LY75 cDNA ORF clone, Ficedula albicollis(collared flycatcher)

Gene
Clones
gRNAs

Summary

Gene Symbol	LY75
Entrez Gene ID	101817538
Full Name	lymphocyte antigen 75
Gene Type	protein-coding
Organism	Ficedula albicollis(collared flycatcher)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016299653.1	XP_016155139.1	lymphocyte antigen 75

Pathways from BioSystems
Gene Ontology

The following LY75 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LY75 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
OFi18415	XM_016299653.1 Latest version!	Ficedula albicollis lymphocyte antigen 75 (LY75), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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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** 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)

LY75 ( XM_016299653.1 ) cDNA ORF clone, Ficedula albicollis(collared flycatcher) -> XP_016155139.1 Ficedula albicollis lymphocyte antigen 75 (LY75), mRNA.

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CloneID	OFi18415
Clone ID Related Accession (Same CDS sequence)	XM_016299653.1
Accession Version	XM_016299653.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5151bp) 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	2016-04-19
Organism	Ficedula albicollis(collared flycatcher)
Product	lymphocyte antigen 75
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_021679.1) 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 :: Ficedula albicollis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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##

ATGCTCACAG ACCTCATCAA AAACCTGTCT AGAGGCCTAG ATGGCAATGA TGCTTTTACC 
ATTCGCCATG ACAAACAGAA CAAGTGCATA CAGGTTAAAA ACTCGCTGAT AGTCATAGAC 
GACTGCAGGG ACACAAGGGA AGCTTTATGG AAATGGGTAT CCCAGAATCG CCTCTTTCAC 
TTGGGGTCCA AGCAGTGCCT GGGACTTGAC ATATTCACCA AATCACTGTC TCGCCTGAAA 
ATGGTCGATT GTAACTCAGA ATTAATGCTG TGGTGGCGAT GTGCTGATGC TTCCATCGTT 
GGTTCATCTC AGTACAAAGT GACTATCAAG AATAACTATG TGACTGCAAG CATAAATGCA 
ACAGACCAGT GGAAAAGCAA CAATTCCTCC AGTGATATAT GTCGGTATCC CTACCATGAA 
GTTTATACCA AAGATGGCAA CTCTTATGGT AAACCCTGTG AGTTCCCCTT TCTGTATAAC 
AAAGTGTGGC ATCATGACTG CATTCAGGAT GAAACACACA CAGGAGGGAA ATGGTGTGCC 
ACTTCTGAAG ATTATTCTCG CGATGGAAAA TGGGGAATCT GCTTACAGCC AGAGGATGGT 
TGTCATGATA TCTGGGAACA TGATCCAGGA TCTGAAAATT GCTACCAGTT CAATACACAG 
TCTGCTCTTT CTTGGAAGGA AGCTTATATT TCATGTCAAA GGCAAGGAGG AGATTTGCTT 
AGCATCCAAA ATGCATCTGA ATTAAGTTAT ATACAAGGCA AGGATGACAT CGCCGAGATC 
