LY75 cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin)

Gene
Clones
gRNAs

Summary

Gene Symbol	LY75
Entrez Gene ID	108502422
Full Name	lymphocyte antigen 75
Gene Type	protein-coding
Organism	Lepidothrix coronata(blue-crowned manakin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_017825353.1	XP_017680842.1	lymphocyte antigen 75 isoform X2
XM_017825352.1	XP_017680841.1	lymphocyte antigen 75 isoform X1

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
OLe65530	XM_017825352.1 Latest version!	Lepidothrix coronata lymphocyte antigen 75 (LY75), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OLe65531	XM_017825353.1 Latest version!	Lepidothrix coronata lymphocyte antigen 75 (LY75), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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** 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_017825352.1 ) cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin) -> XP_017680841.1 Lepidothrix coronata lymphocyte antigen 75 (LY75), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OLe65530
Clone ID Related Accession (Same CDS sequence)	XM_017825352.1
Accession Version	XM_017825352.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5199bp) 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	2016-08-10
Organism	Lepidothrix coronata(blue-crowned manakin)
Product	lymphocyte antigen 75 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016690298.1) 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 :: Lepidothrix coronata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCGGT CGGTGGGGCT GTGCCTGCCC TTCTGCGGCC TCGCCCTGCT CCTGCTCTGC 
TGCGCGGCCA GAGGGGGCCC CGCAGGCAAT GATGCTTTTG CCATTCGCCA TGACAAAGAG 
AACAAGTGCA TACAAGTTAA AAACTCGCGG ATAGTGATAG ATGACTGCAG GGAGACAAGT 
GAAGCTTTAT GGAAATGGGT ATCCCAGAAT CGCCTCTTTC ACTTGGGGTC CAAGCAGTGC 
CTGGGACTTG ATATATTCAC AAAATCAGTG TCTCGACTGA AAATGGTTGA TTGTAACTCA 
GAGTTAATGC TGTGGTGGCG ATGTGCTGAT GCTTCCATCA TTGGTGCGTC TCAGTACAAA 
GTGACTATCA AGAATACCTA TGTGACTGCA AGCATAAATG CAACAGACCA GTGGAGAAGC 
AACAATTCCT CCAGTGATAT ATGTCGATAC CTTTACTATG AGGTTTATAC CAAAGATGGC 
AACTCATATG GAAAACCCTG TGAGTTCCCC TTTCTGTATA ATAAGACGTG GCATCATGAC 
TGCGTTCAGG ATGAAACCCA TGGGGGTGGG AAATGGTGCG CCACATCTGA AGACTACGCT 
CGTGATGGAA AATGGGGAAT CTGCTTACAA CCAGAGGATG GCTGTCATGA TATCTGGGAA 
CAGGATCCAG GGTCTAAAAA TTGCTACCAG TTTAATACAC AGTCTGCTCT TTCTTGGAAG 
GAAGCTTATA TTTCATGTCA AAGGCAAGGA GGAGATTTAC TTAGCATCCA AGATGCATCT 
GAATTAAGTT ACATACAAGC CAAGGATGAC ATTGCTGAGA TCTTCTGGAT TGGCTTAAAT 
CAACTGGACG TTTCTGGAGG TTGGCAGTGG TCAGATCACA AACCTTTGAA TTTTGTCAAC 
TGGCATCCAG ATATGCAGAG TTTGTCCCCA CTGGATGGGA CTAGTTGTGT GGTGATGAAT 
GCTGCTTCAG GTCAGTGGCA GAGTTACCAT TGTGGGACTC AACTTCCATA TACTTGCAAG 
AAGTCACTCA GTGAAGTTTC AAGCCTCCCA GAGGATTGGA GACACTTGGA TACTCGCTGT 
GATTCGGGCT GGCTTCCCTA TGATGGCTCT TGCTACATGC TGATAAATAA CCCATCACCT 
TGGAGCGTGG CAGATGAGTT GTGCAAAGCA AATAAGAGTA ACCTCATCAG CATACACTCA 
TTAGCAGATG TTGAACTGGT TGTTACAAAG CTTCATAATG ACGCAGAAGA AGAAATGTGG 
ATGGGTCTTA GGAATGAAGA TGTGCCAACC TTGTTCAAAT GGTCAGATCG TTCGACTGTG 
GTTTTTACAT ATTGGGATCA GAATGAACCA AAAGTTCCTT TTAACAGCAC TCCTAACTGC 
GTGTCATACT CAGGCAAGTT GGGACAGTGG AGAGTGAAAT CCTGTGAAGA AAAATTGAAA 
TATGTTTGCA AGAAAGAAGG AGAGATACTG AATGAAACAA AATCAGATGA AAGATGTTCA 
CTGGAAGAGG GATGGGAGAG ACACGGGAAC TACTGTTACA GGATCGATAA AACGGAAGTT 
TCATTTGGAA CACGGTGCAA TCTTACAGTG ATGAACAGAT TTGAGCAAGA ATTTATAAAC 
AGTCTGATGA GAAAACACAC CGAAGTTGAA GAAAAGTACT TCTGGACTGG TTTGCAGGAT 
ATTAGCCAAT CAGGAATATA TTCCTGGGGT ACAGTGAATG GGGAAAAAAC TGAAGCTGTG 
ACATACTCTA ACTGGAATTC CTTGCAACCA GAGTTTTCAG GAGGATGTGT GGCCATGTCC 
AATGGAAATT CTCTTGGAAA GTGGGAAACT AAGGACTGTA AAACCACTAA AGCATTTTCG 
ATCTGCAAAA AATATATCGG GCAGCCCAAG GAGCCAGAAG TGCTCCCAAA GCCAACTGAT 
