ERBB2IP cDNA ORF clone, Colius striatus(speckled mousebird)

Gene
Clones
gRNAs

Summary

Gene Symbol	ERBB2IP
Entrez Gene ID	104559847
Full Name	erbb2 interacting protein
Gene Type	protein-coding
Organism	Colius striatus(speckled mousebird)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010204980.1	XP_010203282.1	LOW QUALITY PROTEIN: protein LAP2

Pathways from BioSystems
Gene Ontology

The following ERBB2IP gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ERBB2IP 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
OCo162904	XM_010204980.1 Latest version!	Colius striatus erbb2 interacting protein (ERBB2IP), 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)

ERBB2IP ( XM_010204980.1 ) cDNA ORF clone, Colius striatus(speckled mousebird) -> XP_010203282.1 Colius striatus erbb2 interacting protein (ERBB2IP), mRNA.

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CloneID	OCo162904
Clone ID Related Accession (Same CDS sequence)	XM_010204980.1
Accession Version	XM_010204980.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4230bp) 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	2014-11-06
Organism	Colius striatus(speckled mousebird)
Product	LOW QUALITY PROTEIN: protein LAP2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010701381.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Colius striatus 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## ##RefSeq-Attributes-START## frameshifts :: corrected 1 indel ##RefSeq-Attributes-END##