TTCTGGATTG GCTTAAATCA ACTGGATGTT TCTGGTGGTT GGCAGTGGTC AGATCATAAA 
CCTTTGAATT TTCTCAACTG GCATCCAGAT ATGCAGAGTT TATCCCCACT GGATGGGACG 
AGTTGTGTGG TGATGAATGC TGCTTCAGGT CAGTGGCAGA GTTACCACTG TGGGACTCAG 
CTTCCATATG CTTGCAAGAA GTCACTCAAT GAAGTTTCAA GCATTCCAGA GTTTTGGAGA 
CACTTGGATA CTCGCTGTGA TCCCGGCTGG CTCCCCCACG ATGGCTTTTG CTACATGCTG 
ATAAACACCC AGGCACCTTG GAGTACAGCA GATGAGTTGT GCAAAGCAAA TAAGAGTCAC 
CTCATCAGCA TTCACTCTTT AGCAGATGTT GAACTGATTG TTACAAAGCT TCATAATGAT 
GCTGAAGAGG AAATGTGGAT GGGTCTCAAG AATGATGATG TGCCAACCTT GTTCAAATGG 
TCAGATCACT CGCCTGTGGT TTTTACCTAC TGGGATCAGA ATGAACCAAA AGTTCCCTTT 
AATAGCACTC CTAACTGTGT GTCATATTCA GGCAAGCTGG GACAGTGGAG GGTCAAATCC 
TGTGATGAAA AATTTAAATA TGTTTGCAAG AAAAAAGGAG AAATTTTGAA TGAAACAAAA 
TCAGATGAAA GTTGTTCATT GGAAGAGGGG TGGGAGAGAC ATGGAAACTA CTGTTACAGG 
ATTGATAAAA TGGAAGTTTC ATTTGGAGCC CAGTGCAATC TTACAGTGAT GAACAGGTTT 
GAACAAGAGT TTATTAATAG TCTAATTAGA AAACACACCA AAGTTGAAGA AAAGTACTTC 
TGGACCGGTT TGCAGGATAT TAGCCAGTCA GGAATATATT CCTGGGGTAC AGTGGATGGG 
GAAACACCTG AGGCTGTGAC ATACACTAAC TGGAATTCCA TGCAACCAGA GTTTTCAGGA 
GGATGTGTGG CCATGTCCAG TGGAAGTTCT CTTGGAAAGT GGGAAACTAA GGATTGTAAA 
ACCACTAAAG CATTTTCTGT ATGCAAAAAA TACATTGGGA AGCCCAAGGA GCCAGAAGTG 
CTCCCAAAGC CAACTGATCC CTGTCCCCCT GGGTGGCACA ATGGATCCGG CCTTGCCTGC 
TACAAGTTCT TCCACAGTGA AAGAGTGCTG CGAACCAGGA CCTGGGAAGA GGCAGAAAGG 
TTCTGTGAAG CCCTCGGAGG CCATCTGCCT AGTTTTAGCC ACTCAGAAGA AATTAAGGCA 
CTTCATTCTA TCCTGAGAAA AATGATCAGC AATGACAGAT GGGTCTGGAT TGGGATGAAT 
AAGAGGAGTC CTGATTCTTT GGGAACTTGG CAATGGAGTG ATAACAAACC TGTAACCAGT 
GTTGTTATGC CACTTGACTA TCTGGAAGAT GAGTATGATA CGAGAGACTG TGCTGCATTA 
AAGACCTCCC ATTTTTCACG GAGATCGTTT TGGAGATTTT ACTTCCATGA AGGCAGAGAC 
CTGGAATTTT ACTTTAGGCC TTTTGATTGT GAAGCTAAGC TTGAATGGGT CTGCCAGATA 
ACAAAAGGTA GCACTCCAAA GACACCAGAG TGGTATATAC CAGATGAAAT TGGAATTCAT 
GGAGCCCCAC TTGTTGTTGA TGGAGCAGAG CTGTGGTTTG TACCAGATAA AAACCTGAGC 
TACCAGGAAG CTATTTTCTA CTGTCAGAAA AATGATAGTG ATTTAGCCTC TATAGAGTCT 
TACCCAAAAC TCAGGACAAT ACTATCTCAA ATAGAAAAGT TATCAAACAG CGAACAGAAG 
TGGTGGCTGA AGTTTATTGA TTATGGCTAC AGCTATCATT CACCTTTACA GTTATTTCCA 
CGCTTCCATG ATAGACTACT GAGAGATTGC TGGTATATTT CCAGAAAGAA CTGGTATAGA 
GACTACCCAG TTAACTGTAA TGTGAAACTG CCCTTCATTT GTGAAAAAAA TAATGCCTCC 
TTACTAGAGA AACACGATCC CAGTTACCGC CCAGTCAGAG GAGGTTGCCC CAAAGTCTGG 
CATCAATTCC GGAACAAGTG TTTTCTAAAG ATGAAACCCG AACATTTAAC ATTTAGTGCA 
GCTAATGAAA AGTGTTTAAC TTTTGGAGGC TCTCTTCCAT CTATCTCAGA TCAAGCTGAC 