CCCTGTCCCC CTGGGTGGCA CAATGGATCA GGCCTTGCCT GCTACAAGTT CTTCCACAGT 
GAAAGAGTGC TGCGAACCAG GACCTGGGAA GAGGCAGAAA GGTTCTGTGA AGCGCTTGGA 
GGCCATCTGC CTAGTTTTAG TCACTCAGAA GAAGTCAAGG CACTTCATTC TATCCTGAGA 
AAAATTATAA GCAATGACAG ATGGGTATGG ATTGGAATGA ATAAGAGGAG TCCAGATTCT 
TTAGGAACCT GGCAGTGGAG TGATGATAAA CCCGTGACTA GTGTTGTTAT GCCACTCGAG 
TATCTGGAAG ATGAATATGA TACAAGAGAC TGTGCTGCAT TAAAGACCAC CCAGTTTTCA 
CGGAGGTCAT TTTGGAGATT TTATTTCCAT GAAGGCAGAG ACCTGGAATT TTACTTCAGG 
CCTTTTGATT GTGAAGCTAA ACTTGAATGG GTCTGCCAGA TAACAAAAGG TAGCACTCCA 
AAGACACCTG AGTGGTATAT ACCAGATGAA ATTGGAATTC ATGGAGCCCC ACTTGTTGTT 
GATGGAGCAG AGCTGTGGTT TGTACCAGAT AAGAATTTGA GCTACCAGGA AGCTATTTTC 
TACTGTCAAA AAAATGATAG TGATTTAGCC TCAGTGGAGT CTTACCCTAA ACTCAGGGCA 
ATACTGTCTC AAATAGAGAA GTTATCAAAC AGTGAACAGA AGTGGTGGCT GAAGTTTATT 
GATTATGGCT ACAGCTATCA TTCACCTTTA CAGTTATTTC CACGCTTCCA TGATAGATTC 
CTGAGAGAAT GCTGGTATGT TTCTCGAAAG AACTGGTATA GAGACTACCC AGTGAACTGT 
AATGTGAAAC TACCCTTCAT CTGTGAAAAA AATAATGCCT CCTTACTAGA GAAACATGAT 
CCCAGTTACC GCCCAGTCAG AGGAGGTTGC CGTGAAGGCT GGCATCAGTT CCGGAATAAG 
TGTTTCCTGA AGATGAACCC TGAATATTTA ACATTTAATG CAGCTAATGA AAAGTGTGTA 
ACTTTTGGAG GCTCTCTTCC ATCTATCTCA GATCAAACTG AGCAAGATTA TATAACATCC 
TTGCTTCCTG GTATGCCAAA AGATATTTGG ATTGGTTTAC AGTTTCTGTT CAGCACAAGA 
GAAAACAAAT GGATAGATGA GAGCAGACTG ATGTATAGTA ATTTTCACCC GCTCCTGACA 
GGAAGATTAA GGAAAATTCC ACTGGATCTT TTTGATGAAG AATTTAACAA TCAGTGCGGT 
GTAATCCTCA ATGATCCCAA ATCACAGTAT GCTGGAACAT GGAATTTCAC TGCTTGTGCT 
GACAGGCACT TCTTGGGTAT ATGCCAACGT CCTGTAGGTA TAGGAACTTC TGATAACCAG 
ACAGAGCAAG TCATTAATGA AACATTGAGC TATCAAGATG TTCAATACAT GGTAATTCTG 
AAGAATTTGT CCTGGAATGA TGCAGTGGCT GCATGCATAA ATAACAAGAT GCAGCTGGTT 
AGCATCACAG ATCAGTTCCA GCAGGCTTTT CTTGCTGTTC AGGCAGCCCT TTATAATTAC 
CCACTCTGGA TTGGACTCTT CAGCAGAGAT GGTGGAAAGC ATTATGGCTG GCTGGATGGG 
AAACATGTTA GTTTTAGTCG CTGGTCTGAA GATGATGAAG AAACAAACGA AGAATGTGTG 
TTTTTGGATA CTGATGGCTT CTGGAAAAGT TCTGACTGTT CCTCTGAAAA TCGAGGTGCT 
ATTTGCTACG CATCAGAAAA GAAGACTGAA AAAGAACAAG TTACACAAGT GAAGTGCCCA 
CATAAGATTA AAAATACACC CTGGATATCA TTTAGAAACA ATTGTTACAC TTTTATGATA 
ACAAAAAATA GATGGAGAGA ACTGAAGTCT CAAGAAGCTC ATCATTTATG CAGGAAAATG 
AACCCAGAAG CATTTGTTCT GAGTGTTCGA GATGAAGAAG AGAATAACTT TGTTACTGAG 
CAGCTTCATT CATTCAGCGG TCTGGCTCTG TGGGTCTGGC TGGGTGTGAT TTATGATGAC 
AGTGATAAAG TTCTCAAGTG GTATGATGAA ACTCATCTGA CTTACAATAA CTGGAGGCTG 
GGAAGACCTA TCATAAAGAA GAACAGTTTT TTTGCTGGTG TAAACCTTGA TGGGTTTTGG 
GATATTTATA ATTATTCTCA AAGTTGGCAT GCCAATCACT ATAACATGTA CAGTATTCTT 
GCCTGTAAAA TCGAAATGGG ACCCCAGCAG CACAAACCTC CATTGCCCGA GTCTATTCCA 
CATGGAAACA GAACATACAG GATCCTTCAG AAAAAATTAA CGTGGTATGA GGCATTGAGA 
GCATGCAAAC AAAATAAGAG TGATTTAGCA AGTGTACACA GTGAATCACA ACAGTTATTT 
CTAGAAGATA TTGTCAAACA GGATGGTTAT CCTCTGTGGC TTGGATTGTC AGTTCATGAT 
GGAAGTAAAG CTAATTTTGA ATGGTCAGAT GGAAGTGACT TCGACTACTA TCCTTGGGAA 
TTAGAAAACT CAAATACTAC TGAGAACTGT GTTCTTTTGG ATACTAAAGG AGCTTGGAAC 
CGTACCAAAT GTACAAATGT TGCTGAAGGT GCCATTTGTT ATAGCCCTCC AAACAAGAGG 
CAATTCCAGC CAGAGCAAGC GAGCAGAGCC TCAGGATGCC CACAGAGCAG TGGTGCCCTA 
CAGTGGGTAC AGTACAAGGA TCACTGTTAC GCCTTTGACA TGGCATTCTA CAATTTTTCA 
GTATATAATA TGGAAGAGGC TAAGAAAGTC TGCCAGAAAC TGAGTCCTTC AGCCACCCTT 
CTGACTATAG TTGATGCTGA GGAAAATGCA TTTGTGAGCA AACACGTAAA GGAACATGAT 
CTCATCACCA AGAATGTATG GCTTGGCCTG GCTCAGAGCT CTAAGGGTCA GTCCCTGAAC 
TGGCTGGATG GCTCATCAGT TAATTATGTC AACTGGGAGA ATAAAACTGC AGAAGCCAAT 
GAAAAATGCA GTGTTATCAT GTCCAGAACT GGCATGTGGT CCAAAGTTGA CTGCAGTCGT 
AGCCAAAGCA GAGTGGTTTG CAAAGCTCCT TTAGGTTCTA ATCACACTGG TGTGGCTGTA 
GCATTTGCCC TGCTAGTTAT CTTAGTCTTT GCTGTTGGAC TGGTGTTGTA TCTCTACAAA 
AAGAAGCGTC TTCACTGGAG TGCCTTCTCT TCAGTACGCT ATCAAAGAGG GATGAACGAT 
GATGAAACGG ATGATATGTT TGCGAAAGAT GGCTATTGA