ATGACAACGA AGCGGAATTT GTTTGTGCGG CTGGTGCCAT GCCGCTGTCT GCGGGGAGAG 
GAGGAAACGG TCACTACACT TGATTATTCT CACTGCAGCC TGGAGCAGGT GCCTAAGGAG 
ATTTTTACTT TTGAAAAGAC CTTGGAAGAA CTCTATTTAG ATGCTAATCA GATTGAAGAG 
CTTCCAAAGC AACTCTTTAA CTGTCAGTCT CTGCACAAGC TGAGTTTGCC AGACAATGAT 
CTAACCACGT TGCCAGCATC CATTGCAAAT CTCATTAATC TCAGGGAACT GGATGTCAGC 
AAGAATGGCA TACAGGAGTT TCCAGAAAAT ATAAAAAACT GTAAAGTCTT GACAGTTGTT 
GAGGCCAGTG TAAATCCAAT TTCAAAGCTT CCAGATGGAT TTTCCCAACT GTTAAACCTA 
ACGCAGCTGT ACCTGAATGA TGCTTTTCTT GAGTTTTTGC CAGCCAATTT TGGCAGATTA 
ACTAAACTCC AGATACTGGA ACTTAGAGAA AATCAATTAA AAATATTGCC AAAAACCATG 
TCCAGACTGA CTCAGCTGGA GAGACTGGAC TTAGGAAGTA ATGAATTCAC AGAAGTGCCT 
GAAGTGCTTG AACAACTGAG TGGGTTAAAG GAGTTTTGGA TGGATGGTAA TAGACTAACA 
CTTATTCCAG GGTTCATAGG CACTTTGAAA CAACTGACCT ACTTGGATGT TTCCAAAAAC 
AACATTGAAG TAGTTGAAGA AGGTATTTCA GGTTGTGAAA GCCTGCAAGA CCTACTGTTA 
TCTAGCAATT CACTTCAGCA ACTGCCAGAG TCTATTGGTT CCTTGAAGAA GGTAACAACA 
CTTAAAATTG ATGAAAACCA ATTAATGTAT TTGCCAGACT CCATAGGAGG GTTAATATCA 
GTGGAAGAAC TGGATTGTAG TTTCAATGAG ATTGAAACAT TGCCTTCCTC TGTTGGGCAG 
CTTTCTAATA TAAGGACATT TGCTGCAGAT CATAACTTTT TAACACAGCT GCCATCAGAG 
ATTGGAAACT GGAAGCACGT AACAGTGTTA TTTCTTCATT CTAATAAGCT TGAATTTCTC 
CCTGAAGAAA TGGGTGATAT GCAGAAATTA AAAGTCATCA ATCTGAGTGA TAATAGACTG 
AAGAATTTGC CATTTACCTT TACAAAGTTG CAACAGCTCA CTGCTATGTG GCTATCAGAC 
AATCAGTCTA AACCACTTAT CCCTCTTCAA AAAGAAGCTG ACCCCGACAC ACAGAAAACA 
GTGCTTACTA ATTATATGTT CCCCCAGCAA CCAAGAACTG AGGATGTTAT GTTCATATCC 
GATAATGAAA GTTTCAATCC ATCTCTGTGG GAGGAACAGC GGAAGCAGCG TGCTCAAGTG 
GCATTTGAGT GTGATGAAGA CAAAGATGAG AGAGAGGCAC CACCTCGGGA AGGAAACCTG 
AAGAGATACC CAACTCCATA CCCTGATGAA CTGAAGAATA TGGTCAAAAC AGTCCAGACA 
ATTGTACATA GGCTAAAGGA TGAAGAATCT ACTGAAGATA TTGCCAAGGA ATCAAAACGA 
GAAGGCCAGC CAGTTTCTGT AAAAGATGTG GGGGTAAAGA CTTCAGAAAT TGCTTCAGTG 
AAGAACAAAG CAGATGAGAG AAAACAANNT ANNNNNNNNN NNNNNNNNNN NNNNGAACCA 
GAAGCTGAGC ACAGCACCAC AACTTCACAG ATGGCTGCAC TTGTTAAAAC CTTGCAGAAC 
ACAAAAACAA TTATTAACCA TGAAGACACG CTTGAGCAAG AGTCAGAAGA ACTCTCCTCT 
GATGAAGAGA TGAAAATGGC AGAAATGAGA CCACCTCTGA TAGAAACCTC CATAAACCAG 
CCAAAAGTGG TAGCTCTTGG CAATAACAAA AAAGATGATT CAAAAGATGC CGATTCCTTA 
TCAGATGAAG CTACTCACAA TAGCAATCAA AATAACAGCA ACTGTTCCTC ACCTTCTCGA 
ATGTCAGATT CTGTTTCCTT AAATACCGAT AGTAGCCAGG ATATTTCTCT CTGTTCTCCA 
GACAAAGCAG CACATGCTTC TGTTTTGTCC AAGATCAGGC GAGAAGACAG AAATTTGAAT 
