ITGAE cDNA ORF clone, Egretta garzetta(little egret)

Gene
Clones
gRNAs

Summary

Gene Symbol	ITGAE
Entrez Gene ID	104121858
Full Name	integrin subunit alpha E
Gene Type	protein-coding
Organism	Egretta garzetta(little egret)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009633906.1	XP_009632201.1	integrin alpha-E

Pathways from BioSystems
Gene Ontology

The following ITGAE gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ITGAE 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
OEg03210	XM_009633906.1 Latest version!	Egretta garzetta integrin, alpha E (antigen CD103, human mucosal lymphocyte antigen 1; alpha polypeptide) (ITGAE), 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)

ITGAE ( XM_009633906.1 ) cDNA ORF clone, Egretta garzetta(little egret) -> XP_009632201.1 Egretta garzetta integrin, alpha E (antigen CD103, human mucosal lymphocyte antigen 1; alpha polypeptide) (ITGAE), mRNA.

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CloneID	OEg03210
Clone ID Related Accession (Same CDS sequence)	XM_009633906.1
Accession Version	XM_009633906.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3879bp) 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	2014-10-15
Organism	Egretta garzetta(little egret)
Product	integrin alpha-E
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009258884.1) 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 :: Egretta garzetta 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## ab initio :: 46% of CDS bases ##RefSeq-Attributes-END##