CAAGATTATA TAACATCCTT GCTTCCTGGC CTGCCAAAAG ATATTTGGAT TGGTTTACAG 
TTCCTGTTCA GTACAAGGGA AAACAAATGG ATAGATGAGA GTAGACTGTT GTATAGTAAC 
TTTCACCCAC TCCTGACAGG AAGATTAAGG AAAATTCCAC TGGATCTTTT TGATGAAGAA 
TTTAACAATC AGTGCGGTGT AATCCTCAAT GATCCCAAAT CCCAATATGT TGGAACATGG 
AATTTCACTG CTTGTGCTGA CAGGCACTTC TTGGGTATAT GCCAGCGGTC TGTAGGAACT 
GCTGATAACC AGACAGAGCA AGTCATTAAT GAAACCTTGA TCTATCAAAA TGTTCAGTAC 
ATGTTAATTC TGAAGAATTT GTCCTGGAAT GATGCAATGG CTGCATGCAT AAATAACAAG 
ATGCAACTGG TTAGCATCAC AGATCAGTTC CAGCAGGCTT TTCTTGCTGT TCAGGCTGCT 
CTTCATAATT ACCCACTCTG GACTGGACTC TTCAGCAGAG ATGGTGGAAA ACATTATGGC 
TGGCTGGATG GGAAACATGT GAGTTTTAGT CGCTGGTCTG AAGATGATGA AGAAACAAAT 
GAAGAGTGTG TGTTTTTGGA TACTGATGGC TTCTGGAAAA CTTCTGACTG CTCCTCTGAA 
AATCGAGGTG CTATTTGCTA TGCATCAGAA AAGAAGACTG AAAAAGACCA AGTTAAACAA 
ATGAAGTGCC CACATAAGAT TAAAAATACA CCCTGGATAT CATTTAGAAA CAATTGTTAC 
ACTTTCATGA TAACAAAAAA TAGATGGAGA GAACTGAAGC CTCAGGAAGC TCATCATTTA 
TGCAGGAACA TGAACCCCGA AGCATTTGTT CTGAGTGTTC GAGATGAAGA GGAGAATAAC 
TTTGTTACCG AGCAGCTTCA TTCATTCAGT GGTCTGGCTC TGTGGGTCTG GCTGGGTGTG 
ATTTATGATG ACAGTGATAA AGTTCTCAAG TGGTACGATG AAACTCATCT GACTTACAAT 
AACTGGAGGC TGGGAAGACC TATCATAAAG AAGAACAGTT TTTTTGCTGG TGTAAATCTT 
GATGGGTTTT GGGATATTTA TAATTATTCT CAAAGTTGGC ATGCTAATCA CTACAACATG 
TACAGTATTC TCGCCTGTAA AATCGAAAGG GGACACCAAC AGCACAAGCC TCCATTGCCT 
GACGCTATTC CACATGGAAG CAGAACATAC AGGATCCTTC AGAAAAAATT AACGTGGTAT 
GAGGCATTGA GATTGTGCCA ACAAAATAAC AGTGATTTAG CAAGCGTACA CAGTGAATCA 
GAACAGTTAT TTCTAGAAGA TCTTGTCAAA CAGGATGGTT ATCCTCTGTG GCTTGGGTTG 
TCAATTCATG ATGGAAGTAA AACTAATTTT GAATGGTCGG ATGGAAGTGA CTTTGACTAC 
TATCCCTGGG AGCTGGAAAA CTCCAATACT ACTGACAACT GTGTTCTGTT GGATACTAAA 
GGATTTTGGA ACCGTACAAA ATGTACAAAT GTTGCTGAAG GTGCCATTTG TTATAGCCCT 
CCAAACAAGA GAAAATTAGA ACCAAAGCAA GCAAGCAGAG CCTCTAGGTG CCCGCAGAGC 
AGTGGCTCCC TGCAGTGGGA ACAGTACAGG GATCACTGCT ACGCCTTTGA CATGGCATTC 
TACAACTTCT CCGTGTATAA CGTGGAAGAG GCTAAGAGAA TCTGCCAGAA GCTGAATCCT 
TCAGCAACCC TTCTGACTAT ACTGGATGCT GAAGAAAATG CATTTGTGAG CACACACATA 
AAGGAACATG ATCTCATCAC CAAGAACGTA TGGCTTGGCC TGGATCACAG CTTTAAGGGA 
CAGTCCCTGA ACTGGCTGGA TGGCTCATCA GTTAATTATG TCAACTGGGA GAATAAAACT 
GCAGAAGCCA ATGAAAAATG CAGTGTTATC CTGTCCACAA CTGGCATGTG GTCCAAAGTT 
GACTGTGCAC GTAGTCGAAG CAGAGTGGTT TGTAAAGCTC CTCTAGGTTC TAATCATACT 
GGTGTGGCTG TAGCATTTGC CCTGCTAATT ATCTTGGTTT TAATTGCTGG ACTGGTATGG 
TACCTCTACA AAAAGAAGCG TCTTCACTGG AGTGCCTTCT CTTCCGTACG CTATCAAAGA 
GGGATGAATG ATGATGAAAC TGATGATATG TTCACAAAAG ATAGCTATTG A