AATCTTCTGC AAAATGGAGG TGAATTGAGC ATTGCAGTAG AAGAGAAAGT GAATATGCAA 
GAGAAGGTTA CAAACTTGTC TGAATATGAA TTAAACATAC AAGAAAAATT AAGCCTGATA 
GGAAAAGGTG TTGATCTAAG CACTTCTATG GAGGAGTCTC ACAAATTAGA CCAAATAAAC 
ATGAATGTCA ATAAACTGGT TAGTGAAGAG GCAGTGCCAG TTCCTGCAGA AAGGTCACAA 
ATACAGGAAA TAGTTTCAGT AAAGGGCTTT TTGAATGACA ACACGAAAGA AGAAAGTGAG 
CACTTGGAAA ATGGAAATAA ATATCCTATA AATAAAGTAA ATGGACATCC TGAGGAAGCA 
GGACAGTCTC CCAGTAAAGA CAGACTAACA AAAAGCACAA CAGCTGATGA TGATTCTGCT 
GAGCTGTCTC TTTCAAAGAG CACAGAAGAT TTGTCACCAC AGAGAAGTGG TCCTGTCATG 
AAATCGCACA GCATCACGAG CATGGACACT GGTGGTCTCA AAATATGCAG TGTTGTCAAT 
GAGAATGGAT CTCAACAGGC AAACTCGGTG GTAAAATCAG CTTCTGATAG TGCAGATGGA 
AAAAACATAG TCCGAAGCAA ATCCACTACT ATTCTGTATG ATCAGCCTTT GCAGGTTTTT 
CCTGGATCGT CGTCATCATC TGATTTAGTA TCTTCTACAA AAACCATGTT CAGGTTTGAC 
TCAAATCACA ATCCTGAAGG TGCTAATATA GTGAGGGGAT CAATGCCAAG TAGTGCACAG 
ATGTTCTGTA CACCCCAGTA TAATATTCAG TACAGCAGCA ATGCCACAGG CAAAGACACC 
TTGTGGCCCC AGAAAGAAAA CATCCAAGTA GAACAAGGCA GCTTACCTCC TTCACGTCCA 
CCTAGGTCTG ACAGCACAGA AGCACCCAGC TATTTAAAGA ACTCTGCCAA TATGAATTTC 
TCCAATCATA ACAACGTTAG AGCCAGTGCT GTGTATAGCA CTCATCAGCG GATGGCTGGG 
AGACACATAG ATATGTGGGC TATTCCACCA AATGAAAGAC TGCTCCCAGG AGCAACCAGA 
CACACTCTTC AAAGGCAGAG CAGTGTATCT TCTACAGCTT CTGTAAATGT TGGGGATATC 
GGACCTTCAA GGCGGACGCA GGTTCCTGAA GGGGACTATT TAACGTACAG AGATTTGCAT 
TCGATGGGAA GAGCTCCACC AATAATGTCT GGGCAACAGA GACCTCTTTC TGCCAGGACA 
TACAGCATTG ATGGCCCAAA TGTACCTCGA CCACAAAGCG CTCGGCCATC AGTGAATGAA 
ATACCTGAAA GAACTATGTC AGTTAGTGAC TTCAATTATT CACGGACTAG CCCTTCAAAG 
AGATCAAACC CAAGGGTTAA CTCTGAGCAC TCCTTATTAG ACCACCCAGG AAAAAATAAA 
GTCCCTCATG ACTGGAGAGA ACAGGTGCTG CGACATATTG AGGCCAAAAA GCTAGAAAAG 
AGCATGCTGT CTAGGTCCTT TAATTCCAAT TATGCTGCAG TTAGCAGCTT TCACTATGGC 
AGCTCTAGGG ATCTGCATGG CAGCCAGGGT AGTGTTGCCT TGAGTTTTGC AGACGGAAGA 
GGTTCTGGTG TGCACATTGT TCGAATACCT TTGACAAATG GACAAATGTG CCAGCCTCAA 
AGACCTCAGG CAAACTACAG CCAAGTCCAT CATGTCCTTC CTCAGTCATC AGTAGCAAGG 
CATCCATCTA GAGAGCAATT AATTGATTAT CTGATGCTGA AAGTTGCTCA CCAACCTCCC 
TATACTCAGT CCCAGTGTCC TCCCAGACAG AGCCACGAGC TGGCAAAGCA AGAGATTCGA 
GTGAGAATTG ACAAGGATCC AGAACTTGGA TTTAGTATAT CAGGAGGAGT TGGTGGTAGA 
GGGAATCCAT TCAGACCAGA GGATGATGGT ATATTTGTAA CCAGAGTGCA ACCAGAAGGA 
CCAGCATCTA AGTTGTTACA ACCTGGGGAT AAAATAATTC AGGCTAACGG ATACAGCTTC 
ATCAACATTG ATCATGGACA AGCGGTATCT TTGCTAAAGA CTTTTCAGAA TGCAGTGGAG 
CTCGTCATCG TGCGAGAAGT TTCCTCATAA