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

RefSeq	XP_017680841.1
CDS	28..5226
Translation	MARSVGLCLPFCGLALLLLCCAARGGPAGNDAFAIRHDKENKCIQVKNSRIVIDDCRETSEALWKWVSQNRLFHLGSKQCLGLDIFTKSVSRLKMVDCNSELMLWWRCADASIIGASQYKVTIKNTYVTASINATDQWRSNNSSSDICRYLYYEVYTKDGNSYGKPCEFPFLYNKTWHHDCVQDETHGGGKWCATSEDYARDGKWGICLQPEDGCHDIWEQDPGSKNCYQFNTQSALSWKEAYISCQRQGGDLLSIQDASELSYIQAKDDIAEIFWIGLNQLDVSGGWQWSDHKPLNFVNWHPDMQSLSPLDGTSCVVMNAASGQWQSYHCGTQLPYTCKKSLSEVSSLPEDWRHLDTRCDSGWLPYDGSCYMLINNPSPWSVADELCKANKSNLISIHSLADVELVVTKLHNDAEEEMWMGLRNEDVPTLFKWSDRSTVVFTYWDQNEPKVPFNSTPNCVSYSGKLGQWRVKSCEEKLKYVCKKEGEILNETKSDERCSLEEGWERHGNYCYRIDKTEVSFGTRCNLTVMNRFEQEFINSLMRKHTEVEEKYFWTGLQDISQSGIYSWGTVNGEKTEAVTYSNWNSLQPEFSGGCVAMSNGNSLGKWETKDCKTTKAFSICKKYIGQPKEPEVLPKPTDPCPPGWHNGSGLACYKFFHSERVLRTRTWEEAERFCEALGGHLPSFSHSEEVKALHSILRKIISNDRWVWIGMNKRSPDSLGTWQWSDDKPVTSVVMPLEYLEDEYDTRDCAALKTTQFSRRSFWRFYFHEGRDLEFYFRPFDCEAKLEWVCQITKGSTPKTPEWYIPDEIGIHGAPLVVDGAELWFVPDKNLSYQEAIFYCQKNDSDLASVESYPKLRAILSQIEKLSNSEQKWWLKFIDYGYSYHSPLQLFPRFHDRFLRECWYVSRKNWYRDYPVNCNVKLPFICEKNNASLLEKHDPSYRPVRGGCREGWHQFRNKCFLKMNPEYLTFNAANEKCVTFGGSLPSISDQTEQDYITSLLPGMPKDIWIGLQFLFSTRENKWIDESRLMYSNFHPLLTGRLRKIPLDLFDEEFNNQCGVILNDPKSQYAGTWNFTACADRHFLGICQRPVGIGTSDNQTEQVINETLSYQDVQYMVILKNLSWNDAVAACINNKMQLVSITDQFQQAFLAVQAALYNYPLWIGLFSRDGGKHYGWLDGKHVSFSRWSEDDEETNEECVFLDTDGFWKSSDCSSENRGAICYASEKKTEKEQVTQVKCPHKIKNTPWISFRNNCYTFMITKNRWRELKSQEAHHLCRKMNPEAFVLSVRDEEENNFVTEQLHSFSGLALWVWLGVIYDDSDKVLKWYDETHLTYNNWRLGRPIIKKNSFFAGVNLDGFWDIYNYSQSWHANHYNMYSILACKIEMGPQQHKPPLPESIPHGNRTYRILQKKLTWYEALRACKQNKSDLASVHSESQQLFLEDIVKQDGYPLWLGLSVHDGSKANFEWSDGSDFDYYPWELENSNTTENCVLLDTKGAWNRTKCTNVAEGAICYSPPNKRQFQPEQASRASGCPQSSGALQWVQYKDHCYAFDMAFYNFSVYNMEEAKKVCQKLSPSATLLTIVDAEENAFVSKHVKEHDLITKNVWLGLAQSSKGQSLNWLDGSSVNYVNWENKTAEANEKCSVIMSRTGMWSKVDCSRSQSRVVCKAPLGSNHTGVAVAFALLVILVFAVGLVLYLYKKKRLHWSAFSSVRYQRGMNDDETDDMFAKDGY

Target ORF information:

RefSeq Version	XM_017825352.1
Organism	Lepidothrix coronata(blue-crowned manakin)
Definition	Lepidothrix coronata lymphocyte antigen 75 (LY75), transcript variant X1, mRNA.

Target ORF information:

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

XM_017825352.1

ORF Insert Sequence:

ATGGCCCGGT CGGTGGGGCT GTGCCTGCCC TTCTGCGGCC TCGCCCTGCT CCTGCTCTGC 
TGCGCGGCCA GAGGGGGCCC CGCAGGCAAT GATGCTTTTG CCATTCGCCA TGACAAAGAG 
AACAAGTGCA TACAAGTTAA AAACTCGCGG ATAGTGATAG ATGACTGCAG GGAGACAAGT 
GAAGCTTTAT GGAAATGGGT ATCCCAGAAT CGCCTCTTTC ACTTGGGGTC CAAGCAGTGC 
CTGGGACTTG ATATATTCAC AAAATCAGTG TCTCGACTGA AAATGGTTGA TTGTAACTCA 
GAGTTAATGC TGTGGTGGCG ATGTGCTGAT GCTTCCATCA TTGGTGCGTC TCAGTACAAA 
GTGACTATCA AGAATACCTA TGTGACTGCA AGCATAAATG CAACAGACCA GTGGAGAAGC 
AACAATTCCT CCAGTGATAT ATGTCGATAC CTTTACTATG AGGTTTATAC CAAAGATGGC 
AACTCATATG GAAAACCCTG TGAGTTCCCC TTTCTGTATA ATAAGACGTG GCATCATGAC 
TGCGTTCAGG ATGAAACCCA TGGGGGTGGG AAATGGTGCG CCACATCTGA AGACTACGCT 
CGTGATGGAA AATGGGGAAT CTGCTTACAA CCAGAGGATG GCTGTCATGA TATCTGGGAA 
CAGGATCCAG GGTCTAAAAA TTGCTACCAG TTTAATACAC AGTCTGCTCT TTCTTGGAAG 
GAAGCTTATA TTTCATGTCA AAGGCAAGGA GGAGATTTAC TTAGCATCCA AGATGCATCT 
GAATTAAGTT ACATACAAGC CAAGGATGAC ATTGCTGAGA TCTTCTGGAT TGGCTTAAAT 
CAACTGGACG TTTCTGGAGG TTGGCAGTGG TCAGATCACA AACCTTTGAA TTTTGTCAAC 
TGGCATCCAG ATATGCAGAG TTTGTCCCCA CTGGATGGGA CTAGTTGTGT GGTGATGAAT 
GCTGCTTCAG GTCAGTGGCA GAGTTACCAT TGTGGGACTC AACTTCCATA TACTTGCAAG 
AAGTCACTCA GTGAAGTTTC AAGCCTCCCA GAGGATTGGA GACACTTGGA TACTCGCTGT 
GATTCGGGCT GGCTTCCCTA TGATGGCTCT TGCTACATGC TGATAAATAA CCCATCACCT 
TGGAGCGTGG CAGATGAGTT GTGCAAAGCA AATAAGAGTA ACCTCATCAG CATACACTCA 
TTAGCAGATG TTGAACTGGT TGTTACAAAG CTTCATAATG ACGCAGAAGA AGAAATGTGG 
ATGGGTCTTA GGAATGAAGA TGTGCCAACC TTGTTCAAAT GGTCAGATCG TTCGACTGTG 
GTTTTTACAT ATTGGGATCA GAATGAACCA AAAGTTCCTT TTAACAGCAC TCCTAACTGC 
GTGTCATACT CAGGCAAGTT GGGACAGTGG AGAGTGAAAT CCTGTGAAGA AAAATTGAAA 
TATGTTTGCA AGAAAGAAGG AGAGATACTG AATGAAACAA AATCAGATGA AAGATGTTCA 
CTGGAAGAGG GATGGGAGAG ACACGGGAAC TACTGTTACA GGATCGATAA AACGGAAGTT 
TCATTTGGAA CACGGTGCAA TCTTACAGTG ATGAACAGAT TTGAGCAAGA ATTTATAAAC 
AGTCTGATGA GAAAACACAC CGAAGTTGAA GAAAAGTACT TCTGGACTGG TTTGCAGGAT 
ATTAGCCAAT CAGGAATATA TTCCTGGGGT ACAGTGAATG GGGAAAAAAC TGAAGCTGTG 
ACATACTCTA ACTGGAATTC CTTGCAACCA GAGTTTTCAG GAGGATGTGT GGCCATGTCC 
AATGGAAATT CTCTTGGAAA GTGGGAAACT AAGGACTGTA AAACCACTAA AGCATTTTCG 
ATCTGCAAAA AATATATCGG GCAGCCCAAG GAGCCAGAAG TGCTCCCAAA GCCAACTGAT 
CCCTGTCCCC CTGGGTGGCA CAATGGATCA GGCCTTGCCT GCTACAAGTT CTTCCACAGT 
GAAAGAGTGC TGCGAACCAG GACCTGGGAA GAGGCAGAAA GGTTCTGTGA AGCGCTTGGA 
GGCCATCTGC CTAGTTTTAG TCACTCAGAA GAAGTCAAGG CACTTCATTC TATCCTGAGA 
AAAATTATAA GCAATGACAG ATGGGTATGG ATTGGAATGA ATAAGAGGAG TCCAGATTCT 
TTAGGAACCT GGCAGTGGAG TGATGATAAA CCCGTGACTA GTGTTGTTAT GCCACTCGAG 
TATCTGGAAG ATGAATATGA TACAAGAGAC TGTGCTGCAT TAAAGACCAC CCAGTTTTCA 
CGGAGGTCAT TTTGGAGATT TTATTTCCAT GAAGGCAGAG ACCTGGAATT TTACTTCAGG 
CCTTTTGATT GTGAAGCTAA ACTTGAATGG GTCTGCCAGA TAACAAAAGG TAGCACTCCA 
AAGACACCTG AGTGGTATAT ACCAGATGAA ATTGGAATTC ATGGAGCCCC ACTTGTTGTT 
GATGGAGCAG AGCTGTGGTT TGTACCAGAT AAGAATTTGA GCTACCAGGA AGCTATTTTC 
TACTGTCAAA AAAATGATAG TGATTTAGCC TCAGTGGAGT CTTACCCTAA ACTCAGGGCA 
ATACTGTCTC AAATAGAGAA GTTATCAAAC AGTGAACAGA AGTGGTGGCT GAAGTTTATT 
GATTATGGCT ACAGCTATCA TTCACCTTTA CAGTTATTTC CACGCTTCCA TGATAGATTC 
CTGAGAGAAT GCTGGTATGT TTCTCGAAAG AACTGGTATA GAGACTACCC AGTGAACTGT 
AATGTGAAAC TACCCTTCAT CTGTGAAAAA AATAATGCCT CCTTACTAGA GAAACATGAT 
CCCAGTTACC GCCCAGTCAG AGGAGGTTGC CGTGAAGGCT GGCATCAGTT CCGGAATAAG 
TGTTTCCTGA AGATGAACCC TGAATATTTA ACATTTAATG CAGCTAATGA AAAGTGTGTA 
ACTTTTGGAG GCTCTCTTCC ATCTATCTCA GATCAAACTG AGCAAGATTA TATAACATCC 
TTGCTTCCTG GTATGCCAAA AGATATTTGG ATTGGTTTAC AGTTTCTGTT CAGCACAAGA 
GAAAACAAAT GGATAGATGA GAGCAGACTG ATGTATAGTA ATTTTCACCC GCTCCTGACA 
GGAAGATTAA GGAAAATTCC ACTGGATCTT TTTGATGAAG AATTTAACAA TCAGTGCGGT 
GTAATCCTCA ATGATCCCAA ATCACAGTAT GCTGGAACAT GGAATTTCAC TGCTTGTGCT 
GACAGGCACT TCTTGGGTAT ATGCCAACGT CCTGTAGGTA TAGGAACTTC TGATAACCAG 
ACAGAGCAAG TCATTAATGA AACATTGAGC TATCAAGATG TTCAATACAT GGTAATTCTG 
AAGAATTTGT CCTGGAATGA TGCAGTGGCT GCATGCATAA ATAACAAGAT GCAGCTGGTT 
AGCATCACAG ATCAGTTCCA GCAGGCTTTT CTTGCTGTTC AGGCAGCCCT TTATAATTAC 
CCACTCTGGA TTGGACTCTT CAGCAGAGAT GGTGGAAAGC ATTATGGCTG GCTGGATGGG 
AAACATGTTA GTTTTAGTCG CTGGTCTGAA GATGATGAAG AAACAAACGA AGAATGTGTG 
TTTTTGGATA CTGATGGCTT CTGGAAAAGT TCTGACTGTT CCTCTGAAAA TCGAGGTGCT 
ATTTGCTACG CATCAGAAAA GAAGACTGAA AAAGAACAAG TTACACAAGT GAAGTGCCCA 
CATAAGATTA AAAATACACC CTGGATATCA TTTAGAAACA ATTGTTACAC TTTTATGATA 
ACAAAAAATA GATGGAGAGA ACTGAAGTCT CAAGAAGCTC ATCATTTATG CAGGAAAATG 
AACCCAGAAG CATTTGTTCT GAGTGTTCGA GATGAAGAAG AGAATAACTT TGTTACTGAG 
CAGCTTCATT CATTCAGCGG TCTGGCTCTG TGGGTCTGGC TGGGTGTGAT TTATGATGAC 
AGTGATAAAG TTCTCAAGTG GTATGATGAA ACTCATCTGA CTTACAATAA CTGGAGGCTG 
GGAAGACCTA TCATAAAGAA GAACAGTTTT TTTGCTGGTG TAAACCTTGA TGGGTTTTGG 
GATATTTATA ATTATTCTCA AAGTTGGCAT GCCAATCACT ATAACATGTA CAGTATTCTT 
GCCTGTAAAA TCGAAATGGG ACCCCAGCAG CACAAACCTC CATTGCCCGA GTCTATTCCA 
CATGGAAACA GAACATACAG GATCCTTCAG AAAAAATTAA CGTGGTATGA GGCATTGAGA 
GCATGCAAAC AAAATAAGAG TGATTTAGCA AGTGTACACA GTGAATCACA ACAGTTATTT 
CTAGAAGATA TTGTCAAACA GGATGGTTAT CCTCTGTGGC TTGGATTGTC AGTTCATGAT 
GGAAGTAAAG CTAATTTTGA ATGGTCAGAT GGAAGTGACT TCGACTACTA TCCTTGGGAA 
TTAGAAAACT CAAATACTAC TGAGAACTGT GTTCTTTTGG ATACTAAAGG AGCTTGGAAC 
CGTACCAAAT GTACAAATGT TGCTGAAGGT GCCATTTGTT ATAGCCCTCC AAACAAGAGG 
CAATTCCAGC CAGAGCAAGC GAGCAGAGCC TCAGGATGCC CACAGAGCAG TGGTGCCCTA 
CAGTGGGTAC AGTACAAGGA TCACTGTTAC GCCTTTGACA TGGCATTCTA CAATTTTTCA 
GTATATAATA TGGAAGAGGC TAAGAAAGTC TGCCAGAAAC TGAGTCCTTC AGCCACCCTT 
CTGACTATAG TTGATGCTGA GGAAAATGCA TTTGTGAGCA AACACGTAAA GGAACATGAT 
CTCATCACCA AGAATGTATG GCTTGGCCTG GCTCAGAGCT CTAAGGGTCA GTCCCTGAAC 
TGGCTGGATG GCTCATCAGT TAATTATGTC AACTGGGAGA ATAAAACTGC AGAAGCCAAT 
GAAAAATGCA GTGTTATCAT GTCCAGAACT GGCATGTGGT CCAAAGTTGA CTGCAGTCGT 
AGCCAAAGCA GAGTGGTTTG CAAAGCTCCT TTAGGTTCTA ATCACACTGG TGTGGCTGTA 
GCATTTGCCC TGCTAGTTAT CTTAGTCTTT GCTGTTGGAC TGGTGTTGTA TCTCTACAAA 
AAGAAGCGTC TTCACTGGAG TGCCTTCTCT TCAGTACGCT ATCAAAGAGG GATGAACGAT 
GATGAAACGG ATGATATGTT TGCGAAAGAT GGCTATTGA