ATGCCGATTT TGGCTACTTC CTCAGTAGAC AAGGGGCTGG GCAGGCTGAG GAAGTGCACT 
GTTTTGCAGG AGGAGATCCA GTGCCAGGAG ATACCTCTGC GAGGAAAGAT CAAAGGCTCC 
AAAAACATCC AGGATGGTGG CATAGCTATT GACAGGAATT CAGATTGGAT CCTGCCTTCC 
CTGCCACCCC CACAGGCTTG CCTGCAGAAG AAACACCGCC GAGCCTTCAC CACCATCGAT 
GACATGAATG GAGTCTGTAC TCTGCTCACC GCTGACTTGC GCAGCACAGC TTTCCTCAAC 
CTCACCAAGA TGGTTGAGAC CAAATTAAAC AGCATTCAAA GTAAAAACAG CAGAGACAAG 
ATTACTGACA CCAGCAGCTC TGTCAGCACA GACAACGCCA GCAGTGCTTG CGGTGAGCTC 
TTTGGCAGCA CAGGGCACAA CCACATGTGC AAAGAACTGG GAACAGAGAT TGCTGTCATT 
CTGGGTGGAT CAGAGAACAC CAAGCCAGAT GATTTCCAAA ATGCCAAGAC ATCTGTCCTC 
CATATGATGA AGTCAATGTG GCAGAAATGC TCAAAGATCA GGTTTGCTGT GGTGCAGTTT 
GGAGCACAGA TCCAAACTGA ACTGAGCCTG CAAGAAAGCT GCAGCAGGGT AACTGCTTTC 
TTCAAGGTCC GAAACATCAA GCAGCAGAGC TCAGGGACTG ACATTGCAGC CACGCTGCAG 
CATGTGTTGG ATAAAGTCTT TGATGAAAGC CATGACTCCA GGCAGACTGG TGACAAGATA 
ATCATTGTCA TGGCATCTGG GCAAGCGTTT CCAGAAAACC ATAGATTGAG AAATGTGATG 
AACTCCCTGG AAATGGCTAT GGTCAAACTC TATGCTCCTG GGATTGGAGA GTTCATTAGC 
AACCAGTGGG TCCCAGAAGA GCTGCAGGAA GTTGGGAGTG ACTGGTTTGT GCTGTCCACA 
TATGAAGATT TTGACAGTTT CCTTTCGGTG TTGGAGAGAG ATACTCTGAG TGATTCAGCT 
GAAAATATTC CAATGGAAGC ACCAGAGCAC AGAAACACTA ATGACAGCGG TGACAGCAAG 
CTCCCTTCCT GGATGGAGGA GGATGTAGAG GAGGAGGAGG AAAATGGCTT GCCTTCTGGA 
ACAGAGATTG CTTTTATTCT GGATGGATCA GGGAGCATTG AGCCAGAGGA TTTTGAAAGA 
GCAAAAGCAT TCATCCACAA AATGATGAAA ACACTGTATC AGAAGTGCTT TGAGTGTGGT 
TTTGCAGTGG TACAGTATGG GTTTGAAATC AGAACTGAAT TCGACCTGCG AGAAAACTCG 
GATCCTCGTG CCACACTCCA GAAAGTACTT GATATTGTGC AGGTGTGCAA TGTGACAAAA 
ACAGCATCTG CCATGCAGCA TGTCCTGGAT TCTATCTTCA CTGAAAGTCA TGGGTCCCGC 
AAGGATGCAG CCAAGGTCAT GATTGTGCTT ACAGATGGGG AAATACTGCT GGATGAAATG 
AACTTGACAA CAGTGATAAA TTCACCCAAA ATGGCAGGAA TCAAGCGCTA TGCCATTGGG 
GTGGGAGATG CCTTCAAAAA ACCAAAGGCC CTAAATGAAT TGCGGCTAAT TGCATCTGGT 
CCAGATGACA CTAATGTATT TCAGGTGACC AACTACTCAG CATTAGCTGG GCTGCTTTCA 
ACCCTGCAGC AGAGTATTAT TGGTATAGAA GGTACGCAGG GTGATGCTCT GGAATATGAG 
CTTGCACAAG CTGGTTTCAG TGTGCAGATC TTGGATAAGC AAGTCTTGAT GTTTGGTGCG 
GTGGGGGCCT TTGACTGGTC TGGTGGAATT CTGCTGTATG ATCTGGCAAC CAAGACTGCT 
GTTTTCCTGA ATGAATCTAA AGAAGAAGCC AAAAGAGCAA AATACAGTTA CCTAGGATAC 
