CEMIP cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	CEMIP
Entrez Gene ID	104059994
Full Name	cell migration inducing hyaluronan binding protein
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009561726.1	XP_009560021.1	cell migration-inducing and hyaluronan-binding protein isoform X1
XM_009561727.1	XP_009560022.1	cell migration-inducing and hyaluronan-binding protein isoform X2

Pathways from BioSystems
Gene Ontology

The following CEMIP gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CEMIP 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
OCu45323	XM_009561726.1 Latest version!	Cuculus canorus cell migration inducing protein, hyaluronan binding (CEMIP), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OCu45324	XM_009561727.1 Latest version!	Cuculus canorus cell migration inducing protein, hyaluronan binding (CEMIP), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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*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)

CEMIP ( XM_009561726.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009560021.1 Cuculus canorus cell migration inducing protein, hyaluronan binding (CEMIP), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OCu45323
Clone ID Related Accession (Same CDS sequence)	XM_009561726.1
Accession Version	XM_009561726.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4083bp) 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	2014-10-13
Organism	Cuculus canorus(common cuckoo)
Product	cell migration-inducing and hyaluronan-binding protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009245166.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Cuculus canorus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCTAC CACCCTCCAA GTATCTGGCC CAAAACTTCA TTTTTCTTCT GTTTGCAATC 
TCTTCTGTAA GCACAGCAGA AGCAGCTGTG ACATGTCCTG ACAAGGATCC TGAACTAGAA 
ATCTGGAACC CAGGTCACGA CGAAGAAAAT CGCATTGAAA TCCGTAATGG CAGGAAGCTC 
CTTCTCTCTT CTTCTGCAAC CGTCCATTCT ATCCACATCA CTGCTGGAGG AAAACTGGTC 
ATTAAAGACG ACGCGCAGCC TATCCTTTTG CGTACTAGAC ACATACTCAT TGAAAATGAT 
GGAGAGTTAC ATATCGGCAG TGAGATGTGC CCTTACCAAA GCAATGTGGT TATCATCTTA 
TATGGGCGGG CAGGTGATGG CAGCCAGCCG AATCCCTACT TTGGACAGAA GTATCTTGGA 
GTAAGTAAGG GTGGCACTCT TGAGATCCAC GGAAAGAAAA AGCTGTCCTG GACTTTCTTA 
AACAAAACTC TTCATCCTGG TGGCATGGAA GAAGGTGGAT ATTACTTTGA AAGGAGCTGG 
GGCCATCGCG GTGTCATTGT CCATGTTATT GACCCAAAGA CGGGGGCAGT TGTCCATTCA 
GATCGGTTTG ATACCTACAG AGCGAAAGAG GAAAGCATAC GTCTTGCCCA GTATTTGGGC 
AGAGTCGCGA ATGGCATGAT CCTGTCAGTT GCAGTGAACG ATGAAGGATC TAGAAACTTG 
GACGACTCGG CCAGGAAAGC AATGACCAAA CTGGGCAGCA AGCATTTCCT CCACCTTGGG 
TTTAGGCACC CATGGAGTTT TATTACTGTT AAAGGAAATC CTTCCTCTTC CGTTGAAGAC 
CACATTGAAT ATCAAGGTCA CAAAGGGTCA GCTGTGGCCA AAGTATTCAA ACTATTCAAA 
GCTGAGAATG GAGAATATTT CAACATCTCT TCCACTAGCG AGTGGGTTCA AGACATAGAA 
TGGACAGAGT GGTTTGAGAA GCCTGATAAA GGGAGATCTA AGGACATGGA GAAGCTTTCT 
GACTTCAAAG CTGCTCATCC TGATAAAATC TGTAGGCAAC CCATTGACAT CCAGGCAATG 
ACGCTTGATG GAGCTAATTT AACAACTGAA GTTTTCTATA AGAGTGGCCA CGACTACAGG 
TTTCTGTGCC ACGGCAAGGA CCAGACAGGC GAGGGGTGCC AGAACTACAG AGTACGGTTC 
CTGTGTGGCA AATCTGTGAA ACCAAAGCTT ACAGTAACCA TTGACACCAA TGTGAATAGC 