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

LY75 ( XM_017825353.1 ) cDNA ORF clone, Lepidothrix coronata(blue-crowned manakin) -> XP_017680842.1 Lepidothrix coronata lymphocyte antigen 75 (LY75), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OLe65531
Clone ID Related Accession (Same CDS sequence)	XM_017825353.1
Accession Version	XM_017825353.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5193bp) 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	2016-08-10
Organism	Lepidothrix coronata(blue-crowned manakin)
Product	lymphocyte antigen 75 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016690298.1) 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 :: Lepidothrix coronata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCCGGT CGGTGGGGCT GTGCCTGCCC TTCTGCGGCC TCGCCCTGCT CCTGCTCTGC 
TGCGCGGCCA GAGGGGGCCC CGCAGGCAAT GATGCTTTTG CCATTCGCCA TGACAAAGAG 
AACAAGTGCA TACAAGTTAA AAACTCGCGG ATAGTGATAG ATGACTGCAG GGAGACAAGT 
GAAGCTTTAT GGAAATGGGT ATCCCAGAAT CGCCTCTTTC ACTTGGGGTC CAAGCAGTGC 
CTGGGACTTG ATATATTCAC AAAATCAGTG TCTCGACTGA AAATGGTTGA TTGTAACTCA 
GAGTTAATGC TGTGGTGGCG ATGTGCTGAT GCTTCCATCA TTGGTGCGTC TCAGTACAAA 
GTGACTATCA AGAATACCTA TGTGACTGCA AGCATAAATG CAACAGACCA GTGGAGAAGC 
AACAATTCCT CCAGTGATAT ATGTCGATAC CTTTACTATG AGGTTTATAC CAAAGATGGC 
AACTCATATG GAAAACCCTG TGAGTTCCCC TTTCTGTATA ATAAGACGTG GCATCATGAC 
TGCGTTCAGG ATGAAACCCA TGGGGGTGGG AAATGGTGCG CCACATCTGA AGACTACGCT 
CGTGATGGAA AATGGGGAAT CTGCTTACAA CCAGAGGATG GCTGTCATGA TATCTGGGAA 
CAGGATCCAG GGTCTAAAAA TTGCTACCAG TTTAATACAC AGTCTGCTCT TTCTTGGAAG 
GAAGCTTATA TTTCATGTCA AAGGCAAGGA GGAGATTTAC TTAGCATCCA AGATGCATCT 
GAATTAAGTT ACATACAAGC CAAGGATGAC ATTGCTGAGA TCTTCTGGAT TGGCTTAAAT 
CAACTGGACG TTTCTGGAGG TTGGCAGTGG TCAGATCACA AACCTTTGAA TTTTGTCAAC 
TGGCATCCAG ATATGCAGAG TTTGTCCCCA CTGGATGGGA CTAGTTGTGT GGTGATGAAT 
GCTGCTTCAG GTCAGTGGCA GAGTTACCAT TGTGGGACTC AACTTCCATA TACTTGCAAG 
AAGTCACTCA GTGAAGTTTC AAGCCTCCCA GAGGATTGGA GACACTTGGA TACTCGCTGT 
GATTCGGGCT GGCTTCCCTA TGATGGCTCT TGCTACATGC TGATAAATAA CCCATCACCT 
TGGAGCGTGG CAGATGAGTT GTGCAAAGCA AATAAGAGTA ACCTCATCAG CATACACTCA 
TTAGCAGATG TTGAACTGGT TGTTACAAAG CTTCATAATG ACGCAGAAGA AGAAATGTGG 
ATGGGTCTTA GGAATGAAGA TGTGCCAACC TTGTTCAAAT GGTCAGATCG TTCGACTGTG 
GTTTTTACAT ATTGGGATCA GAATGAACCA AAAGTTCCTT TTAACAGCAC TCCTAACTGC 
GTGTCATACT CAGGCAAGTT GGGACAGTGG AGAGTGAAAT CCTGTGAAGA AAAATTGAAA 
TATGTTTGCA AGAAAGAAGG AGAGATACTG AATGAAACAA AATCAGATGA AAGATGTTCA 
CTGGAAGAGG GATGGGAGAG ACACGGGAAC TACTGTTACA GGATCGATAA AACGGAAGTT 
TCATTTGGAA CACGGTGCAA TCTTACAGTG ATGAACAGAT TTGAGCAAGA ATTTATAAAC 
AGTCTGATGA GAAAACACAC CGAAGTTGAA GAAAAGTACT TCTGGACTGG TTTGCAGGAT 
ATTAGCCAAT CAGGAATATA TTCCTGGGGT ACAGTGAATG GGGAAAAAAC TGAAGCTGTG 
ACATACTCTA ACTGGAATTC CTTGCAACCA GAGTTTTCAG GAGGATGTGT GGCCATGTCC 
AATGGAAATT CTCTTGGAAA GTGGGAAACT AAGGACTGTA AAACCACTAA AGCATTTTCG 
ATCTGCAAAA AATATATCGG GCAGCCCAAG GAGCCAGAAG TGCTCCCAAA GCCAACTGAT 
CCCTGTCCCC CTGGGTGGCA CAATGGATCA GGCCTTGCCT GCTACAAGTT CTTCCACAGT 
GAAAGAGTGC TGCGAACCAG GACCTGGGAA GAGGCAGAAA GGTTCTGTGA AGCGCTTGGA 
GGCCATCTGC CTAGTTTTAG TCACTCAGAA GAAGTCAAGG CACTTCATTC TATCCTGAGA 
AAAATTATAA GCAATGACAG ATGGGTATGG ATTGGAATGA ATAAGAGGAG TCCAGATTCT 
TTAGGAACCT GGCAGTGGAG TGATGATAAA CCCGTGACTA GTGTTGTTAT GCCACTCGAG 
TATCTGGAAG ATGAATATGA TACAAGAGAC TGTGCTGCAT TAAAGACCAC CCAGTTTTCA 