AGTGTGGCCG TGGTACGCAC AGAATATGGA CCCTTGTACG TGGCTGGAGC TCCACGGCAC 
AGCATGAGAG GGAAGGTGTT GGTGTTTCAA GACAGCCGCT TAAAACAAAC CCTGCAAGGA 
GAACAGGTTG GATCTTATTT TGGCTCTGAG CTCTGCCCAG TTGATTTGAA CCACGATGGG 
GTGACAGATC TTCTCCTTGT TGGAGCTCCA TTTTATCACA TTCGAGGGGA AGAAGGAAGG 
GTTTACGTCT ATCGCCTGGA GACAGAGACT GGTTCATTCA CCATGAAAGG ACACTTAGAT 
GTGCAGGTGA CCTCTCCTTT TGCAAGGTTT GGGTTTACAG TGGCCAGCAT TGGAGACATC 
AATGGGGATG GATATGAGGA TATTGCAGTT GGAGCCCCCC TGGAAGATCA GCTTTCAGAC 
AATTCCTCTT TTGGCAGCAT TTACATCTTC AATGGTGATA AAGACAAGAT CAAGAGCTCT 
TTTTCTCAAA GAGTAAAAGC CTCTGAAATT TCTTCAGGAC TCCAATATTT TGGACAATCC 
ATTGATGGTG GCTTTGATTT CACTGATGAT GGCCTCCAAG ATATTACAGT AGGATCACTG 
GAGAGCGTGG TTGTGCTCCG CTCGAGACCA GCGGTCCACT TTCTGACCAG CATGAGATTC 
AACCCTGAGA GAATCCCAGT TTTCCAAAAT AACAGCATTG TTACAGCAAA ACTATGTTTC 
GATACAATCT CAGCTTTACC AGCGCCTCAA CAAGTGTTTT CACAGTTATA CATTCTCTAC 
ACGGTGGACT TAGATGTGAA AATGGCAAAG AGGAGAGTAC AGTTTGAAGA TCAGAACACA 
ACAACAAGTG GAAAGCTGTT GGTCAGCAAG CATGTGTGCT CTGAGCTGCA GCTTTATGCC 
CTGCCATGTG ACTTTGACTG TTTTTCCAGT GTTTTCCTGA GAGTTGAACA CAAGCTCTAT 
AAGAAAAATG ATAACATGGA ATTTGCTGTT CCTGTGCTGG ATAGATACAA GCCATCAGAA 
ATGCATTTTC AGTTGCCTTA CAAGAAGGAC TGCAACAACA AGACCACCTG TACTGCTCAT 
TTAACTTTGA CAAGTCAGAT TCAAAAGGAA TTAGTGGTGG GCCACACTAA AGAAGTGACC 
ATGAACGTTT CACTAACGAA CAGCGGAGAT GATTCGTACA TGACATCTAT GGTCTTGAAC 
TATCCTAAAA CCCTACATTT TAAGAAGGTG ACTGTTGAGC CATCCTCTCC TGCTGTTCAC 
TGTAGCCAGC CAATACCATT AACTTCTGTA GTCTTATCCT GTAACTGCAG AATTGGGCAT 
CCAGTATTCA AGAAGACAAC TGCAAAATTT TCAGTAATTT GGCAAGTAGC TGAAAGCATA 
TTCCAAAATA AGTCTGCAAT CACCATTAAT ATCACCAAAC CAGTGCCTTT AGTGTATGTG 
AATGTTAGCA ATAGACTTCC TGAAAACAAA GAATTCAAAT TTAATATAAA TGGAGAAAAT 
CGCTTTAACG CTACCATCAA GTTACAGATT TGGGTTCCTG TCAGTATACA AGGTCACAGA 
ATAATAACAG TCAAAAATGC ATCAGGAACA CAGGGCGCTG GGGACGTGCA GTACCAGTGC 
GTGCGCTGCT CCATCCAGTC TGACGGAGAC AGCATCACCG TGACGGCAGA ATTCGCTCCA 
AGCGGCTCGC AGCAGTTCTT AAACAGCAGA ACTGTGCTGC TGGTCCCTGG AAAAATCACC 
TTTGACAGAG AACGCTATCT GGGCCTGAAA GAAGAGAATC ATGACGCTGA GATCACCCTT 
GTCTTCCTGA AAGACGAAGT GATTGATCCC GTGCCTGTAA TCATAGGAAG CTGCGTGGGT 
GGACTTCTCT TGCTGGCGTT CATTGTCCTG CTCCTCTGGA AATGTGGCTT TTTCAAAAGA 
AACTATAAAA CTGTGATGGA GCAAGAAGAT ACATCCTGA