ACAGTCCTGA ATCTGGTGGA TGATGTGAGC TCATGGGAAC CTGGAGACAG GCTGGTGGTT 
GCAAGCACTG ACTACTCCAT GTACCAGGCA GAGGAGTTCG AAGTACTGCC ATGCAAAGCC 
TGCAGACCCA CCCAGGTCAA GGTAGCAGGG AAAGCAACCT ACCTCCACAT TGGTGAAGTT 
GTTGATGGTG TCGACATGCG GGCAGAAGTG GGGCTGCTGA GCCGCAACAT CATGGTGATG 
GGCGAGATGG AGGGGCAGTG CTATGAGTAT GGCAATAAGT TATGCTCCTT CTTCGATTTT 
GACACCTTTG GGGGACACAT CAAGATTGGT CTTGATTTTA AAGCTACTCA TATTGAAGGT 
CTGGAATTGA AATACATGGG CCAGCAGACA ATGGGACATT ACCCAATTCA CTTCCATATG 
GCTGGAGACG TGGATGAGAA AGGAGGCTAC AACCCTCCAA CGTACGTGAA GGACACCTCC 
ATACACCATA CCTTCTCCCG CTGTGTTACT GTCCATGGAT CCAATGGTTT ACTGGTAAAG 
GATGTTGTGG GTTATGATGC ACTGGGCCAT TGCTTCTTTA CTGAGGATGG ACCAGAAGAG 
CGCAACACAT TTGATCACTG CCTTGGACTT CTTGTTAAAC CTAGCACTCT GCTCCCCTCC 
GACCGAGACA GCAGGATGTG CAAACTGATC ACAGAGGGCG CTTACCCGGG GTACGTCCCT 
AAACCCAGGC AAGACTGTAG TGCCGTATCC ACCTTCTGGA TAGCCAATCC ACACAACAAC 
CTTATAAACT GTGCAGCTGC GGGATCTGAA GAAACAGGTT TTTGGTTCGT TTTGCACCAT 
GTGCCGACGG GGCCCTCGGC GGGCATGTAT TCCCCTGGCT ACTCGGAGCA CATGCCGATG 
GGGAAATTCT CCAATAACCG TGCGCATTCC AACTACCGAG CTGGAATGAT AATTGATAAT 
GGTGTCAAAA CCACTCCAGC CTCAGCCAAG GACAAGAGAC CTATCCTGAC ACTGATTTCT 
GGAAGATACA GCCCACACAA AGATGCTGAT CCTTTGAAGC CCAGGGAACC TGCAATAATT 
GAGCACTTTA TTGCCTACAA GAATCAGGAT CACGGGGCCT GGCTGCGGGG TGGTGATGTG 
TGGCTGGACA ACTGCCAGTT TGCTGACAAC GGCATTGGCC TGACCTTAGC AAGCGGTGGG 
ACTTTCCCTC ATGATGATGG CTCAAAGCAA GAAATCAAGA ACAGCCTGTT TGTTGGGGAG 
AGTGGAAACC TGGGCACCGA GACGATGGAC AATGAGATCT GGGGACCTGG AGGTCTGGAT 
CATAGAGGAA GAACACTGCC CATTGGCCCG GATTTTCCCA TTCGAGGGAT TCAGTTCTAC 
GATGGACCAA TCAATGTCCA GAACTGCACC TTCCGCAAAT TCGCTGCCCT GGAAGGTCGA 
CACACAAGTG CCCTGGCCTT CCGGCTCAAT AACGCCTGGC AGAGCTGCCC CAACAACAAT 
GTCACCGACA TTCATTTTGA AGATGTTCCT ATTACCTCAA GAGTCTTCTT TGGAGAACCT 
GGACCCTGGT TCAATGATCT GGATATGGAT GGTGATAAAA CATCAGTTTT TCATGATGTA 
GATGGTTCTG TGTCAGAATA TCCAGGCTCA TATCTGGTAA AAGAAGATAA CTGGTTAATC 
AAGCACCCTG ATTGCATTGA CGTGCCCGAC TGGAGAGGTT CCATCTGCAG TGGACACTTT 
GCACAGATCT ACATCCAAGC CTACAAGCCA GCCAACCTGA AAATGAAAAT AATAAAGAAC 
GACTACCACA ATCACCCACT GTACTTGGAA GGGGCTTTGA GCAAAAGCAC TCATTACCAG 
CAGTATCAGC CAGTTATAAC TCTGAGGAAA GGCTACACCA TCCACTGGGA CAAGACAGCC 
CCTGAAGAGC TGGCCATATG GCTTATCAAC TTCAACAAGA ACGACTGGAT CCAAGTAGGG 
TTTTGCTATC CTAAAGGGAC GACATTTTCC ATTCTCTCAG ACATCCACAA TCGTCTCTTG 
AAGAAAACAT ACAAAACTGG AACCTTCTAC AGAACTTCTC AAATGGAGAA ACTGGAGCAC 
AGATATCCTA GCAAAGGATA CTACTATTGG GATGAAGACA CTGGGCTGCT GTTTCTGAAA 
CTCAAAGCTC AAAATGAGAA GGAGAAATTT GCTTTCTGCT CTGTCAAGGG CTGTGAAAGA 
ATAAGGATCA AGGCTGTGAT CCCAAAGACA GCTGGCATCA GTGACTGTGA AGCCATGGCC 
TATCCCAAGT ACATTGAGAC ACCGATAATA GAAGTGCCGA TGCCTAAGAA GCTCTCTAAT 
GAACAGCTGA AGACTAAGGA CCACCTACTA GAAGTGAAAA TAGAAACTTT TAAGAAACAG 
TACTTCCACC TAAAGGATGA CTTTGCATAC ATTGAGGTTG ATGGCGTAAG GTTCTTCCTC 
TCTGATGAGG GCATCCAACT GGTTGTGATT GATGGACATC GTGGAAAAGT TGTTGATCGA 
GTAACATTCA AAAACTCAAT TCTACAAGGA ATCCCAGCAC AGATAGAAAA TTACGTCAAC 
CACATCAAGG ATCACTCCAT AGTGCTGGTG ATATCTAAAG GAAGATTCAT TTCAAGAGGA 
CCATGGACTA AAGTACTGGA GAAACTTGGA GCAGAAGAGG GGTTTAGGCT AAAAGAAAAA 
ATGGCTTTTG TTGGATTCAA AGGCAGCTTC CGCCCTGTCT GGGTGAAGTT GGTCACTAAT 
GAGGACTCAG CTAAAATTTA TCAAGCACTG CCAATTCCTG TGGTGAAGAA AATGAAGTTA 
TGA

