACTTACAAG TATAAGGTTT ATGAATTCGG AGCACAGTTC 
AAAGATGGCT GTGAAACTTG TACTTGTAAA ACAAACGGTA ATGTGAAATG TATAAGGGAC 
AACTGTCAAT GCACATACAA GGGACAAATT TATGTTACTG GACAAAAATT TAAAGACGAT 
TGTAATGATT GTGAATGTAA AGATGATGGA AACGTAAAAT GTGATCAGAA TCCATGTCGA 
TGTACTTACA AGTATAAGGT TTATGAATTC GGAGCACAGT TCAAAGATGG CTGTGAAACT 
TGTACTTGTA AAACAAACGG TAATGTGAAA TGTATAAGGG ACAACTGTCA ATGCACATAT 
AAGGGACAAA TTTATGTTAC TGGACAAAAA TTTAAAGACG ATTGCAATGA TTGTGAATGT 
AAAGATGATG GAAACGTAAA ATGTGATCAG ATTCCATGCC GATGTACTTA CAAAGATATG 
GTTTATGCAA TCGGAGCACA GTTCAAAGAT GGCTGCGAGT TTTGTACCTG TAAAACTAAT 
GGTAATGTTG ATTGTATAAG GGACAACTGT CGATGCACAT ACAAAGGACA AATTTATGCT 
ACCGGGCAAG AGTTTGACGA TGGTTGTAAG AAATGTAAAT GTTCAATCGG AGGTTTTGTA 
AAGTGTTCGA ATGCATCATG TACGTGTAGT TTCAATGGAC TGTTGTACCA GCCAGGGCAG 
TCCTTTCAAT ACGGTTGCAA TACTTGCAGA TGTAGCACCG TCGGTTCTGT AAGTTGCTCG 
CAGCTGCAGT GTCAGAACTG CATATATAAA AATAAAACTT ATGATTTCGG TGCAGTTTTT 
TATGATGCCT GCAATAGATG TAACTGTTCT ATTGATGGTA CCGTGGATTG TGAGAAGAAA 
TTATGCCCAG TAAATTGCAC GCATAACGGT AAATCGTATT CCATCGGTGA TACATTTCAA 
GTTTCCTGCA ACACCTGTAA GTGTGCACCG TCGGGTATTG CAGTTTGTAC GCGGAAAGCC 
TGCCCCTCGG TGTGCCAGTA TTATGGAAAA TCCCACAACC ACGGAGACAT GTTTGCTTCA 
CGAGACAAAT GTAATATTTG TTTTTGTAAT AATGGTATTA CCCATTGTAC GAGACGTGTT 
TGTTATCATT AG