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

RefSeq	XP_009632201.1
CDS	1..3879
Translation	MPILATSSVDKGLGRLRKCTVLQEEIQCQEIPLRGKIKGSKNIQDGGIAIDRNSDWILPSLPPPQACLQKKHRRAFTTIDDMNGVCTLLTADLRSTAFLNLTKMVETKLNSIQSKNSRDKITDTSSSVSTDNASSACGELFGSTGHNHMCKELGTEIAVILGGSENTKPDDFQNAKTSVLHMMKSMWQKCSKIRFAVVQFGAQIQTELSLQESCSRVTAFFKVRNIKQQSSGTDIAATLQHVLDKVFDESHDSRQTGDKIIIVMASGQAFPENHRLRNVMNSLEMAMVKLYAPGIGEFISNQWVPEELQEVGSDWFVLSTYEDFDSFLSVLERDTLSDSAENIPMEAPEHRNTNDSGDSKLPSWMEEDVEEEEENGLPSGTEIAFILDGSGSIEPEDFERAKAFIHKMMKTLYQKCFECGFAVVQYGFEIRTEFDLRENSDPRATLQKVLDIVQVCNVTKTASAMQHVLDSIFTESHGSRKDAAKVMIVLTDGEILLDEMNLTTVINSPKMAGIKRYAIGVGDAFKKPKALNELRLIASGPDDTNVFQVTNYSALAGLLSTLQQSIIGIEGTQGDALEYELAQAGFSVQILDKQVLMFGAVGAFDWSGGILLYDLATKTAVFLNESKEEAKRAKYSYLGYSVAVVRTEYGPLYVAGAPRHSMRGKVLVFQDSRLKQTLQGEQVGSYFGSELCPVDLNHDGVTDLLLVGAPFYHIRGEEGRVYVYRLETETGSFTMKGHLDVQVTSPFARFGFTVASIGDINGDGYEDIAVGAPLEDQLSDNSSFGSIYIFNGDKDKIKSSFSQRVKASEISSGLQYFGQSIDGGFDFTDDGLQDITVGSLESVVVLRSRPAVHFLTSMRFNPERIPVFQNNSIVTAKLCFDTISALPAPQQVFSQLYILYTVDLDVKMAKRRVQFEDQNTTTSGKLLVSKHVCSELQLYALPCDFDCFSSVFLRVEHKLYKKNDNMEFAVPVLDRYKPSEMHFQLPYKKDCNNKTTCTAHLTLTSQIQKELVVGHTKEVTMNVSLTNSGDDSYMTSMVLNYPKTLHFKKVTVEPSSPAVHCSQPIPLTSVVLSCNCRIGHPVFKKTTAKFSVIWQVAESIFQNKSAITINITKPVPLVYVNVSNRLPENKEFKFNINGENRFNATIKLQIWVPVSIQGHRIITVKNASGTQGAGDVQYQCVRCSIQSDGDSITVTAEFAPSGSQQFLNSRTVLLVPGKITFDRERYLGLKEENHDAEITLVFLKDEVIDPVPVIIGSCVGGLLLLAFIVLLLWKCGFFKRNYKTVMEQEDTS

Target ORF information:

RefSeq Version	XM_009633906.1
Organism	Egretta garzetta(little egret)
Definition	Egretta garzetta integrin, alpha E (antigen CD103, human mucosal lymphocyte antigen 1; alpha polypeptide) (ITGAE), mRNA.

Target ORF information:

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

XM_009633906.1

ORF Insert Sequence:

ATGCCGATTT TGGCTACTTC CTCAGTAGAC AAGGGGCTGG GCAGGCTGAG GAAGTGCACT 
GTTTTGCAGG AGGAGATCCA GTGCCAGGAG ATACCTCTGC GAGGAAAGAT CAAAGGCTCC 
AAAAACATCC AGGATGGTGG CATAGCTATT GACAGGAATT CAGATTGGAT CCTGCCTTCC 
CTGCCACCCC CACAGGCTTG CCTGCAGAAG AAACACCGCC GAGCCTTCAC CACCATCGAT 
GACATGAATG GAGTCTGTAC TCTGCTCACC GCTGACTTGC GCAGCACAGC TTTCCTCAAC 
CTCACCAAGA TGGTTGAGAC CAAATTAAAC AGCATTCAAA GTAAAAACAG CAGAGACAAG 
ATTACTGACA CCAGCAGCTC TGTCAGCACA GACAACGCCA GCAGTGCTTG CGGTGAGCTC 
TTTGGCAGCA CAGGGCACAA CCACATGTGC AAAGAACTGG GAACAGAGAT TGCTGTCATT 
CTGGGTGGAT CAGAGAACAC CAAGCCAGAT GATTTCCAAA ATGCCAAGAC ATCTGTCCTC 
CATATGATGA AGTCAATGTG GCAGAAATGC TCAAAGATCA GGTTTGCTGT GGTGCAGTTT 
GGAGCACAGA TCCAAACTGA ACTGAGCCTG CAAGAAAGCT GCAGCAGGGT AACTGCTTTC 
TTCAAGGTCC GAAACATCAA GCAGCAGAGC TCAGGGACTG ACATTGCAGC CACGCTGCAG 
CATGTGTTGG ATAAAGTCTT TGATGAAAGC CATGACTCCA GGCAGACTGG TGACAAGATA 
ATCATTGTCA TGGCATCTGG GCAAGCGTTT CCAGAAAACC ATAGATTGAG AAATGTGATG 
AACTCCCTGG AAATGGCTAT GGTCAAACTC TATGCTCCTG GGATTGGAGA GTTCATTAGC 
AACCAGTGGG TCCCAGAAGA GCTGCAGGAA GTTGGGAGTG ACTGGTTTGT GCTGTCCACA 
TATGAAGATT TTGACAGTTT CCTTTCGGTG TTGGAGAGAG ATACTCTGAG TGATTCAGCT 
GAAAATATTC CAATGGAAGC ACCAGAGCAC AGAAACACTA ATGACAGCGG TGACAGCAAG 
CTCCCTTCCT GGATGGAGGA GGATGTAGAG GAGGAGGAGG AAAATGGCTT GCCTTCTGGA 
ACAGAGATTG CTTTTATTCT GGATGGATCA GGGAGCATTG AGCCAGAGGA TTTTGAAAGA 
GCAAAAGCAT TCATCCACAA AATGATGAAA ACACTGTATC AGAAGTGCTT TGAGTGTGGT 
TTTGCAGTGG TACAGTATGG GTTTGAAATC AGAACTGAAT TCGACCTGCG AGAAAACTCG 
GATCCTCGTG CCACACTCCA GAAAGTACTT GATATTGTGC AGGTGTGCAA TGTGACAAAA 
ACAGCATCTG CCATGCAGCA TGTCCTGGAT TCTATCTTCA CTGAAAGTCA TGGGTCCCGC 
AAGGATGCAG CCAAGGTCAT GATTGTGCTT ACAGATGGGG AAATACTGCT GGATGAAATG 
AACTTGACAA CAGTGATAAA TTCACCCAAA ATGGCAGGAA TCAAGCGCTA TGCCATTGGG 
GTGGGAGATG CCTTCAAAAA ACCAAAGGCC CTAAATGAAT TGCGGCTAAT TGCATCTGGT 
CCAGATGACA CTAATGTATT TCAGGTGACC AACTACTCAG CATTAGCTGG GCTGCTTTCA 
ACCCTGCAGC AGAGTATTAT TGGTATAGAA GGTACGCAGG GTGATGCTCT GGAATATGAG 
CTTGCACAAG CTGGTTTCAG TGTGCAGATC TTGGATAAGC AAGTCTTGAT GTTTGGTGCG 
GTGGGGGCCT TTGACTGGTC TGGTGGAATT CTGCTGTATG ATCTGGCAAC CAAGACTGCT 
GTTTTCCTGA ATGAATCTAA AGAAGAAGCC AAAAGAGCAA AATACAGTTA CCTAGGATAC 