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

RefSeq	XP_016155139.1
CDS	1..5151
Translation	MLTDLIKNLSRGLDGNDAFTIRHDKQNKCIQVKNSLIVIDDCRDTREALWKWVSQNRLFHLGSKQCLGLDIFTKSLSRLKMVDCNSELMLWWRCADASIVGSSQYKVTIKNNYVTASINATDQWKSNNSSSDICRYPYHEVYTKDGNSYGKPCEFPFLYNKVWHHDCIQDETHTGGKWCATSEDYSRDGKWGICLQPEDGCHDIWEHDPGSENCYQFNTQSALSWKEAYISCQRQGGDLLSIQNASELSYIQGKDDIAEIFWIGLNQLDVSGGWQWSDHKPLNFLNWHPDMQSLSPLDGTSCVVMNAASGQWQSYHCGTQLPYACKKSLNEVSSIPEFWRHLDTRCDPGWLPHDGFCYMLINTQAPWSTADELCKANKSHLISIHSLADVELIVTKLHNDAEEEMWMGLKNDDVPTLFKWSDHSPVVFTYWDQNEPKVPFNSTPNCVSYSGKLGQWRVKSCDEKFKYVCKKKGEILNETKSDESCSLEEGWERHGNYCYRIDKMEVSFGAQCNLTVMNRFEQEFINSLIRKHTKVEEKYFWTGLQDISQSGIYSWGTVDGETPEAVTYTNWNSMQPEFSGGCVAMSSGSSLGKWETKDCKTTKAFSVCKKYIGKPKEPEVLPKPTDPCPPGWHNGSGLACYKFFHSERVLRTRTWEEAERFCEALGGHLPSFSHSEEIKALHSILRKMISNDRWVWIGMNKRSPDSLGTWQWSDNKPVTSVVMPLDYLEDEYDTRDCAALKTSHFSRRSFWRFYFHEGRDLEFYFRPFDCEAKLEWVCQITKGSTPKTPEWYIPDEIGIHGAPLVVDGAELWFVPDKNLSYQEAIFYCQKNDSDLASIESYPKLRTILSQIEKLSNSEQKWWLKFIDYGYSYHSPLQLFPRFHDRLLRDCWYISRKNWYRDYPVNCNVKLPFICEKNNASLLEKHDPSYRPVRGGCPKVWHQFRNKCFLKMKPEHLTFSAANEKCLTFGGSLPSISDQADQDYITSLLPGLPKDIWIGLQFLFSTRENKWIDESRLLYSNFHPLLTGRLRKIPLDLFDEEFNNQCGVILNDPKSQYVGTWNFTACADRHFLGICQRSVGTADNQTEQVINETLIYQNVQYMLILKNLSWNDAMAACINNKMQLVSITDQFQQAFLAVQAALHNYPLWTGLFSRDGGKHYGWLDGKHVSFSRWSEDDEETNEECVFLDTDGFWKTSDCSSENRGAICYASEKKTEKDQVKQMKCPHKIKNTPWISFRNNCYTFMITKNRWRELKPQEAHHLCRNMNPEAFVLSVRDEEENNFVTEQLHSFSGLALWVWLGVIYDDSDKVLKWYDETHLTYNNWRLGRPIIKKNSFFAGVNLDGFWDIYNYSQSWHANHYNMYSILACKIERGHQQHKPPLPDAIPHGSRTYRILQKKLTWYEALRLCQQNNSDLASVHSESEQLFLEDLVKQDGYPLWLGLSIHDGSKTNFEWSDGSDFDYYPWELENSNTTDNCVLLDTKGFWNRTKCTNVAEGAICYSPPNKRKLEPKQASRASRCPQSSGSLQWEQYRDHCYAFDMAFYNFSVYNVEEAKRICQKLNPSATLLTILDAEENAFVSTHIKEHDLITKNVWLGLDHSFKGQSLNWLDGSSVNYVNWENKTAEANEKCSVILSTTGMWSKVDCARSRSRVVCKAPLGSNHTGVAVAFALLIILVLIAGLVWYLYKKKRLHWSAFSSVRYQRGMNDDETDDMFTKDSY

Target ORF information:

RefSeq Version	XM_016299653.1
Organism	Ficedula albicollis(collared flycatcher)
Definition	Ficedula albicollis lymphocyte antigen 75 (LY75), mRNA.