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

RefSeq	XP_014785634.1
CDS	48..4259
Translation	MFRFLLLILAAISSVSCLKGKCMHNGQERQGIFRTECNICVCLKNGKALCTNNQCDYGQGSTCIYQGKHYRTGQTFQQSCKTCTCKPSGQVVCSGNDCNKTCTYKGKQYKKGDEFQDDCKRCKCLSTGYTECINTSCQCKYDGKDYKYGETFKVDCKTCICQTTGTVKCNNDRCECYYNNVRYQSGQNFTDGCNTCKCLSNGTIKCTEKTCKCYYRGKLFNVGDRFTEGCSTCYCQKNGQVKCKDNVCQCTYKGQIYVTGQKFKDDCNDCECKDDGNVKCDQNPCRCTYKYKVYEFGAQFKDGCETCTCKTNGNVKCIRDNCQCTYKGQIYVTGQKFKDDCNDCECKDDGNVKCDQNPCRCTYKYKVYEFGAQFKDGCETCTCKTNGNVKCIRDSCQCTYKGQIYVTGQEFKDDCNDCECKDDGNVKCDQIPCPCTYKNMVYAIGAQFKDGCGSCTCKTNGNVDCIRDNCRCTYKGQIYVSGQKFKDDCNDCECKDDGSVKCDQNPCRCTYKNMIYAIGAQFKDGCGSCTCKTNGNVDCIRDNCQCTHKGQIYIIGQKFKDDCNDCECKDDGNVKCDQIPCRCTYKNMVYAIGAQFKDGCGSCTCKTNGNVDCIRDSCQCTYKGKTYDVGQTFNDVCNQCVCLGGYNIRCTQNTCRCFYKNREYNYGMQFKDDCNTCTCKTNGVVTCSKNDCFCTYKGKRFLHNQVFNDDCNQCVCLDNYVMHCTRNKCNCTYKNVVYKIGEEFRDGCSICTCKTNGILDCSKNGCQCTYKGKTYVTGQKFKDDCNECECKDGGNVKCDQNPCRCTYKNMVYAIGTQFKDGCGTCTCKTNGNVDCIRDNCRCAYKGQIYITGQKFKDDCNNCECKDDGNVKCDQNPCRCTYKNMVYAIGAQFKDGCGSCTCKTNGNVDCIRDSCQCTYKGQIYVIGQKFKDDCNDCECKDDGTVKCDQNPCQCTYKNMIYAIGAQFKDGCGSCTCKTNGNVDCIRDNCQCTYKGQIYVIGQKFKDDCNDCECKDDGNVKCDQNPCRCTYKYKVYEFGAQFKDGCETCTCKTNGNVKCIRDNCQCTYKGQIYVTGQKFKDDCNDCECKDDGNVKCDQNPCRCTYKYKVYEFGAQFKDGCETCTCKTNGNVKCIRDNCQCTYKGQIYVTGQKFKDDCNDCECKDDGNVKCDQIPCRCTYKDMVYAIGAQFKDGCEFCTCKTNGNVDCIRDNCRCTYKGQIYATGQEFDDGCKKCKCSIGGFVKCSNASCTCSFNGLLYQPGQSFQYGCNTCRCSTVGSVSCSQLQCQNCIYKNKTYDFGAVFYDACNRCNCSIDGTVDCEKKLCPVNCTHNGKSYSIGDTFQVSCNTCKCAPSGIAVCTRKACPSVCQYYGKSHNHGDMFASRDKCNICFCNNGITHCTRRVCYH

Target ORF information:

RefSeq Version	XM_014930148.1
Organism	Octopus bimaculoides
Definition	Octopus bimaculoides kielin/chordin-like protein (LOC106880275), transcript variant X2, mRNA.

Target ORF information:

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

XM_014930148.1

ORF Insert Sequence:

ATGTTTCGTT TCTTGCTACT AATTTTAGCA GCTATTTCCT CTGTTAGTTG CTTGAAAGGA 
AAATGTATGC ATAATGGACA AGAACGTCAA GGAATATTCC GAACTGAATG CAATATTTGT 
GTATGTTTAA AAAATGGCAA AGCATTGTGT ACGAATAATC AATGTGATTA CGGACAGGGA 
TCTACTTGTA TCTATCAAGG TAAACATTAT AGGACAGGAC AGACATTTCA ACAATCATGT 
AAAACATGTA CATGCAAACC TAGTGGTCAG GTAGTTTGCA GCGGCAATGA TTGTAATAAA 
ACATGCACAT ATAAAGGGAA GCAATACAAA AAAGGCGATG AATTTCAAGA CGACTGTAAA 
AGATGTAAAT GTCTTTCTAC TGGCTACACT GAATGTATCA ATACCTCCTG TCAATGCAAA 
TATGATGGTA AAGACTACAA ATATGGAGAG ACTTTCAAAG TTGATTGTAA GACATGTATT 
TGTCAAACTA CAGGAACAGT GAAGTGTAAC AACGACAGAT GTGAATGTTA TTACAATAAT 
GTGCGATATC AAAGTGGACA AAATTTCACT GATGGCTGCA ACACATGCAA ATGTCTAAGT 
AACGGAACAA TTAAGTGTAC TGAAAAAACT TGTAAATGTT ATTACAGAGG AAAACTATTT 
AATGTAGGCG ACAGATTTAC AGAAGGTTGT AGCACTTGTT ATTGTCAAAA GAACGGGCAA 
GTTAAATGTA AAGACAACGT CTGTCAATGC ACGTACAAGG GACAAATTTA TGTTACTGGA 
CAAAAATTTA AAGACGATTG TAATGATTGT GAATGTAAAG ATGATGGAAA CGTAAAATGT 
GATCAGAATC CATGTCGATG TACTTACAAG TATAAGGTTT ATGAATTCGG AGCACAGTTC 
AAAGATGGCT GTGAAACTTG TACTTGTAAA ACAAACGGTA ATGTGAAATG TATAAGGGAC 
AACTGTCAAT GCACATACAA GGGACAAATT TATGTTACTG GACAAAAATT TAAAGACGAT 
TGTAATGATT GTGAATGTAA AGATGATGGA AACGTAAAAT GTGATCAGAA TCCATGTCGA 
TGTACTTACA AGTATAAGGT TTATGAATTC GGAGCACAGT TCAAAGATGG CTGTGAAACT 
TGTACTTGTA AAACAAACGG TAATGTGAAA TGTATAAGAG ACAGCTGTCA ATGCACATAC 
AAGGGACAAA TTTATGTTAC TGGACAAGAA TTTAAAGACG ATTGCAATGA TTGTGAATGT 
AAAGATGATG GAAACGTAAA ATGTGATCAG ATTCCATGTC CATGTACTTA CAAAAATATG 
GTCTATGCAA TCGGAGCACA GTTCAAAGAT GGCTGCGGAT CGTGTACTTG TAAAACTAAT 
GGTAATGTTG ATTGTATAAG GGACAACTGT CGATGCACAT ATAAAGGACA AATATACGTA 
AGTGGACAAA AATTTAAAGA CGATTGTAAT GATTGTGAAT GTAAAGATGA TGGAAGCGTA 
AAATGTGATC AGAATCCATG TCGATGTACT TACAAAAATA TGATCTATGC AATCGGAGCA 
CAGTTCAAAG ATGGCTGCGG ATCGTGTACT TGTAAAACTA ATGGTAATGT TGATTGTATA 
AGGGACAACT GTCAATGCAC ACACAAAGGA CAAATATACA TAATTGGTCA AAAATTTAAA 
GACGATTGTA ATGATTGTGA ATGTAAAGAT GATGGAAACG TAAAATGTGA TCAGATTCCC 
TGTCGATGTA CTTACAAAAA TATGGTTTAT GCAATCGGAG CACAGTTCAA AGATGGCTGC 
GGATCTTGTA CCTGTAAAAC TAATGGTAAT GTTGATTGTA TAAGGGACAG CTGTCAATGC 
ACATACAAAG GAAAAACATA TGATGTTGGG CAAACTTTTA ATGATGTATG CAATCAATGT 
GTATGCTTAG GTGGTTACAA CATACGTTGT ACTCAAAATA CATGCAGATG CTTTTATAAA 
AATCGGGAAT ATAATTATGG GATGCAGTTT AAAGATGACT GCAATACATG CACATGCAAG 
ACTAACGGGG TTGTCACCTG TTCAAAAAAT GATTGCTTCT GCACATATAA AGGAAAGCGT 