CGGAGGTCAT TTTGGAGATT TTATTTCCAT GAAGGCAGAG ACCTGGAATT TTACTTCAGG 
CCTTTTGATT GTGAAGCTAA ACTTGAATGG GTCTGCCAGA TAACAAAAGG TAGCACTCCA 
AAGACACCTG AGTGGTATAT ACCAGATGAA ATTGGAATTC ATGGAGCCCC ACTTGTTGTT 
GATGGAGCAG AGCTGTGGTT TGTACCAGAT AAGAATTTGA GCTACCAGGA AGCTATTTTC 
TACTGTCAAA AAAATGATAG TGATTTAGCC TCAGTGGAGT CTTACCCTAA ACTCAGGGCA 
ATACTGTCTC AAATAGAGAA GTTATCAAAC AGTGAACAGA AGTGGTGGCT GAAGTTTATT 
GATTATGGCT ACAGCTATCA TTCACCTTTA CAGTTATTTC CACGCTTCCA TGATAGATTC 
CTGAGAGAAT GCTGGTATGT TTCTCGAAAG AACTGGTATA GAGACTACCC AGTGAACTGT 
AATGTGAAAC TACCCTTCAT CTGTGAAAAA AATAATGCCT CCTTACTAGA GAAACATGAT 
CCCAGTTACC GCCCAGTCAG AGGAGGTTGC CGTGAAGGCT GGCATCAGTT CCGGAATAAG 
TGTTTCCTGA AGATGAACCC TGAATATTTA ACATTTAATG CAGCTAATGA AAAGTGTGTA 
ACTTTTGGAG GCTCTCTTCC ATCTATCTCA GATCAAACTG AGCAAGATTA TATAACATCC 
TTGCTTCCTG GTATGCCAAA AGATATTTGG ATTGGTTTAC AGTTTCTGTT CAGCACAAGA 
GAAAACAAAT GGATAGATGA GAGCAGACTG ATGTATAGTA ATTTTCACCC GCTCCTGACA 
GGAAGATTAA GGAAAATTCC ACTGGATCTT TTTGATGAAG AATTTAACAA TCAGTGCGGT 
GTAATCCTCA ATGATCCCAA ATCACAGTAT GCTGGAACAT GGAATTTCAC TGCTTGTGCT 
GACAGGCACT TCTTGGGTAT ATGCCAACGT CCTGTAGGAA CTTCTGATAA CCAGACAGAG 
CAAGTCATTA ATGAAACATT GAGCTATCAA GATGTTCAAT ACATGGTAAT TCTGAAGAAT 
TTGTCCTGGA ATGATGCAGT GGCTGCATGC ATAAATAACA AGATGCAGCT GGTTAGCATC 
ACAGATCAGT TCCAGCAGGC TTTTCTTGCT GTTCAGGCAG CCCTTTATAA TTACCCACTC 
TGGATTGGAC TCTTCAGCAG AGATGGTGGA AAGCATTATG GCTGGCTGGA TGGGAAACAT 
GTTAGTTTTA GTCGCTGGTC TGAAGATGAT GAAGAAACAA ACGAAGAATG TGTGTTTTTG 
GATACTGATG GCTTCTGGAA AAGTTCTGAC TGTTCCTCTG AAAATCGAGG TGCTATTTGC 
TACGCATCAG AAAAGAAGAC TGAAAAAGAA CAAGTTACAC AAGTGAAGTG CCCACATAAG 
ATTAAAAATA CACCCTGGAT ATCATTTAGA AACAATTGTT ACACTTTTAT GATAACAAAA 
AATAGATGGA GAGAACTGAA GTCTCAAGAA GCTCATCATT TATGCAGGAA AATGAACCCA 
GAAGCATTTG TTCTGAGTGT TCGAGATGAA GAAGAGAATA ACTTTGTTAC TGAGCAGCTT 
CATTCATTCA GCGGTCTGGC TCTGTGGGTC TGGCTGGGTG TGATTTATGA TGACAGTGAT 
AAAGTTCTCA AGTGGTATGA TGAAACTCAT CTGACTTACA ATAACTGGAG GCTGGGAAGA 
CCTATCATAA AGAAGAACAG TTTTTTTGCT GGTGTAAACC TTGATGGGTT TTGGGATATT 
TATAATTATT CTCAAAGTTG GCATGCCAAT CACTATAACA TGTACAGTAT TCTTGCCTGT 
AAAATCGAAA TGGGACCCCA GCAGCACAAA CCTCCATTGC CCGAGTCTAT TCCACATGGA 
AACAGAACAT ACAGGATCCT TCAGAAAAAA TTAACGTGGT ATGAGGCATT GAGAGCATGC 
AAACAAAATA AGAGTGATTT AGCAAGTGTA CACAGTGAAT CACAACAGTT ATTTCTAGAA 
GATATTGTCA AACAGGATGG TTATCCTCTG TGGCTTGGAT TGTCAGTTCA TGATGGAAGT 
AAAGCTAATT TTGAATGGTC AGATGGAAGT GACTTCGACT ACTATCCTTG GGAATTAGAA 
AACTCAAATA CTACTGAGAA CTGTGTTCTT TTGGATACTA AAGGAGCTTG GAACCGTACC 
AAATGTACAA ATGTTGCTGA AGGTGCCATT TGTTATAGCC CTCCAAACAA GAGGCAATTC 
CAGCCAGAGC AAGCGAGCAG AGCCTCAGGA TGCCCACAGA GCAGTGGTGC CCTACAGTGG 
GTACAGTACA AGGATCACTG TTACGCCTTT GACATGGCAT TCTACAATTT TTCAGTATAT 
AATATGGAAG AGGCTAAGAA AGTCTGCCAG AAACTGAGTC CTTCAGCCAC CCTTCTGACT 
ATAGTTGATG CTGAGGAAAA TGCATTTGTG AGCAAACACG TAAAGGAACA TGATCTCATC 
ACCAAGAATG TATGGCTTGG CCTGGCTCAG AGCTCTAAGG GTCAGTCCCT GAACTGGCTG 
GATGGCTCAT CAGTTAATTA TGTCAACTGG GAGAATAAAA CTGCAGAAGC CAATGAAAAA 
TGCAGTGTTA TCATGTCCAG AACTGGCATG TGGTCCAAAG TTGACTGCAG TCGTAGCCAA 
AGCAGAGTGG TTTGCAAAGC TCCTTTAGGT TCTAATCACA CTGGTGTGGC TGTAGCATTT 
GCCCTGCTAG TTATCTTAGT CTTTGCTGTT GGACTGGTGT TGTATCTCTA CAAAAAGAAG 
CGTCTTCACT GGAGTGCCTT CTCTTCAGTA CGCTATCAAA GAGGGATGAA CGATGATGAA 
ACGGATGATA TGTTTGCGAA AGATGGCTAT TGA