Target ORF information:

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

XM_016299653.1

ORF Insert Sequence:

ATGCTCACAG ACCTCATCAA AAACCTGTCT AGAGGCCTAG ATGGCAATGA TGCTTTTACC 
ATTCGCCATG ACAAACAGAA CAAGTGCATA CAGGTTAAAA ACTCGCTGAT AGTCATAGAC 
GACTGCAGGG ACACAAGGGA AGCTTTATGG AAATGGGTAT CCCAGAATCG CCTCTTTCAC 
TTGGGGTCCA AGCAGTGCCT GGGACTTGAC ATATTCACCA AATCACTGTC TCGCCTGAAA 
ATGGTCGATT GTAACTCAGA ATTAATGCTG TGGTGGCGAT GTGCTGATGC TTCCATCGTT 
GGTTCATCTC AGTACAAAGT GACTATCAAG AATAACTATG TGACTGCAAG CATAAATGCA 
ACAGACCAGT GGAAAAGCAA CAATTCCTCC AGTGATATAT GTCGGTATCC CTACCATGAA 
GTTTATACCA AAGATGGCAA CTCTTATGGT AAACCCTGTG AGTTCCCCTT TCTGTATAAC 
AAAGTGTGGC ATCATGACTG CATTCAGGAT GAAACACACA CAGGAGGGAA ATGGTGTGCC 
ACTTCTGAAG ATTATTCTCG CGATGGAAAA TGGGGAATCT GCTTACAGCC AGAGGATGGT 
TGTCATGATA TCTGGGAACA TGATCCAGGA TCTGAAAATT GCTACCAGTT CAATACACAG 
TCTGCTCTTT CTTGGAAGGA AGCTTATATT TCATGTCAAA GGCAAGGAGG AGATTTGCTT 
AGCATCCAAA ATGCATCTGA ATTAAGTTAT ATACAAGGCA AGGATGACAT CGCCGAGATC 
TTCTGGATTG GCTTAAATCA ACTGGATGTT TCTGGTGGTT GGCAGTGGTC AGATCATAAA 
CCTTTGAATT TTCTCAACTG GCATCCAGAT ATGCAGAGTT TATCCCCACT GGATGGGACG 
AGTTGTGTGG TGATGAATGC TGCTTCAGGT CAGTGGCAGA GTTACCACTG TGGGACTCAG 
CTTCCATATG CTTGCAAGAA GTCACTCAAT GAAGTTTCAA GCATTCCAGA GTTTTGGAGA 
CACTTGGATA CTCGCTGTGA TCCCGGCTGG CTCCCCCACG ATGGCTTTTG CTACATGCTG 
ATAAACACCC AGGCACCTTG GAGTACAGCA GATGAGTTGT GCAAAGCAAA TAAGAGTCAC 
CTCATCAGCA TTCACTCTTT AGCAGATGTT GAACTGATTG TTACAAAGCT TCATAATGAT 
GCTGAAGAGG AAATGTGGAT GGGTCTCAAG AATGATGATG TGCCAACCTT GTTCAAATGG 
TCAGATCACT CGCCTGTGGT TTTTACCTAC TGGGATCAGA ATGAACCAAA AGTTCCCTTT 
AATAGCACTC CTAACTGTGT GTCATATTCA GGCAAGCTGG GACAGTGGAG GGTCAAATCC 
TGTGATGAAA AATTTAAATA TGTTTGCAAG AAAAAAGGAG AAATTTTGAA TGAAACAAAA 
TCAGATGAAA GTTGTTCATT GGAAGAGGGG TGGGAGAGAC ATGGAAACTA CTGTTACAGG 
ATTGATAAAA TGGAAGTTTC ATTTGGAGCC CAGTGCAATC TTACAGTGAT GAACAGGTTT 
GAACAAGAGT TTATTAATAG TCTAATTAGA AAACACACCA AAGTTGAAGA AAAGTACTTC 