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

RefSeq	XP_009560021.1
CDS	1..4083
Translation	MALPPSKYLAQNFIFLLFAISSVSTAEAAVTCPDKDPELEIWNPGHDEENRIEIRNGRKLLLSSSATVHSIHITAGGKLVIKDDAQPILLRTRHILIENDGELHIGSEMCPYQSNVVIILYGRAGDGSQPNPYFGQKYLGVSKGGTLEIHGKKKLSWTFLNKTLHPGGMEEGGYYFERSWGHRGVIVHVIDPKTGAVVHSDRFDTYRAKEESIRLAQYLGRVANGMILSVAVNDEGSRNLDDSARKAMTKLGSKHFLHLGFRHPWSFITVKGNPSSSVEDHIEYQGHKGSAVAKVFKLFKAENGEYFNISSTSEWVQDIEWTEWFEKPDKGRSKDMEKLSDFKAAHPDKICRQPIDIQAMTLDGANLTTEVFYKSGHDYRFLCHGKDQTGEGCQNYRVRFLCGKSVKPKLTVTIDTNVNSTVLNLVDDVSSWEPGDRLVVASTDYSMYQAEEFEVLPCKACRPTQVKVAGKATYLHIGEVVDGVDMRAEVGLLSRNIMVMGEMEGQCYEYGNKLCSFFDFDTFGGHIKIGLDFKATHIEGLELKYMGQQTMGHYPIHFHMAGDVDEKGGYNPPTYVKDTSIHHTFSRCVTVHGSNGLLVKDVVGYDALGHCFFTEDGPEERNTFDHCLGLLVKPSTLLPSDRDSRMCKLITEGAYPGYVPKPRQDCSAVSTFWIANPHNNLINCAAAGSEETGFWFVLHHVPTGPSAGMYSPGYSEHMPMGKFSNNRAHSNYRAGMIIDNGVKTTPASAKDKRPILTLISGRYSPHKDADPLKPREPAIIEHFIAYKNQDHGAWLRGGDVWLDNCQFADNGIGLTLASGGTFPHDDGSKQEIKNSLFVGESGNLGTETMDNEIWGPGGLDHRGRTLPIGPDFPIRGIQFYDGPINVQNCTFRKFAALEGRHTSALAFRLNNAWQSCPNNNVTDIHFEDVPITSRVFFGEPGPWFNDLDMDGDKTSVFHDVDGSVSEYPGSYLVKEDNWLIKHPDCIDVPDWRGSICSGHFAQIYIQAYKPANLKMKIIKNDYHNHPLYLEGALSKSTHYQQYQPVITLRKGYTIHWDKTAPEELAIWLINFNKNDWIQVGFCYPKGTTFSILSDIHNRLLKKTYKTGTFYRTSQMEKLEHRYPSKGYYYWDEDTGLLFLKLKAQNEKEKFAFCSVKGCERIRIKAVIPKTAGISDCEAMAYPKYIETPIIEVPMPKKLSNEQLKTKDHLLEVKIETFKKQYFHLKDDFAYIEVDGVRFFLSDEGIQLVVIDGHRGKVVDRVTFKNSILQGIPAQIENYVNHIKDHSIVLVISKGRFISRGPWTKVLEKLGAEEGFRLKEKMAFVGFKGSFRPVWVKLVTNEDSAKIYQALPIPVVKKMKL

Target ORF information:

RefSeq Version	XM_009561726.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus cell migration inducing protein, hyaluronan binding (CEMIP), transcript variant X1, mRNA.

Target ORF information:

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

XM_009561726.1

ORF Insert Sequence:

ATGGCCCTAC CACCCTCCAA GTATCTGGCC CAAAACTTCA TTTTTCTTCT GTTTGCAATC 
TCTTCTGTAA GCACAGCAGA AGCAGCTGTG ACATGTCCTG ACAAGGATCC TGAACTAGAA 
ATCTGGAACC CAGGTCACGA CGAAGAAAAT CGCATTGAAA TCCGTAATGG CAGGAAGCTC 
CTTCTCTCTT CTTCTGCAAC CGTCCATTCT ATCCACATCA CTGCTGGAGG AAAACTGGTC 
ATTAAAGACG ACGCGCAGCC TATCCTTTTG CGTACTAGAC ACATACTCAT TGAAAATGAT 
GGAGAGTTAC ATATCGGCAG TGAGATGTGC CCTTACCAAA GCAATGTGGT TATCATCTTA 
TATGGGCGGG CAGGTGATGG CAGCCAGCCG AATCCCTACT TTGGACAGAA GTATCTTGGA 
GTAAGTAAGG GTGGCACTCT TGAGATCCAC GGAAAGAAAA AGCTGTCCTG GACTTTCTTA 
AACAAAACTC TTCATCCTGG TGGCATGGAA GAAGGTGGAT ATTACTTTGA AAGGAGCTGG 
GGCCATCGCG GTGTCATTGT CCATGTTATT GACCCAAAGA CGGGGGCAGT TGTCCATTCA 
GATCGGTTTG ATACCTACAG AGCGAAAGAG GAAAGCATAC GTCTTGCCCA GTATTTGGGC 
AGAGTCGCGA ATGGCATGAT CCTGTCAGTT GCAGTGAACG ATGAAGGATC TAGAAACTTG 
GACGACTCGG CCAGGAAAGC AATGACCAAA CTGGGCAGCA AGCATTTCCT CCACCTTGGG 
TTTAGGCACC CATGGAGTTT TATTACTGTT AAAGGAAATC CTTCCTCTTC CGTTGAAGAC 
CACATTGAAT ATCAAGGTCA CAAAGGGTCA GCTGTGGCCA AAGTATTCAA ACTATTCAAA 
GCTGAGAATG GAGAATATTT CAACATCTCT TCCACTAGCG AGTGGGTTCA AGACATAGAA 
TGGACAGAGT GGTTTGAGAA GCCTGATAAA GGGAGATCTA AGGACATGGA GAAGCTTTCT 
GACTTCAAAG CTGCTCATCC TGATAAAATC TGTAGGCAAC CCATTGACAT CCAGGCAATG 
ACGCTTGATG GAGCTAATTT AACAACTGAA GTTTTCTATA AGAGTGGCCA CGACTACAGG 
TTTCTGTGCC ACGGCAAGGA CCAGACAGGC GAGGGGTGCC AGAACTACAG AGTACGGTTC 
CTGTGTGGCA AATCTGTGAA ACCAAAGCTT ACAGTAACCA TTGACACCAA TGTGAATAGC 
ACAGTCCTGA ATCTGGTGGA TGATGTGAGC TCATGGGAAC CTGGAGACAG GCTGGTGGTT 
GCAAGCACTG ACTACTCCAT GTACCAGGCA GAGGAGTTCG AAGTACTGCC ATGCAAAGCC 
TGCAGACCCA CCCAGGTCAA GGTAGCAGGG AAAGCAACCT ACCTCCACAT TGGTGAAGTT 
GTTGATGGTG TCGACATGCG GGCAGAAGTG GGGCTGCTGA GCCGCAACAT CATGGTGATG 
GGCGAGATGG AGGGGCAGTG CTATGAGTAT GGCAATAAGT TATGCTCCTT CTTCGATTTT 
GACACCTTTG GGGGACACAT CAAGATTGGT CTTGATTTTA AAGCTACTCA TATTGAAGGT 
CTGGAATTGA AATACATGGG CCAGCAGACA ATGGGACATT ACCCAATTCA CTTCCATATG 
GCTGGAGACG TGGATGAGAA AGGAGGCTAC AACCCTCCAA CGTACGTGAA GGACACCTCC 
ATACACCATA CCTTCTCCCG CTGTGTTACT GTCCATGGAT CCAATGGTTT ACTGGTAAAG 
GATGTTGTGG GTTATGATGC ACTGGGCCAT TGCTTCTTTA CTGAGGATGG ACCAGAAGAG 
CGCAACACAT TTGATCACTG CCTTGGACTT CTTGTTAAAC CTAGCACTCT GCTCCCCTCC 
GACCGAGACA GCAGGATGTG CAAACTGATC ACAGAGGGCG CTTACCCGGG GTACGTCCCT 
AAACCCAGGC AAGACTGTAG TGCCGTATCC ACCTTCTGGA TAGCCAATCC ACACAACAAC 
CTTATAAACT GTGCAGCTGC GGGATCTGAA GAAACAGGTT TTTGGTTCGT TTTGCACCAT 
GTGCCGACGG GGCCCTCGGC GGGCATGTAT TCCCCTGGCT ACTCGGAGCA CATGCCGATG 
GGGAAATTCT CCAATAACCG TGCGCATTCC AACTACCGAG CTGGAATGAT AATTGATAAT 
GGTGTCAAAA CCACTCCAGC CTCAGCCAAG GACAAGAGAC CTATCCTGAC ACTGATTTCT 
GGAAGATACA GCCCACACAA AGATGCTGAT CCTTTGAAGC CCAGGGAACC TGCAATAATT 
GAGCACTTTA TTGCCTACAA GAATCAGGAT CACGGGGCCT GGCTGCGGGG TGGTGATGTG 
TGGCTGGACA ACTGCCAGTT TGCTGACAAC GGCATTGGCC TGACCTTAGC AAGCGGTGGG 
ACTTTCCCTC ATGATGATGG CTCAAAGCAA GAAATCAAGA ACAGCCTGTT TGTTGGGGAG 
AGTGGAAACC TGGGCACCGA GACGATGGAC AATGAGATCT GGGGACCTGG AGGTCTGGAT 
CATAGAGGAA GAACACTGCC CATTGGCCCG GATTTTCCCA TTCGAGGGAT TCAGTTCTAC 
GATGGACCAA TCAATGTCCA GAACTGCACC TTCCGCAAAT TCGCTGCCCT GGAAGGTCGA 
CACACAAGTG CCCTGGCCTT CCGGCTCAAT AACGCCTGGC AGAGCTGCCC CAACAACAAT 
GTCACCGACA TTCATTTTGA AGATGTTCCT ATTACCTCAA GAGTCTTCTT TGGAGAACCT 
GGACCCTGGT TCAATGATCT GGATATGGAT GGTGATAAAA CATCAGTTTT TCATGATGTA 
GATGGTTCTG TGTCAGAATA TCCAGGCTCA TATCTGGTAA AAGAAGATAA CTGGTTAATC 
AAGCACCCTG ATTGCATTGA CGTGCCCGAC TGGAGAGGTT CCATCTGCAG TGGACACTTT 
GCACAGATCT ACATCCAAGC CTACAAGCCA GCCAACCTGA AAATGAAAAT AATAAAGAAC 
GACTACCACA ATCACCCACT GTACTTGGAA GGGGCTTTGA GCAAAAGCAC TCATTACCAG 
CAGTATCAGC CAGTTATAAC TCTGAGGAAA GGCTACACCA TCCACTGGGA CAAGACAGCC 
CCTGAAGAGC TGGCCATATG GCTTATCAAC TTCAACAAGA ACGACTGGAT CCAAGTAGGG 
TTTTGCTATC CTAAAGGGAC GACATTTTCC ATTCTCTCAG ACATCCACAA TCGTCTCTTG 
AAGAAAACAT ACAAAACTGG AACCTTCTAC AGAACTTCTC AAATGGAGAA ACTGGAGCAC 
AGATATCCTA GCAAAGGATA CTACTATTGG GATGAAGACA CTGGGCTGCT GTTTCTGAAA 
CTCAAAGCTC AAAATGAGAA GGAGAAATTT GCTTTCTGCT CTGTCAAGGG CTGTGAAAGA 
ATAAGGATCA AGGCTGTGAT CCCAAAGACA GCTGGCATCA GTGACTGTGA AGCCATGGCC 
TATCCCAAGT ACATTGAGAC ACCGATAATA GAAGTGCCGA TGCCTAAGAA GCTCTCTAAT 
GAACAGCTGA AGACTAAGGA CCACCTACTA GAAGTGAAAA TAGAAACTTT TAAGAAACAG 
TACTTCCACC TAAAGGATGA CTTTGCATAC ATTGAGGTTG ATGGCGTAAG GTTCTTCCTC 
TCTGATGAGG GCATCCAACT GGTTGTGATT GATGGACATC GTGGAAAAGT TGTTGATCGA 
GTAACATTCA AAAACTCAAT TCTACAAGGA ATCCCAGCAC AGATAGAAAA TTACGTCAAC 
CACATCAAGG ATCACTCCAT AGTGCTGGTG ATATCTAAAG GAAGATTCAT TTCAAGAGGA 
CCATGGACTA AAGTACTGGA GAAACTTGGA GCAGAAGAGG GGTTTAGGCT AAAAGAAAAA 
ATGGCTTTTG TTGGATTCAA AGGCAGCTTC CGCCCTGTCT GGGTGAAGTT GGTCACTAAT 
GAGGACTCAG CTAAAATTTA TCAAGCACTG CCAATTCCTG TGGTGAAGAA AATGAAGTTA 
TGA