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

RefSeq	XP_010203282.1
CDS	1..4230
Translation	MTTKRNLFVRLVPCRCLRGEEETVTTLDYSHCSLEQVPKEIFTFEKTLEELYLDANQIEELPKQLFNCQSLHKLSLPDNDLTTLPASIANLINLRELDVSKNGIQEFPENIKNCKVLTVVEASVNPISKLPDGFSQLLNLTQLYLNDAFLEFLPANFGRLTKLQILELRENQLKILPKTMSRLTQLERLDLGSNEFTEVPEVLEQLSGLKEFWMDGNRLTLIPGFIGTLKQLTYLDVSKNNIEVVEEGISGCESLQDLLLSSNSLQQLPESIGSLKKVTTLKIDENQLMYLPDSIGGLISVEELDCSFNEIETLPSSVGQLSNIRTFAADHNFLTQLPSEIGNWKHVTVLFLHSNKLEFLPEEMGDMQKLKVINLSDNRLKNLPFTFTKLQQLTAMWLSDNQSKPLIPLQKEADPDTQKTVLTNYMFPQQPRTEDVMFISDNESFNPSLWEEQRKQRAQVAFECDEDKDEREAPPREGNLKRYPTPYPDELKNMVKTVQTIVHRLKDEESTEDIAKESKREGQPVSVKDVGVKTSEIASVKNKADERKQnullnullnullnullnullnullnullnullnullEPEAEHSTTTSQMAALVKTLQNTKTIINHEDTLEQESEELSSDEEMKMAEMRPPLIETSINQPKVVALGNNKKDDSKDADSLSDEATHNSNQNNSNCSSPSRMSDSVSLNTDSSQDISLCSPDKAAHASVLSKIRREDRNLNNLLQNGGELSIAVEEKVNMQEKVTNLSEYELNIQEKLSLIGKGVDLSTSMEESHKLDQINMNVNKLVSEEAVPVPAERSQIQEIVSVKGFLNDNTKEESEHLENGNKYPINKVNGHPEEAGQSPSKDRLTKSTTADDDSAELSLSKSTEDLSPQRSGPVMKSHSITSMDTGGLKICSVVNENGSQQANSVVKSASDSADGKNIVRSKSTTILYDQPLQVFPGSSSSSDLVSSTKTMFRFDSNHNPEGANIVRGSMPSSAQMFCTPQYNIQYSSNATGKDTLWPQKENIQVEQGSLPPSRPPRSDSTEAPSYLKNSANMNFSNHNNVRASAVYSTHQRMAGRHIDMWAIPPNERLLPGATRHTLQRQSSVSSTASVNVGDIGPSRRTQVPEGDYLTYRDLHSMGRAPPIMSGQQRPLSARTYSIDGPNVPRPQSARPSVNEIPERTMSVSDFNYSRTSPSKRSNPRVNSEHSLLDHPGKNKVPHDWREQVLRHIEAKKLEKSMLSRSFNSNYAAVSSFHYGSSRDLHGSQGSVALSFADGRGSGVHIVRIPLTNGQMCQPQRPQANYSQVHHVLPQSSVARHPSREQLIDYLMLKVAHQPPYTQSQCPPRQSHELAKQEIRVRIDKDPELGFSISGGVGGRGNPFRPEDDGIFVTRVQPEGPASKLLQPGDKIIQANGYSFINIDHGQAVSLLKTFQNAVELVIVREVSS

Target ORF information:

RefSeq Version	XM_010204980.1
Organism	Colius striatus(speckled mousebird)
Definition	Colius striatus erbb2 interacting protein (ERBB2IP), mRNA.

Target ORF information:

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

XM_010204980.1

ORF Insert Sequence:

ATGACAACGA AGCGGAATTT GTTTGTGCGG CTGGTGCCAT GCCGCTGTCT GCGGGGAGAG 
GAGGAAACGG TCACTACACT TGATTATTCT CACTGCAGCC TGGAGCAGGT GCCTAAGGAG 
ATTTTTACTT TTGAAAAGAC CTTGGAAGAA CTCTATTTAG ATGCTAATCA GATTGAAGAG 
CTTCCAAAGC AACTCTTTAA CTGTCAGTCT CTGCACAAGC TGAGTTTGCC AGACAATGAT 
CTAACCACGT TGCCAGCATC CATTGCAAAT CTCATTAATC TCAGGGAACT GGATGTCAGC 
AAGAATGGCA TACAGGAGTT TCCAGAAAAT ATAAAAAACT GTAAAGTCTT GACAGTTGTT 
GAGGCCAGTG TAAATCCAAT TTCAAAGCTT CCAGATGGAT TTTCCCAACT GTTAAACCTA 
ACGCAGCTGT ACCTGAATGA TGCTTTTCTT GAGTTTTTGC CAGCCAATTT TGGCAGATTA 
ACTAAACTCC AGATACTGGA ACTTAGAGAA AATCAATTAA AAATATTGCC AAAAACCATG 
TCCAGACTGA CTCAGCTGGA GAGACTGGAC TTAGGAAGTA ATGAATTCAC AGAAGTGCCT 
GAAGTGCTTG AACAACTGAG TGGGTTAAAG GAGTTTTGGA TGGATGGTAA TAGACTAACA 
CTTATTCCAG GGTTCATAGG CACTTTGAAA CAACTGACCT ACTTGGATGT TTCCAAAAAC 
AACATTGAAG TAGTTGAAGA AGGTATTTCA GGTTGTGAAA GCCTGCAAGA CCTACTGTTA 
TCTAGCAATT CACTTCAGCA ACTGCCAGAG TCTATTGGTT CCTTGAAGAA GGTAACAACA 
CTTAAAATTG ATGAAAACCA ATTAATGTAT TTGCCAGACT CCATAGGAGG GTTAATATCA 
GTGGAAGAAC TGGATTGTAG TTTCAATGAG ATTGAAACAT TGCCTTCCTC TGTTGGGCAG 
CTTTCTAATA TAAGGACATT TGCTGCAGAT CATAACTTTT TAACACAGCT GCCATCAGAG 
ATTGGAAACT GGAAGCACGT AACAGTGTTA TTTCTTCATT CTAATAAGCT TGAATTTCTC 
CCTGAAGAAA TGGGTGATAT GCAGAAATTA AAAGTCATCA ATCTGAGTGA TAATAGACTG 
AAGAATTTGC CATTTACCTT TACAAAGTTG CAACAGCTCA CTGCTATGTG GCTATCAGAC 
AATCAGTCTA AACCACTTAT CCCTCTTCAA AAAGAAGCTG ACCCCGACAC ACAGAAAACA 
GTGCTTACTA ATTATATGTT CCCCCAGCAA CCAAGAACTG AGGATGTTAT GTTCATATCC 
GATAATGAAA GTTTCAATCC ATCTCTGTGG GAGGAACAGC GGAAGCAGCG TGCTCAAGTG 
GCATTTGAGT GTGATGAAGA CAAAGATGAG AGAGAGGCAC CACCTCGGGA AGGAAACCTG 
AAGAGATACC CAACTCCATA CCCTGATGAA CTGAAGAATA TGGTCAAAAC AGTCCAGACA 
ATTGTACATA GGCTAAAGGA TGAAGAATCT ACTGAAGATA TTGCCAAGGA ATCAAAACGA 
GAAGGCCAGC CAGTTTCTGT AAAAGATGTG GGGGTAAAGA CTTCAGAAAT TGCTTCAGTG 
AAGAACAAAG CAGATGAGAG AAAACAANNT ANNNNNNNNN NNNNNNNNNN NNNNGAACCA 
GAAGCTGAGC ACAGCACCAC AACTTCACAG ATGGCTGCAC TTGTTAAAAC CTTGCAGAAC 
ACAAAAACAA TTATTAACCA TGAAGACACG CTTGAGCAAG AGTCAGAAGA ACTCTCCTCT 
GATGAAGAGA TGAAAATGGC AGAAATGAGA CCACCTCTGA TAGAAACCTC CATAAACCAG 
CCAAAAGTGG TAGCTCTTGG CAATAACAAA AAAGATGATT CAAAAGATGC CGATTCCTTA 
TCAGATGAAG CTACTCACAA TAGCAATCAA AATAACAGCA ACTGTTCCTC ACCTTCTCGA 
ATGTCAGATT CTGTTTCCTT AAATACCGAT AGTAGCCAGG ATATTTCTCT CTGTTCTCCA 
GACAAAGCAG CACATGCTTC TGTTTTGTCC AAGATCAGGC GAGAAGACAG AAATTTGAAT 