TTTTTGCATA ATCAAGTATT TAATGATGAT TGTAACCAAT GCGTATGCTT AGATAATTAT 
GTAATGCATT GCACCAGAAA TAAGTGTAAC TGTACGTACA AAAATGTGGT TTACAAAATC 
GGAGAAGAGT TTAGAGACGG CTGTAGCATT TGTACTTGTA AAACTAATGG CATTCTTGAT 
TGTTCAAAGA ACGGCTGTCA ATGCACATAC AAAGGGAAAA CTTATGTAAC TGGACAGAAA 
TTTAAAGACG ATTGTAATGA ATGCGAATGT AAAGATGGTG GAAATGTAAA ATGTGATCAG 
AATCCATGTC GCTGTACTTA CAAAAATATG GTTTATGCAA TCGGAACACA GTTCAAAGAT 
GGCTGCGGAA CTTGTACTTG TAAAACTAAT GGTAATGTTG ATTGTATAAG GGACAACTGT 
CGATGCGCTT ATAAAGGACA AATATACATA ACTGGACAAA AATTTAAAGA CGATTGCAAT 
AATTGTGAAT GTAAAGATGA TGGAAATGTA AAATGTGATC AGAATCCATG TCGATGTACT 
TACAAAAATA TGGTCTATGC AATCGGAGCA CAGTTCAAAG ATGGCTGCGG ATCTTGTACC 
TGTAAAACTA ATGGTAATGT TGATTGTATA AGGGACAGCT GTCAATGCAC ATATAAAGGA 
CAAATATACG TAATTGGTCA AAAATTTAAA GACGATTGCA ATGATTGTGA ATGTAAAGAT 
GATGGAACTG TAAAATGTGA TCAGAATCCA TGTCAATGTA CTTACAAAAA TATGATCTAT 
GCAATCGGAG CACAGTTCAA AGATGGCTGC GGATCGTGTA CTTGTAAAAC TAATGGTAAT 
GTTGATTGTA TAAGGGACAA CTGTCAATGC ACATATAAAG GACAAATATA CGTAATTGGT 
CAAAAATTTA AAGACGATTG TAATGATTGT GAATGTAAAG ATGATGGAAA CGTAAAATGT 
GATCAGAATC CATGTCGATG TACTTACAAG TATAAGGTTT ATGAATTCGG AGCACAGTTC 
AAAGATGGCT GTGAAACTTG TACTTGTAAA ACAAACGGTA ATGTGAAATG TATAAGGGAC 
AACTGTCAAT GCACATACAA GGGACAAATT TATGTTACTG GACAAAAATT TAAAGACGAT 
TGTAATGATT GTGAATGTAA AGATGATGGA AACGTAAAAT GTGATCAGAA TCCATGTCGA 
TGTACTTACA AGTATAAGGT TTATGAATTC GGAGCACAGT TCAAAGATGG CTGTGAAACT 
TGTACTTGTA AAACAAACGG TAATGTGAAA TGTATAAGGG ACAACTGTCA ATGCACATAT 
AAGGGACAAA TTTATGTTAC TGGACAAAAA TTTAAAGACG ATTGCAATGA TTGTGAATGT 
AAAGATGATG GAAACGTAAA ATGTGATCAG ATTCCATGCC GATGTACTTA CAAAGATATG 
GTTTATGCAA TCGGAGCACA GTTCAAAGAT GGCTGCGAGT TTTGTACCTG TAAAACTAAT 
GGTAATGTTG ATTGTATAAG GGACAACTGT CGATGCACAT ACAAAGGACA AATTTATGCT 
ACCGGGCAAG AGTTTGACGA TGGTTGTAAG AAATGTAAAT GTTCAATCGG AGGTTTTGTA 
AAGTGTTCGA ATGCATCATG TACGTGTAGT TTCAATGGAC TGTTGTACCA GCCAGGGCAG 
TCCTTTCAAT ACGGTTGCAA TACTTGCAGA TGTAGCACCG TCGGTTCTGT AAGTTGCTCG 
CAGCTGCAGT GTCAGAACTG CATATATAAA AATAAAACTT ATGATTTCGG TGCAGTTTTT 
TATGATGCCT GCAATAGATG TAACTGTTCT ATTGATGGTA CCGTGGATTG TGAGAAGAAA 
TTATGCCCAG TAAATTGCAC GCATAACGGT AAATCGTATT CCATCGGTGA TACATTTCAA 
GTTTCCTGCA ACACCTGTAA GTGTGCACCG TCGGGTATTG CAGTTTGTAC GCGGAAAGCC 
TGCCCCTCGG TGTGCCAGTA TTATGGAAAA TCCCACAACC ACGGAGACAT GTTTGCTTCA 
CGAGACAAAT GTAATATTTG TTTTTGTAAT AATGGTATTA CCCATTGTAC GAGACGTGTT 
TGTTATCATT AG