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

CEMIP ( XM_009561727.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009560022.1 Cuculus canorus cell migration inducing protein, hyaluronan binding (CEMIP), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OCu45324
Clone ID Related Accession (Same CDS sequence)	XM_009561727.1
Accession Version	XM_009561727.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4080bp) 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	2014-10-13
Organism	Cuculus canorus(common cuckoo)
Product	cell migration-inducing and hyaluronan-binding protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009245166.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Cuculus canorus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCTAC CACCCTCCAA GTATCTGGCC CAAAACTTCA TTTTTCTTCT GTTTGCAATC 
TCTTCTGTAA GCACAGAAGC AGCTGTGACA TGTCCTGACA AGGATCCTGA ACTAGAAATC 
TGGAACCCAG GTCACGACGA AGAAAATCGC ATTGAAATCC GTAATGGCAG GAAGCTCCTT 
CTCTCTTCTT CTGCAACCGT CCATTCTATC CACATCACTG CTGGAGGAAA ACTGGTCATT 
AAAGACGACG CGCAGCCTAT CCTTTTGCGT ACTAGACACA TACTCATTGA AAATGATGGA 
GAGTTACATA TCGGCAGTGA GATGTGCCCT TACCAAAGCA ATGTGGTTAT CATCTTATAT 
GGGCGGGCAG GTGATGGCAG CCAGCCGAAT CCCTACTTTG GACAGAAGTA TCTTGGAGTA 
AGTAAGGGTG GCACTCTTGA GATCCACGGA AAGAAAAAGC TGTCCTGGAC TTTCTTAAAC 
AAAACTCTTC ATCCTGGTGG CATGGAAGAA GGTGGATATT ACTTTGAAAG GAGCTGGGGC 
CATCGCGGTG TCATTGTCCA TGTTATTGAC CCAAAGACGG GGGCAGTTGT CCATTCAGAT 
CGGTTTGATA CCTACAGAGC GAAAGAGGAA AGCATACGTC TTGCCCAGTA TTTGGGCAGA 
GTCGCGAATG GCATGATCCT GTCAGTTGCA GTGAACGATG AAGGATCTAG AAACTTGGAC 
GACTCGGCCA GGAAAGCAAT GACCAAACTG GGCAGCAAGC ATTTCCTCCA CCTTGGGTTT 
AGGCACCCAT GGAGTTTTAT TACTGTTAAA GGAAATCCTT CCTCTTCCGT TGAAGACCAC 
ATTGAATATC AAGGTCACAA AGGGTCAGCT GTGGCCAAAG TATTCAAACT ATTCAAAGCT 
GAGAATGGAG AATATTTCAA CATCTCTTCC ACTAGCGAGT GGGTTCAAGA CATAGAATGG 
ACAGAGTGGT TTGAGAAGCC TGATAAAGGG AGATCTAAGG ACATGGAGAA GCTTTCTGAC 
TTCAAAGCTG CTCATCCTGA TAAAATCTGT AGGCAACCCA TTGACATCCA GGCAATGACG 
CTTGATGGAG CTAATTTAAC AACTGAAGTT TTCTATAAGA GTGGCCACGA CTACAGGTTT 
CTGTGCCACG GCAAGGACCA GACAGGCGAG GGGTGCCAGA ACTACAGAGT ACGGTTCCTG 
TGTGGCAAAT CTGTGAAACC AAAGCTTACA GTAACCATTG ACACCAATGT GAATAGCACA 
GTCCTGAATC TGGTGGATGA TGTGAGCTCA TGGGAACCTG GAGACAGGCT GGTGGTTGCA 
AGCACTGACT ACTCCATGTA CCAGGCAGAG GAGTTCGAAG TACTGCCATG CAAAGCCTGC 
AGACCCACCC AGGTCAAGGT AGCAGGGAAA GCAACCTACC TCCACATTGG TGAAGTTGTT 
GATGGTGTCG ACATGCGGGC AGAAGTGGGG CTGCTGAGCC GCAACATCAT GGTGATGGGC 
GAGATGGAGG GGCAGTGCTA TGAGTATGGC AATAAGTTAT GCTCCTTCTT CGATTTTGAC 
ACCTTTGGGG GACACATCAA GATTGGTCTT GATTTTAAAG CTACTCATAT TGAAGGTCTG 
GAATTGAAAT ACATGGGCCA GCAGACAATG GGACATTACC CAATTCACTT CCATATGGCT 