AATCTTCTGC AAAATGGAGG TGAATTGAGC ATTGCAGTAG AAGAGAAAGT GAATATGCAA 
GAGAAGGTTA CAAACTTGTC TGAATATGAA TTAAACATAC AAGAAAAATT AAGCCTGATA 
GGAAAAGGTG TTGATCTAAG CACTTCTATG GAGGAGTCTC ACAAATTAGA CCAAATAAAC 
ATGAATGTCA ATAAACTGGT TAGTGAAGAG GCAGTGCCAG TTCCTGCAGA AAGGTCACAA 
ATACAGGAAA TAGTTTCAGT AAAGGGCTTT TTGAATGACA ACACGAAAGA AGAAAGTGAG 
CACTTGGAAA ATGGAAATAA ATATCCTATA AATAAAGTAA ATGGACATCC TGAGGAAGCA 
GGACAGTCTC CCAGTAAAGA CAGACTAACA AAAAGCACAA CAGCTGATGA TGATTCTGCT 
GAGCTGTCTC TTTCAAAGAG CACAGAAGAT TTGTCACCAC AGAGAAGTGG TCCTGTCATG 
AAATCGCACA GCATCACGAG CATGGACACT GGTGGTCTCA AAATATGCAG TGTTGTCAAT 
GAGAATGGAT CTCAACAGGC AAACTCGGTG GTAAAATCAG CTTCTGATAG TGCAGATGGA 
AAAAACATAG TCCGAAGCAA ATCCACTACT ATTCTGTATG ATCAGCCTTT GCAGGTTTTT 
CCTGGATCGT CGTCATCATC TGATTTAGTA TCTTCTACAA AAACCATGTT CAGGTTTGAC 
TCAAATCACA ATCCTGAAGG TGCTAATATA GTGAGGGGAT CAATGCCAAG TAGTGCACAG 
ATGTTCTGTA CACCCCAGTA TAATATTCAG TACAGCAGCA ATGCCACAGG CAAAGACACC 
TTGTGGCCCC AGAAAGAAAA CATCCAAGTA GAACAAGGCA GCTTACCTCC TTCACGTCCA 
CCTAGGTCTG ACAGCACAGA AGCACCCAGC TATTTAAAGA ACTCTGCCAA TATGAATTTC 
TCCAATCATA ACAACGTTAG AGCCAGTGCT GTGTATAGCA CTCATCAGCG GATGGCTGGG 
AGACACATAG ATATGTGGGC TATTCCACCA AATGAAAGAC TGCTCCCAGG AGCAACCAGA 
CACACTCTTC AAAGGCAGAG CAGTGTATCT TCTACAGCTT CTGTAAATGT TGGGGATATC 
GGACCTTCAA GGCGGACGCA GGTTCCTGAA GGGGACTATT TAACGTACAG AGATTTGCAT 
TCGATGGGAA GAGCTCCACC AATAATGTCT GGGCAACAGA GACCTCTTTC TGCCAGGACA 
TACAGCATTG ATGGCCCAAA TGTACCTCGA CCACAAAGCG CTCGGCCATC AGTGAATGAA 
ATACCTGAAA GAACTATGTC AGTTAGTGAC TTCAATTATT CACGGACTAG CCCTTCAAAG 
AGATCAAACC CAAGGGTTAA CTCTGAGCAC TCCTTATTAG ACCACCCAGG AAAAAATAAA 
GTCCCTCATG ACTGGAGAGA ACAGGTGCTG CGACATATTG AGGCCAAAAA GCTAGAAAAG 
AGCATGCTGT CTAGGTCCTT TAATTCCAAT TATGCTGCAG TTAGCAGCTT TCACTATGGC 
AGCTCTAGGG ATCTGCATGG CAGCCAGGGT AGTGTTGCCT TGAGTTTTGC AGACGGAAGA 
GGTTCTGGTG TGCACATTGT TCGAATACCT TTGACAAATG GACAAATGTG CCAGCCTCAA 
AGACCTCAGG CAAACTACAG CCAAGTCCAT CATGTCCTTC CTCAGTCATC AGTAGCAAGG 
CATCCATCTA GAGAGCAATT AATTGATTAT CTGATGCTGA AAGTTGCTCA CCAACCTCCC 
TATACTCAGT CCCAGTGTCC TCCCAGACAG AGCCACGAGC TGGCAAAGCA AGAGATTCGA 
GTGAGAATTG ACAAGGATCC AGAACTTGGA TTTAGTATAT CAGGAGGAGT TGGTGGTAGA 
GGGAATCCAT TCAGACCAGA GGATGATGGT ATATTTGTAA CCAGAGTGCA ACCAGAAGGA 
CCAGCATCTA AGTTGTTACA ACCTGGGGAT AAAATAATTC AGGCTAACGG ATACAGCTTC 
ATCAACATTG ATCATGGACA AGCGGTATCT TTGCTAAAGA CTTTTCAGAA TGCAGTGGAG 
CTCGTCATCG TGCGAGAAGT TTCCTCATAA