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

RefSeq	XP_017680842.1
CDS	28..5220
Translation	MARSVGLCLPFCGLALLLLCCAARGGPAGNDAFAIRHDKENKCIQVKNSRIVIDDCRETSEALWKWVSQNRLFHLGSKQCLGLDIFTKSVSRLKMVDCNSELMLWWRCADASIIGASQYKVTIKNTYVTASINATDQWRSNNSSSDICRYLYYEVYTKDGNSYGKPCEFPFLYNKTWHHDCVQDETHGGGKWCATSEDYARDGKWGICLQPEDGCHDIWEQDPGSKNCYQFNTQSALSWKEAYISCQRQGGDLLSIQDASELSYIQAKDDIAEIFWIGLNQLDVSGGWQWSDHKPLNFVNWHPDMQSLSPLDGTSCVVMNAASGQWQSYHCGTQLPYTCKKSLSEVSSLPEDWRHLDTRCDSGWLPYDGSCYMLINNPSPWSVADELCKANKSNLISIHSLADVELVVTKLHNDAEEEMWMGLRNEDVPTLFKWSDRSTVVFTYWDQNEPKVPFNSTPNCVSYSGKLGQWRVKSCEEKLKYVCKKEGEILNETKSDERCSLEEGWERHGNYCYRIDKTEVSFGTRCNLTVMNRFEQEFINSLMRKHTEVEEKYFWTGLQDISQSGIYSWGTVNGEKTEAVTYSNWNSLQPEFSGGCVAMSNGNSLGKWETKDCKTTKAFSICKKYIGQPKEPEVLPKPTDPCPPGWHNGSGLACYKFFHSERVLRTRTWEEAERFCEALGGHLPSFSHSEEVKALHSILRKIISNDRWVWIGMNKRSPDSLGTWQWSDDKPVTSVVMPLEYLEDEYDTRDCAALKTTQFSRRSFWRFYFHEGRDLEFYFRPFDCEAKLEWVCQITKGSTPKTPEWYIPDEIGIHGAPLVVDGAELWFVPDKNLSYQEAIFYCQKNDSDLASVESYPKLRAILSQIEKLSNSEQKWWLKFIDYGYSYHSPLQLFPRFHDRFLRECWYVSRKNWYRDYPVNCNVKLPFICEKNNASLLEKHDPSYRPVRGGCREGWHQFRNKCFLKMNPEYLTFNAANEKCVTFGGSLPSISDQTEQDYITSLLPGMPKDIWIGLQFLFSTRENKWIDESRLMYSNFHPLLTGRLRKIPLDLFDEEFNNQCGVILNDPKSQYAGTWNFTACADRHFLGICQRPVGTSDNQTEQVINETLSYQDVQYMVILKNLSWNDAVAACINNKMQLVSITDQFQQAFLAVQAALYNYPLWIGLFSRDGGKHYGWLDGKHVSFSRWSEDDEETNEECVFLDTDGFWKSSDCSSENRGAICYASEKKTEKEQVTQVKCPHKIKNTPWISFRNNCYTFMITKNRWRELKSQEAHHLCRKMNPEAFVLSVRDEEENNFVTEQLHSFSGLALWVWLGVIYDDSDKVLKWYDETHLTYNNWRLGRPIIKKNSFFAGVNLDGFWDIYNYSQSWHANHYNMYSILACKIEMGPQQHKPPLPESIPHGNRTYRILQKKLTWYEALRACKQNKSDLASVHSESQQLFLEDIVKQDGYPLWLGLSVHDGSKANFEWSDGSDFDYYPWELENSNTTENCVLLDTKGAWNRTKCTNVAEGAICYSPPNKRQFQPEQASRASGCPQSSGALQWVQYKDHCYAFDMAFYNFSVYNMEEAKKVCQKLSPSATLLTIVDAEENAFVSKHVKEHDLITKNVWLGLAQSSKGQSLNWLDGSSVNYVNWENKTAEANEKCSVIMSRTGMWSKVDCSRSQSRVVCKAPLGSNHTGVAVAFALLVILVFAVGLVLYLYKKKRLHWSAFSSVRYQRGMNDDETDDMFAKDGY

Target ORF information:

RefSeq Version	XM_017825353.1
Organism	Lepidothrix coronata(blue-crowned manakin)
Definition	Lepidothrix coronata lymphocyte antigen 75 (LY75), transcript variant X2, mRNA.

Target ORF information:

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

XM_017825353.1

ORF Insert Sequence:

ATGGCCCGGT CGGTGGGGCT GTGCCTGCCC TTCTGCGGCC TCGCCCTGCT CCTGCTCTGC 
TGCGCGGCCA GAGGGGGCCC CGCAGGCAAT GATGCTTTTG CCATTCGCCA TGACAAAGAG 
AACAAGTGCA TACAAGTTAA AAACTCGCGG ATAGTGATAG ATGACTGCAG GGAGACAAGT 
GAAGCTTTAT GGAAATGGGT ATCCCAGAAT CGCCTCTTTC ACTTGGGGTC CAAGCAGTGC 
CTGGGACTTG ATATATTCAC AAAATCAGTG TCTCGACTGA AAATGGTTGA TTGTAACTCA 
GAGTTAATGC TGTGGTGGCG ATGTGCTGAT GCTTCCATCA TTGGTGCGTC TCAGTACAAA 
GTGACTATCA AGAATACCTA TGTGACTGCA AGCATAAATG CAACAGACCA GTGGAGAAGC 
AACAATTCCT CCAGTGATAT ATGTCGATAC CTTTACTATG AGGTTTATAC CAAAGATGGC 
AACTCATATG GAAAACCCTG TGAGTTCCCC TTTCTGTATA ATAAGACGTG GCATCATGAC 
TGCGTTCAGG ATGAAACCCA TGGGGGTGGG AAATGGTGCG CCACATCTGA AGACTACGCT 
CGTGATGGAA AATGGGGAAT CTGCTTACAA CCAGAGGATG GCTGTCATGA TATCTGGGAA 
CAGGATCCAG GGTCTAAAAA TTGCTACCAG TTTAATACAC AGTCTGCTCT TTCTTGGAAG 
GAAGCTTATA TTTCATGTCA AAGGCAAGGA GGAGATTTAC TTAGCATCCA AGATGCATCT 
GAATTAAGTT ACATACAAGC CAAGGATGAC ATTGCTGAGA TCTTCTGGAT TGGCTTAAAT 
CAACTGGACG TTTCTGGAGG TTGGCAGTGG TCAGATCACA AACCTTTGAA TTTTGTCAAC 
TGGCATCCAG ATATGCAGAG TTTGTCCCCA CTGGATGGGA CTAGTTGTGT GGTGATGAAT 
GCTGCTTCAG GTCAGTGGCA GAGTTACCAT TGTGGGACTC AACTTCCATA TACTTGCAAG 
AAGTCACTCA GTGAAGTTTC AAGCCTCCCA GAGGATTGGA GACACTTGGA TACTCGCTGT 
GATTCGGGCT GGCTTCCCTA TGATGGCTCT TGCTACATGC TGATAAATAA CCCATCACCT 
TGGAGCGTGG CAGATGAGTT GTGCAAAGCA AATAAGAGTA ACCTCATCAG CATACACTCA 
TTAGCAGATG TTGAACTGGT TGTTACAAAG CTTCATAATG ACGCAGAAGA AGAAATGTGG 
ATGGGTCTTA GGAATGAAGA TGTGCCAACC TTGTTCAAAT GGTCAGATCG TTCGACTGTG 
GTTTTTACAT ATTGGGATCA GAATGAACCA AAAGTTCCTT TTAACAGCAC TCCTAACTGC 
GTGTCATACT CAGGCAAGTT GGGACAGTGG AGAGTGAAAT CCTGTGAAGA AAAATTGAAA 
TATGTTTGCA AGAAAGAAGG AGAGATACTG AATGAAACAA AATCAGATGA AAGATGTTCA 
CTGGAAGAGG GATGGGAGAG ACACGGGAAC TACTGTTACA GGATCGATAA AACGGAAGTT 
TCATTTGGAA CACGGTGCAA TCTTACAGTG ATGAACAGAT TTGAGCAAGA ATTTATAAAC 
AGTCTGATGA GAAAACACAC CGAAGTTGAA GAAAAGTACT TCTGGACTGG TTTGCAGGAT 
ATTAGCCAAT CAGGAATATA TTCCTGGGGT ACAGTGAATG GGGAAAAAAC TGAAGCTGTG 
ACATACTCTA ACTGGAATTC CTTGCAACCA GAGTTTTCAG GAGGATGTGT GGCCATGTCC 
AATGGAAATT CTCTTGGAAA GTGGGAAACT AAGGACTGTA AAACCACTAA AGCATTTTCG 
ATCTGCAAAA AATATATCGG GCAGCCCAAG GAGCCAGAAG TGCTCCCAAA GCCAACTGAT 
CCCTGTCCCC CTGGGTGGCA CAATGGATCA GGCCTTGCCT GCTACAAGTT CTTCCACAGT 
GAAAGAGTGC TGCGAACCAG GACCTGGGAA GAGGCAGAAA GGTTCTGTGA AGCGCTTGGA 
GGCCATCTGC CTAGTTTTAG TCACTCAGAA GAAGTCAAGG CACTTCATTC TATCCTGAGA 
AAAATTATAA GCAATGACAG ATGGGTATGG ATTGGAATGA ATAAGAGGAG TCCAGATTCT 
TTAGGAACCT GGCAGTGGAG TGATGATAAA CCCGTGACTA GTGTTGTTAT GCCACTCGAG 
TATCTGGAAG ATGAATATGA TACAAGAGAC TGTGCTGCAT TAAAGACCAC CCAGTTTTCA 
CGGAGGTCAT TTTGGAGATT TTATTTCCAT GAAGGCAGAG ACCTGGAATT TTACTTCAGG 
CCTTTTGATT GTGAAGCTAA ACTTGAATGG GTCTGCCAGA TAACAAAAGG TAGCACTCCA 
AAGACACCTG AGTGGTATAT ACCAGATGAA ATTGGAATTC ATGGAGCCCC ACTTGTTGTT 
GATGGAGCAG AGCTGTGGTT TGTACCAGAT AAGAATTTGA GCTACCAGGA AGCTATTTTC 
TACTGTCAAA AAAATGATAG TGATTTAGCC TCAGTGGAGT CTTACCCTAA ACTCAGGGCA 
ATACTGTCTC AAATAGAGAA GTTATCAAAC AGTGAACAGA AGTGGTGGCT GAAGTTTATT 
GATTATGGCT ACAGCTATCA TTCACCTTTA CAGTTATTTC CACGCTTCCA TGATAGATTC 
CTGAGAGAAT GCTGGTATGT TTCTCGAAAG AACTGGTATA GAGACTACCC AGTGAACTGT 
AATGTGAAAC TACCCTTCAT CTGTGAAAAA AATAATGCCT CCTTACTAGA GAAACATGAT 
CCCAGTTACC GCCCAGTCAG AGGAGGTTGC CGTGAAGGCT GGCATCAGTT CCGGAATAAG 
TGTTTCCTGA AGATGAACCC TGAATATTTA ACATTTAATG CAGCTAATGA AAAGTGTGTA 
ACTTTTGGAG GCTCTCTTCC ATCTATCTCA GATCAAACTG AGCAAGATTA TATAACATCC 
TTGCTTCCTG GTATGCCAAA AGATATTTGG ATTGGTTTAC AGTTTCTGTT CAGCACAAGA 
GAAAACAAAT GGATAGATGA GAGCAGACTG ATGTATAGTA ATTTTCACCC GCTCCTGACA 
GGAAGATTAA GGAAAATTCC ACTGGATCTT TTTGATGAAG AATTTAACAA TCAGTGCGGT 
GTAATCCTCA ATGATCCCAA ATCACAGTAT GCTGGAACAT GGAATTTCAC TGCTTGTGCT 
GACAGGCACT TCTTGGGTAT ATGCCAACGT CCTGTAGGAA CTTCTGATAA CCAGACAGAG 
CAAGTCATTA ATGAAACATT GAGCTATCAA GATGTTCAAT ACATGGTAAT TCTGAAGAAT 
TTGTCCTGGA ATGATGCAGT GGCTGCATGC ATAAATAACA AGATGCAGCT GGTTAGCATC 
ACAGATCAGT TCCAGCAGGC TTTTCTTGCT GTTCAGGCAG CCCTTTATAA TTACCCACTC 
TGGATTGGAC TCTTCAGCAG AGATGGTGGA AAGCATTATG GCTGGCTGGA TGGGAAACAT 
GTTAGTTTTA GTCGCTGGTC TGAAGATGAT GAAGAAACAA ACGAAGAATG TGTGTTTTTG 
GATACTGATG GCTTCTGGAA AAGTTCTGAC TGTTCCTCTG AAAATCGAGG TGCTATTTGC 
TACGCATCAG AAAAGAAGAC TGAAAAAGAA CAAGTTACAC AAGTGAAGTG CCCACATAAG 
ATTAAAAATA CACCCTGGAT ATCATTTAGA AACAATTGTT ACACTTTTAT GATAACAAAA 
AATAGATGGA GAGAACTGAA GTCTCAAGAA GCTCATCATT TATGCAGGAA AATGAACCCA 
GAAGCATTTG TTCTGAGTGT TCGAGATGAA GAAGAGAATA ACTTTGTTAC TGAGCAGCTT 
CATTCATTCA GCGGTCTGGC TCTGTGGGTC TGGCTGGGTG TGATTTATGA TGACAGTGAT 
AAAGTTCTCA AGTGGTATGA TGAAACTCAT CTGACTTACA ATAACTGGAG GCTGGGAAGA 
CCTATCATAA AGAAGAACAG TTTTTTTGCT GGTGTAAACC TTGATGGGTT TTGGGATATT 
TATAATTATT CTCAAAGTTG GCATGCCAAT CACTATAACA TGTACAGTAT TCTTGCCTGT 
AAAATCGAAA TGGGACCCCA GCAGCACAAA CCTCCATTGC CCGAGTCTAT TCCACATGGA 
AACAGAACAT ACAGGATCCT TCAGAAAAAA TTAACGTGGT ATGAGGCATT GAGAGCATGC 
AAACAAAATA AGAGTGATTT AGCAAGTGTA CACAGTGAAT CACAACAGTT ATTTCTAGAA 
GATATTGTCA AACAGGATGG TTATCCTCTG TGGCTTGGAT TGTCAGTTCA TGATGGAAGT 
AAAGCTAATT TTGAATGGTC AGATGGAAGT GACTTCGACT ACTATCCTTG GGAATTAGAA 
AACTCAAATA CTACTGAGAA CTGTGTTCTT TTGGATACTA AAGGAGCTTG GAACCGTACC 
AAATGTACAA ATGTTGCTGA AGGTGCCATT TGTTATAGCC CTCCAAACAA GAGGCAATTC 
CAGCCAGAGC AAGCGAGCAG AGCCTCAGGA TGCCCACAGA GCAGTGGTGC CCTACAGTGG 
GTACAGTACA AGGATCACTG TTACGCCTTT GACATGGCAT TCTACAATTT TTCAGTATAT 
AATATGGAAG AGGCTAAGAA AGTCTGCCAG AAACTGAGTC CTTCAGCCAC CCTTCTGACT 
ATAGTTGATG CTGAGGAAAA TGCATTTGTG AGCAAACACG TAAAGGAACA TGATCTCATC 
ACCAAGAATG TATGGCTTGG CCTGGCTCAG AGCTCTAAGG GTCAGTCCCT GAACTGGCTG 
GATGGCTCAT CAGTTAATTA TGTCAACTGG GAGAATAAAA CTGCAGAAGC CAATGAAAAA 
TGCAGTGTTA TCATGTCCAG AACTGGCATG TGGTCCAAAG TTGACTGCAG TCGTAGCCAA 
AGCAGAGTGG TTTGCAAAGC TCCTTTAGGT TCTAATCACA CTGGTGTGGC TGTAGCATTT 
GCCCTGCTAG TTATCTTAGT CTTTGCTGTT GGACTGGTGT TGTATCTCTA CAAAAAGAAG 
CGTCTTCACT GGAGTGCCTT CTCTTCAGTA CGCTATCAAA GAGGGATGAA CGATGATGAA 
ACGGATGATA TGTTTGCGAA AGATGGCTAT TGA