GGAGACGTGG ATGAGAAAGG AGGCTACAAC CCTCCAACGT ACGTGAAGGA CACCTCCATA 
CACCATACCT TCTCCCGCTG TGTTACTGTC CATGGATCCA ATGGTTTACT GGTAAAGGAT 
GTTGTGGGTT ATGATGCACT GGGCCATTGC TTCTTTACTG AGGATGGACC AGAAGAGCGC 
AACACATTTG ATCACTGCCT TGGACTTCTT GTTAAACCTA GCACTCTGCT CCCCTCCGAC 
CGAGACAGCA GGATGTGCAA ACTGATCACA GAGGGCGCTT ACCCGGGGTA CGTCCCTAAA 
CCCAGGCAAG ACTGTAGTGC CGTATCCACC TTCTGGATAG CCAATCCACA CAACAACCTT 
ATAAACTGTG CAGCTGCGGG ATCTGAAGAA ACAGGTTTTT GGTTCGTTTT GCACCATGTG 
CCGACGGGGC CCTCGGCGGG CATGTATTCC CCTGGCTACT CGGAGCACAT GCCGATGGGG 
AAATTCTCCA ATAACCGTGC GCATTCCAAC TACCGAGCTG GAATGATAAT TGATAATGGT 
GTCAAAACCA CTCCAGCCTC AGCCAAGGAC AAGAGACCTA TCCTGACACT GATTTCTGGA 
AGATACAGCC CACACAAAGA TGCTGATCCT TTGAAGCCCA GGGAACCTGC AATAATTGAG 
CACTTTATTG CCTACAAGAA TCAGGATCAC GGGGCCTGGC TGCGGGGTGG TGATGTGTGG 
CTGGACAACT GCCAGTTTGC TGACAACGGC ATTGGCCTGA CCTTAGCAAG CGGTGGGACT 
TTCCCTCATG ATGATGGCTC AAAGCAAGAA ATCAAGAACA GCCTGTTTGT TGGGGAGAGT 
GGAAACCTGG GCACCGAGAC GATGGACAAT GAGATCTGGG GACCTGGAGG TCTGGATCAT 
AGAGGAAGAA CACTGCCCAT TGGCCCGGAT TTTCCCATTC GAGGGATTCA GTTCTACGAT 
GGACCAATCA ATGTCCAGAA CTGCACCTTC CGCAAATTCG CTGCCCTGGA AGGTCGACAC 
ACAAGTGCCC TGGCCTTCCG GCTCAATAAC GCCTGGCAGA GCTGCCCCAA CAACAATGTC 
ACCGACATTC ATTTTGAAGA TGTTCCTATT ACCTCAAGAG TCTTCTTTGG AGAACCTGGA 
CCCTGGTTCA ATGATCTGGA TATGGATGGT GATAAAACAT CAGTTTTTCA TGATGTAGAT 
GGTTCTGTGT CAGAATATCC AGGCTCATAT CTGGTAAAAG AAGATAACTG GTTAATCAAG 
CACCCTGATT GCATTGACGT GCCCGACTGG AGAGGTTCCA TCTGCAGTGG ACACTTTGCA 
CAGATCTACA TCCAAGCCTA CAAGCCAGCC AACCTGAAAA TGAAAATAAT AAAGAACGAC 
TACCACAATC ACCCACTGTA CTTGGAAGGG GCTTTGAGCA AAAGCACTCA TTACCAGCAG 
TATCAGCCAG TTATAACTCT GAGGAAAGGC TACACCATCC ACTGGGACAA GACAGCCCCT 
GAAGAGCTGG CCATATGGCT TATCAACTTC AACAAGAACG ACTGGATCCA AGTAGGGTTT 
TGCTATCCTA AAGGGACGAC ATTTTCCATT CTCTCAGACA TCCACAATCG TCTCTTGAAG 
AAAACATACA AAACTGGAAC CTTCTACAGA ACTTCTCAAA TGGAGAAACT GGAGCACAGA 
TATCCTAGCA AAGGATACTA CTATTGGGAT GAAGACACTG GGCTGCTGTT TCTGAAACTC 
AAAGCTCAAA ATGAGAAGGA GAAATTTGCT TTCTGCTCTG TCAAGGGCTG TGAAAGAATA 
AGGATCAAGG CTGTGATCCC AAAGACAGCT GGCATCAGTG ACTGTGAAGC CATGGCCTAT 
CCCAAGTACA TTGAGACACC GATAATAGAA GTGCCGATGC CTAAGAAGCT CTCTAATGAA 
CAGCTGAAGA CTAAGGACCA CCTACTAGAA GTGAAAATAG AAACTTTTAA GAAACAGTAC 
TTCCACCTAA AGGATGACTT TGCATACATT GAGGTTGATG GCGTAAGGTT CTTCCTCTCT 
GATGAGGGCA TCCAACTGGT TGTGATTGAT GGACATCGTG GAAAAGTTGT TGATCGAGTA 
ACATTCAAAA ACTCAATTCT ACAAGGAATC CCAGCACAGA TAGAAAATTA CGTCAACCAC 
ATCAAGGATC ACTCCATAGT GCTGGTGATA TCTAAAGGAA GATTCATTTC AAGAGGACCA 
TGGACTAAAG TACTGGAGAA ACTTGGAGCA GAAGAGGGGT TTAGGCTAAA AGAAAAAATG 
GCTTTTGTTG GATTCAAAGG CAGCTTCCGC CCTGTCTGGG TGAAGTTGGT CACTAATGAG 
GACTCAGCTA AAATTTATCA AGCACTGCCA ATTCCTGTGG TGAAGAAAAT GAAGTTATGA