TGGACCGGTT TGCAGGATAT TAGCCAGTCA GGAATATATT CCTGGGGTAC AGTGGATGGG 
GAAACACCTG AGGCTGTGAC ATACACTAAC TGGAATTCCA TGCAACCAGA GTTTTCAGGA 
GGATGTGTGG CCATGTCCAG TGGAAGTTCT CTTGGAAAGT GGGAAACTAA GGATTGTAAA 
ACCACTAAAG CATTTTCTGT ATGCAAAAAA TACATTGGGA AGCCCAAGGA GCCAGAAGTG 
CTCCCAAAGC CAACTGATCC CTGTCCCCCT GGGTGGCACA ATGGATCCGG CCTTGCCTGC 
TACAAGTTCT TCCACAGTGA AAGAGTGCTG CGAACCAGGA CCTGGGAAGA GGCAGAAAGG 
TTCTGTGAAG CCCTCGGAGG CCATCTGCCT AGTTTTAGCC ACTCAGAAGA AATTAAGGCA 
CTTCATTCTA TCCTGAGAAA AATGATCAGC AATGACAGAT GGGTCTGGAT TGGGATGAAT 
AAGAGGAGTC CTGATTCTTT GGGAACTTGG CAATGGAGTG ATAACAAACC TGTAACCAGT 
GTTGTTATGC CACTTGACTA TCTGGAAGAT GAGTATGATA CGAGAGACTG TGCTGCATTA 
AAGACCTCCC ATTTTTCACG GAGATCGTTT TGGAGATTTT ACTTCCATGA AGGCAGAGAC 
CTGGAATTTT ACTTTAGGCC TTTTGATTGT GAAGCTAAGC TTGAATGGGT CTGCCAGATA 
ACAAAAGGTA GCACTCCAAA GACACCAGAG TGGTATATAC CAGATGAAAT TGGAATTCAT 
GGAGCCCCAC TTGTTGTTGA TGGAGCAGAG CTGTGGTTTG TACCAGATAA AAACCTGAGC 
TACCAGGAAG CTATTTTCTA CTGTCAGAAA AATGATAGTG ATTTAGCCTC TATAGAGTCT 
TACCCAAAAC TCAGGACAAT ACTATCTCAA ATAGAAAAGT TATCAAACAG CGAACAGAAG 
TGGTGGCTGA AGTTTATTGA TTATGGCTAC AGCTATCATT CACCTTTACA GTTATTTCCA 
CGCTTCCATG ATAGACTACT GAGAGATTGC TGGTATATTT CCAGAAAGAA CTGGTATAGA 
GACTACCCAG TTAACTGTAA TGTGAAACTG CCCTTCATTT GTGAAAAAAA TAATGCCTCC 
TTACTAGAGA AACACGATCC CAGTTACCGC CCAGTCAGAG GAGGTTGCCC CAAAGTCTGG 
CATCAATTCC GGAACAAGTG TTTTCTAAAG ATGAAACCCG AACATTTAAC ATTTAGTGCA 
GCTAATGAAA AGTGTTTAAC TTTTGGAGGC TCTCTTCCAT CTATCTCAGA TCAAGCTGAC 
CAAGATTATA TAACATCCTT GCTTCCTGGC CTGCCAAAAG ATATTTGGAT TGGTTTACAG 
TTCCTGTTCA GTACAAGGGA AAACAAATGG ATAGATGAGA GTAGACTGTT GTATAGTAAC 
TTTCACCCAC TCCTGACAGG AAGATTAAGG AAAATTCCAC TGGATCTTTT TGATGAAGAA 
TTTAACAATC AGTGCGGTGT AATCCTCAAT GATCCCAAAT CCCAATATGT TGGAACATGG 
AATTTCACTG CTTGTGCTGA CAGGCACTTC TTGGGTATAT GCCAGCGGTC TGTAGGAACT 
GCTGATAACC AGACAGAGCA AGTCATTAAT GAAACCTTGA TCTATCAAAA TGTTCAGTAC 
ATGTTAATTC TGAAGAATTT GTCCTGGAAT GATGCAATGG CTGCATGCAT AAATAACAAG 
ATGCAACTGG TTAGCATCAC AGATCAGTTC CAGCAGGCTT TTCTTGCTGT TCAGGCTGCT 