AGTGTGGCCG TGGTACGCAC AGAATATGGA CCCTTGTACG TGGCTGGAGC TCCACGGCAC 
AGCATGAGAG GGAAGGTGTT GGTGTTTCAA GACAGCCGCT TAAAACAAAC CCTGCAAGGA 
GAACAGGTTG GATCTTATTT TGGCTCTGAG CTCTGCCCAG TTGATTTGAA CCACGATGGG 
GTGACAGATC TTCTCCTTGT TGGAGCTCCA TTTTATCACA TTCGAGGGGA AGAAGGAAGG 
GTTTACGTCT ATCGCCTGGA GACAGAGACT GGTTCATTCA CCATGAAAGG ACACTTAGAT 
GTGCAGGTGA CCTCTCCTTT TGCAAGGTTT GGGTTTACAG TGGCCAGCAT TGGAGACATC 
AATGGGGATG GATATGAGGA TATTGCAGTT GGAGCCCCCC TGGAAGATCA GCTTTCAGAC 
AATTCCTCTT TTGGCAGCAT TTACATCTTC AATGGTGATA AAGACAAGAT CAAGAGCTCT 
TTTTCTCAAA GAGTAAAAGC CTCTGAAATT TCTTCAGGAC TCCAATATTT TGGACAATCC 
ATTGATGGTG GCTTTGATTT CACTGATGAT GGCCTCCAAG ATATTACAGT AGGATCACTG 
GAGAGCGTGG TTGTGCTCCG CTCGAGACCA GCGGTCCACT TTCTGACCAG CATGAGATTC 
AACCCTGAGA GAATCCCAGT TTTCCAAAAT AACAGCATTG TTACAGCAAA ACTATGTTTC 
GATACAATCT CAGCTTTACC AGCGCCTCAA CAAGTGTTTT CACAGTTATA CATTCTCTAC 
ACGGTGGACT TAGATGTGAA AATGGCAAAG AGGAGAGTAC AGTTTGAAGA TCAGAACACA 
ACAACAAGTG GAAAGCTGTT GGTCAGCAAG CATGTGTGCT CTGAGCTGCA GCTTTATGCC 
CTGCCATGTG ACTTTGACTG TTTTTCCAGT GTTTTCCTGA GAGTTGAACA CAAGCTCTAT 
AAGAAAAATG ATAACATGGA ATTTGCTGTT CCTGTGCTGG ATAGATACAA GCCATCAGAA 
ATGCATTTTC AGTTGCCTTA CAAGAAGGAC TGCAACAACA AGACCACCTG TACTGCTCAT 
TTAACTTTGA CAAGTCAGAT TCAAAAGGAA TTAGTGGTGG GCCACACTAA AGAAGTGACC 
ATGAACGTTT CACTAACGAA CAGCGGAGAT GATTCGTACA TGACATCTAT GGTCTTGAAC 
TATCCTAAAA CCCTACATTT TAAGAAGGTG ACTGTTGAGC CATCCTCTCC TGCTGTTCAC 
TGTAGCCAGC CAATACCATT AACTTCTGTA GTCTTATCCT GTAACTGCAG AATTGGGCAT 
CCAGTATTCA AGAAGACAAC TGCAAAATTT TCAGTAATTT GGCAAGTAGC TGAAAGCATA 
TTCCAAAATA AGTCTGCAAT CACCATTAAT ATCACCAAAC CAGTGCCTTT AGTGTATGTG 
AATGTTAGCA ATAGACTTCC TGAAAACAAA GAATTCAAAT TTAATATAAA TGGAGAAAAT 
CGCTTTAACG CTACCATCAA GTTACAGATT TGGGTTCCTG TCAGTATACA AGGTCACAGA 
ATAATAACAG TCAAAAATGC ATCAGGAACA CAGGGCGCTG GGGACGTGCA GTACCAGTGC 
GTGCGCTGCT CCATCCAGTC TGACGGAGAC AGCATCACCG TGACGGCAGA ATTCGCTCCA 
AGCGGCTCGC AGCAGTTCTT AAACAGCAGA ACTGTGCTGC TGGTCCCTGG AAAAATCACC 
TTTGACAGAG AACGCTATCT GGGCCTGAAA GAAGAGAATC ATGACGCTGA GATCACCCTT 
GTCTTCCTGA AAGACGAAGT GATTGATCCC GTGCCTGTAA TCATAGGAAG CTGCGTGGGT 
GGACTTCTCT TGCTGGCGTT CATTGTCCTG CTCCTCTGGA AATGTGGCTT TTTCAAAAGA 
AACTATAAAA CTGTGATGGA GCAAGAAGAT ACATCCTGA