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

RefSeq	XP_009560022.1
CDS	1..4080
Translation	MALPPSKYLAQNFIFLLFAISSVSTEAAVTCPDKDPELEIWNPGHDEENRIEIRNGRKLLLSSSATVHSIHITAGGKLVIKDDAQPILLRTRHILIENDGELHIGSEMCPYQSNVVIILYGRAGDGSQPNPYFGQKYLGVSKGGTLEIHGKKKLSWTFLNKTLHPGGMEEGGYYFERSWGHRGVIVHVIDPKTGAVVHSDRFDTYRAKEESIRLAQYLGRVANGMILSVAVNDEGSRNLDDSARKAMTKLGSKHFLHLGFRHPWSFITVKGNPSSSVEDHIEYQGHKGSAVAKVFKLFKAENGEYFNISSTSEWVQDIEWTEWFEKPDKGRSKDMEKLSDFKAAHPDKICRQPIDIQAMTLDGANLTTEVFYKSGHDYRFLCHGKDQTGEGCQNYRVRFLCGKSVKPKLTVTIDTNVNSTVLNLVDDVSSWEPGDRLVVASTDYSMYQAEEFEVLPCKACRPTQVKVAGKATYLHIGEVVDGVDMRAEVGLLSRNIMVMGEMEGQCYEYGNKLCSFFDFDTFGGHIKIGLDFKATHIEGLELKYMGQQTMGHYPIHFHMAGDVDEKGGYNPPTYVKDTSIHHTFSRCVTVHGSNGLLVKDVVGYDALGHCFFTEDGPEERNTFDHCLGLLVKPSTLLPSDRDSRMCKLITEGAYPGYVPKPRQDCSAVSTFWIANPHNNLINCAAAGSEETGFWFVLHHVPTGPSAGMYSPGYSEHMPMGKFSNNRAHSNYRAGMIIDNGVKTTPASAKDKRPILTLISGRYSPHKDADPLKPREPAIIEHFIAYKNQDHGAWLRGGDVWLDNCQFADNGIGLTLASGGTFPHDDGSKQEIKNSLFVGESGNLGTETMDNEIWGPGGLDHRGRTLPIGPDFPIRGIQFYDGPINVQNCTFRKFAALEGRHTSALAFRLNNAWQSCPNNNVTDIHFEDVPITSRVFFGEPGPWFNDLDMDGDKTSVFHDVDGSVSEYPGSYLVKEDNWLIKHPDCIDVPDWRGSICSGHFAQIYIQAYKPANLKMKIIKNDYHNHPLYLEGALSKSTHYQQYQPVITLRKGYTIHWDKTAPEELAIWLINFNKNDWIQVGFCYPKGTTFSILSDIHNRLLKKTYKTGTFYRTSQMEKLEHRYPSKGYYYWDEDTGLLFLKLKAQNEKEKFAFCSVKGCERIRIKAVIPKTAGISDCEAMAYPKYIETPIIEVPMPKKLSNEQLKTKDHLLEVKIETFKKQYFHLKDDFAYIEVDGVRFFLSDEGIQLVVIDGHRGKVVDRVTFKNSILQGIPAQIENYVNHIKDHSIVLVISKGRFISRGPWTKVLEKLGAEEGFRLKEKMAFVGFKGSFRPVWVKLVTNEDSAKIYQALPIPVVKKMKL

Target ORF information:

RefSeq Version	XM_009561727.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus cell migration inducing protein, hyaluronan binding (CEMIP), transcript variant X2, mRNA.

Target ORF information:

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

XM_009561727.1

ORF Insert Sequence:

ATGGCCCTAC CACCCTCCAA GTATCTGGCC CAAAACTTCA TTTTTCTTCT GTTTGCAATC 
TCTTCTGTAA GCACAGAAGC AGCTGTGACA TGTCCTGACA AGGATCCTGA ACTAGAAATC 
TGGAACCCAG GTCACGACGA AGAAAATCGC ATTGAAATCC GTAATGGCAG GAAGCTCCTT 
CTCTCTTCTT CTGCAACCGT CCATTCTATC CACATCACTG CTGGAGGAAA ACTGGTCATT 
AAAGACGACG CGCAGCCTAT CCTTTTGCGT ACTAGACACA TACTCATTGA AAATGATGGA 
GAGTTACATA TCGGCAGTGA GATGTGCCCT TACCAAAGCA ATGTGGTTAT CATCTTATAT 
GGGCGGGCAG GTGATGGCAG CCAGCCGAAT CCCTACTTTG GACAGAAGTA TCTTGGAGTA 
AGTAAGGGTG GCACTCTTGA GATCCACGGA AAGAAAAAGC TGTCCTGGAC TTTCTTAAAC 
AAAACTCTTC ATCCTGGTGG CATGGAAGAA GGTGGATATT ACTTTGAAAG GAGCTGGGGC 
CATCGCGGTG TCATTGTCCA TGTTATTGAC CCAAAGACGG GGGCAGTTGT CCATTCAGAT 
CGGTTTGATA CCTACAGAGC GAAAGAGGAA AGCATACGTC TTGCCCAGTA TTTGGGCAGA 
GTCGCGAATG GCATGATCCT GTCAGTTGCA GTGAACGATG AAGGATCTAG AAACTTGGAC 
GACTCGGCCA GGAAAGCAAT GACCAAACTG GGCAGCAAGC ATTTCCTCCA CCTTGGGTTT 
AGGCACCCAT GGAGTTTTAT TACTGTTAAA GGAAATCCTT CCTCTTCCGT TGAAGACCAC 
ATTGAATATC AAGGTCACAA AGGGTCAGCT GTGGCCAAAG TATTCAAACT ATTCAAAGCT 
GAGAATGGAG AATATTTCAA CATCTCTTCC ACTAGCGAGT GGGTTCAAGA CATAGAATGG 
ACAGAGTGGT TTGAGAAGCC TGATAAAGGG AGATCTAAGG ACATGGAGAA GCTTTCTGAC 
TTCAAAGCTG CTCATCCTGA TAAAATCTGT AGGCAACCCA TTGACATCCA GGCAATGACG 
CTTGATGGAG CTAATTTAAC AACTGAAGTT TTCTATAAGA GTGGCCACGA CTACAGGTTT 
CTGTGCCACG GCAAGGACCA GACAGGCGAG GGGTGCCAGA ACTACAGAGT ACGGTTCCTG 
TGTGGCAAAT CTGTGAAACC AAAGCTTACA GTAACCATTG ACACCAATGT GAATAGCACA 
GTCCTGAATC TGGTGGATGA TGTGAGCTCA TGGGAACCTG GAGACAGGCT GGTGGTTGCA 
AGCACTGACT ACTCCATGTA CCAGGCAGAG GAGTTCGAAG TACTGCCATG CAAAGCCTGC 
AGACCCACCC AGGTCAAGGT AGCAGGGAAA GCAACCTACC TCCACATTGG TGAAGTTGTT 
GATGGTGTCG ACATGCGGGC AGAAGTGGGG CTGCTGAGCC GCAACATCAT GGTGATGGGC 
GAGATGGAGG GGCAGTGCTA TGAGTATGGC AATAAGTTAT GCTCCTTCTT CGATTTTGAC 
ACCTTTGGGG GACACATCAA GATTGGTCTT GATTTTAAAG CTACTCATAT TGAAGGTCTG 
GAATTGAAAT ACATGGGCCA GCAGACAATG GGACATTACC CAATTCACTT CCATATGGCT 
GGAGACGTGG ATGAGAAAGG AGGCTACAAC CCTCCAACGT ACGTGAAGGA CACCTCCATA 
CACCATACCT TCTCCCGCTG TGTTACTGTC CATGGATCCA ATGGTTTACT GGTAAAGGAT 
GTTGTGGGTT ATGATGCACT GGGCCATTGC TTCTTTACTG AGGATGGACC AGAAGAGCGC 
AACACATTTG ATCACTGCCT TGGACTTCTT GTTAAACCTA GCACTCTGCT CCCCTCCGAC 
CGAGACAGCA GGATGTGCAA ACTGATCACA GAGGGCGCTT ACCCGGGGTA CGTCCCTAAA 
CCCAGGCAAG ACTGTAGTGC CGTATCCACC TTCTGGATAG CCAATCCACA CAACAACCTT 
ATAAACTGTG CAGCTGCGGG ATCTGAAGAA ACAGGTTTTT GGTTCGTTTT GCACCATGTG 
CCGACGGGGC CCTCGGCGGG CATGTATTCC CCTGGCTACT CGGAGCACAT GCCGATGGGG 
AAATTCTCCA ATAACCGTGC GCATTCCAAC TACCGAGCTG GAATGATAAT TGATAATGGT 
GTCAAAACCA CTCCAGCCTC AGCCAAGGAC AAGAGACCTA TCCTGACACT GATTTCTGGA 
AGATACAGCC CACACAAAGA TGCTGATCCT TTGAAGCCCA GGGAACCTGC AATAATTGAG 
CACTTTATTG CCTACAAGAA TCAGGATCAC GGGGCCTGGC TGCGGGGTGG TGATGTGTGG 
CTGGACAACT GCCAGTTTGC TGACAACGGC ATTGGCCTGA CCTTAGCAAG CGGTGGGACT 
TTCCCTCATG ATGATGGCTC AAAGCAAGAA ATCAAGAACA GCCTGTTTGT TGGGGAGAGT 
GGAAACCTGG GCACCGAGAC GATGGACAAT GAGATCTGGG GACCTGGAGG TCTGGATCAT 
AGAGGAAGAA CACTGCCCAT TGGCCCGGAT TTTCCCATTC GAGGGATTCA GTTCTACGAT 
GGACCAATCA ATGTCCAGAA CTGCACCTTC CGCAAATTCG CTGCCCTGGA AGGTCGACAC 
ACAAGTGCCC TGGCCTTCCG GCTCAATAAC GCCTGGCAGA GCTGCCCCAA CAACAATGTC 
ACCGACATTC ATTTTGAAGA TGTTCCTATT ACCTCAAGAG TCTTCTTTGG AGAACCTGGA 
CCCTGGTTCA ATGATCTGGA TATGGATGGT GATAAAACAT CAGTTTTTCA TGATGTAGAT 
GGTTCTGTGT CAGAATATCC AGGCTCATAT CTGGTAAAAG AAGATAACTG GTTAATCAAG 
CACCCTGATT GCATTGACGT GCCCGACTGG AGAGGTTCCA TCTGCAGTGG ACACTTTGCA 
CAGATCTACA TCCAAGCCTA CAAGCCAGCC AACCTGAAAA TGAAAATAAT AAAGAACGAC 
TACCACAATC ACCCACTGTA CTTGGAAGGG GCTTTGAGCA AAAGCACTCA TTACCAGCAG 
TATCAGCCAG TTATAACTCT GAGGAAAGGC TACACCATCC ACTGGGACAA GACAGCCCCT 
GAAGAGCTGG CCATATGGCT TATCAACTTC AACAAGAACG ACTGGATCCA AGTAGGGTTT 
TGCTATCCTA AAGGGACGAC ATTTTCCATT CTCTCAGACA TCCACAATCG TCTCTTGAAG 
AAAACATACA AAACTGGAAC CTTCTACAGA ACTTCTCAAA TGGAGAAACT GGAGCACAGA 
TATCCTAGCA AAGGATACTA CTATTGGGAT GAAGACACTG GGCTGCTGTT TCTGAAACTC 
AAAGCTCAAA ATGAGAAGGA GAAATTTGCT TTCTGCTCTG TCAAGGGCTG TGAAAGAATA 
AGGATCAAGG CTGTGATCCC AAAGACAGCT GGCATCAGTG ACTGTGAAGC CATGGCCTAT 
CCCAAGTACA TTGAGACACC GATAATAGAA GTGCCGATGC CTAAGAAGCT CTCTAATGAA 
CAGCTGAAGA CTAAGGACCA CCTACTAGAA GTGAAAATAG AAACTTTTAA GAAACAGTAC 
TTCCACCTAA AGGATGACTT TGCATACATT GAGGTTGATG GCGTAAGGTT CTTCCTCTCT 
GATGAGGGCA TCCAACTGGT TGTGATTGAT GGACATCGTG GAAAAGTTGT TGATCGAGTA 
ACATTCAAAA ACTCAATTCT ACAAGGAATC CCAGCACAGA TAGAAAATTA CGTCAACCAC 
ATCAAGGATC ACTCCATAGT GCTGGTGATA TCTAAAGGAA GATTCATTTC AAGAGGACCA 
TGGACTAAAG TACTGGAGAA ACTTGGAGCA GAAGAGGGGT TTAGGCTAAA AGAAAAAATG 
GCTTTTGTTG GATTCAAAGG CAGCTTCCGC CCTGTCTGGG TGAAGTTGGT CACTAATGAG 
GACTCAGCTA AAATTTATCA AGCACTGCCA ATTCCTGTGG TGAAGAAAAT GAAGTTATGA