CTTCATAATT ACCCACTCTG GACTGGACTC TTCAGCAGAG ATGGTGGAAA ACATTATGGC 
TGGCTGGATG GGAAACATGT GAGTTTTAGT CGCTGGTCTG AAGATGATGA AGAAACAAAT 
GAAGAGTGTG TGTTTTTGGA TACTGATGGC TTCTGGAAAA CTTCTGACTG CTCCTCTGAA 
AATCGAGGTG CTATTTGCTA TGCATCAGAA AAGAAGACTG AAAAAGACCA AGTTAAACAA 
ATGAAGTGCC CACATAAGAT TAAAAATACA CCCTGGATAT CATTTAGAAA CAATTGTTAC 
ACTTTCATGA TAACAAAAAA TAGATGGAGA GAACTGAAGC CTCAGGAAGC TCATCATTTA 
TGCAGGAACA TGAACCCCGA AGCATTTGTT CTGAGTGTTC GAGATGAAGA GGAGAATAAC 
TTTGTTACCG AGCAGCTTCA TTCATTCAGT GGTCTGGCTC TGTGGGTCTG GCTGGGTGTG 
ATTTATGATG ACAGTGATAA AGTTCTCAAG TGGTACGATG AAACTCATCT GACTTACAAT 
AACTGGAGGC TGGGAAGACC TATCATAAAG AAGAACAGTT TTTTTGCTGG TGTAAATCTT 
GATGGGTTTT GGGATATTTA TAATTATTCT CAAAGTTGGC ATGCTAATCA CTACAACATG 
TACAGTATTC TCGCCTGTAA AATCGAAAGG GGACACCAAC AGCACAAGCC TCCATTGCCT 
GACGCTATTC CACATGGAAG CAGAACATAC AGGATCCTTC AGAAAAAATT AACGTGGTAT 
GAGGCATTGA GATTGTGCCA ACAAAATAAC AGTGATTTAG CAAGCGTACA CAGTGAATCA 
GAACAGTTAT TTCTAGAAGA TCTTGTCAAA CAGGATGGTT ATCCTCTGTG GCTTGGGTTG 
TCAATTCATG ATGGAAGTAA AACTAATTTT GAATGGTCGG ATGGAAGTGA CTTTGACTAC 
TATCCCTGGG AGCTGGAAAA CTCCAATACT ACTGACAACT GTGTTCTGTT GGATACTAAA 
GGATTTTGGA ACCGTACAAA ATGTACAAAT GTTGCTGAAG GTGCCATTTG TTATAGCCCT 
CCAAACAAGA GAAAATTAGA ACCAAAGCAA GCAAGCAGAG CCTCTAGGTG CCCGCAGAGC 
AGTGGCTCCC TGCAGTGGGA ACAGTACAGG GATCACTGCT ACGCCTTTGA CATGGCATTC 
TACAACTTCT CCGTGTATAA CGTGGAAGAG GCTAAGAGAA TCTGCCAGAA GCTGAATCCT 
TCAGCAACCC TTCTGACTAT ACTGGATGCT GAAGAAAATG CATTTGTGAG CACACACATA 
AAGGAACATG ATCTCATCAC CAAGAACGTA TGGCTTGGCC TGGATCACAG CTTTAAGGGA 
CAGTCCCTGA ACTGGCTGGA TGGCTCATCA GTTAATTATG TCAACTGGGA GAATAAAACT 
GCAGAAGCCA ATGAAAAATG CAGTGTTATC CTGTCCACAA CTGGCATGTG GTCCAAAGTT 
GACTGTGCAC GTAGTCGAAG CAGAGTGGTT TGTAAAGCTC CTCTAGGTTC TAATCATACT 
GGTGTGGCTG TAGCATTTGC CCTGCTAATT ATCTTGGTTT TAATTGCTGG ACTGGTATGG 
TACCTCTACA AAAAGAAGCG TCTTCACTGG AGTGCCTTCT CTTCCGTACG CTATCAAAGA 
GGGATGAATG ATGATGAAAC TGATGATATG TTCACAAAAG ATAGCTATTG A