LOC104384569 cDNA ORF clone, Tauraco erythrolophus(red-crested turaco)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC104384569
Entrez Gene ID	104384569
Full Name	plectin-like
Gene Type	protein-coding
Organism	Tauraco erythrolophus(red-crested turaco)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009992991.1	XP_009991293.1	plectin-like

Pathways from BioSystems
Gene Ontology

The following LOC104384569 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC104384569 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
OTa93671	XM_009992991.1 Latest version!	Tauraco erythrolophus plectin-like (LOC104384569), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	Quote Price

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC104384569 ( XM_009992991.1 ) cDNA ORF clone, Tauraco erythrolophus(red-crested turaco) -> XP_009991293.1 Tauraco erythrolophus plectin-like (LOC104384569), mRNA.

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CloneID	OTa93671
Clone ID Related Accession (Same CDS sequence)	XM_009992991.1
Accession Version	XM_009992991.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 8004bp) 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	2014-10-30
Organism	Tauraco erythrolophus(red-crested turaco)
Product	plectin-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_010042287.1) 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 :: Tauraco erythrolophus 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##

ATGAATAGCA GTAGTTACAG CTATCATAGC AGTGATTCAC TGTTTAGCAA CAGTACTAGT 
GCTCGAACCA GCGTTGACTC TAATGAGAAT TTCCTTTCTG TTAATTGTGG TCCCACACTG 
ATTAAATCTT GTATAAGCTT TGGTAATGGC ACCTTAGAAG GAACCAGGTT GGAAATGCTG 
CAGCAGATTG CAAACCGAAT TCAGCGGGAC AGCCGGAGCT GTGAGGACAA ACTAATACTT 
GCCCGGAATG CTCTGCAATC TGACACCAAG CGGTTAGAGT CAGGGCTCCA GTTCCAACAT 
GAAGCAGAGA TAGCTGGATA TCTTCTGGAA TCTGAGAACC TTCTCCGCCA GCAAGTGATT 
GATGCCCAAA TTCTTATTGA TGGAAAATAC TATCAGGCAG ACCAGCTTGT GCAAAGAGTT 
GCGAAACTTC GTGATGAACT GGTGGCCATA CGGACCGAAT GTTCTTCTGT GTACAACAAG 
GGGCATGCAC TGACAACAGA GCAGACAAAG CTGATGATAT CAGGAATAAC CGAAAGCTTA 
AACTCAGGAT TTACAACAAG TCTAACCCCT GAATTAAATG CTGCAATGAC CCAAGGTTTA 
ACACCTACTT TGACTTCTTC CAGCTTGACA TCTGGCCTTT CATCAGGTCT TACTTCCAGA 
CTGACACCAA CCATCACTCC CGCTTACACA CCAGGCATCC CACCACGGTT AATTCAAAGC 
TATGTGACAG GAGTAGACAG TGGGACTCTG CAAACACTCA AACTAATGCA AATCAGAAAG 
CCTCTTATGA AATCAGCTTT TATGGATCAG AATTTAACAG AACAGGAGGT GAACATGAAA 
TTTGTCCAGG ACCTGTTGAG CTGGGTGGAA GAAATGCAGG TGCAACTTGA TCGAGCAGAA 
TGGGGTTCAG ATTTACCAAG TGTTGAAAGC CATTTAGAAA ATCACAAAAA TGTCCACAAA 
GCTATTGAGG AATTTGAATC CAGCCTTAAA GAAGCTAAAA TAAGTGAGAT CCAAATGACT 
GCCCCTCTTA AACTCAATTA TGCAGAAAAG TTGCACAAAC TGGAGAGTCA GTATTCAAAA 
CTCTTGAACA CATCAAGAAA TCAGGAAAGA CATCTAGATA CTCTTCACAA TTTTGTGTCT 
CGTGCTACTA GAGAGCTGAT ATGGCTGAAT GAAAAAGAAG AGGAAGAGGT TGCATATGAC 
TGGAGTGAAA GAAATCCAAA TATAACAAGA AAAAAGGAAT ACCATGCAGA ATTAATGAGA 
GAACTTGATC AAAAAGAAGA AGTTATTAAA TCAGTACAAG AAATAGCTGA GCAATTGCTT 
CTTGAAAATC ACCCAGCCAG GCTAACCATT GAGGCCTATA GAGCTGCAAT GCAGACACAA 
TGGAGCTGGA TTCTTCAGCT CTGTCACTGC GTTGAACAAC ATTTGAGAGA AAATGCTGCA 
TATTTTGAGT TTTTTAGTGA TGCCAAAGAA GCCATGGAAT ATCTAAAGAA TTTGAAAGAT 
GCCATATACC GAAAATACAG TTGTGATAGA TCAAGCAGCC TTCATAGGCT GGAAGACCTT 
GTCCAGGAGT CTATGGAAGA AAAAGAACAA CTCTTGCAGT ATAAGAGCAC AGTAGCAGGC 
CTTGTGGGGA GAGCAAAGGC AATAGTTCAG CTGAAGCCAA GGAACCCTGA CTGTATACTC 
AAAACATCCA TCCCAATTAA AGCCATCTGT GACTATAGAC AAATTGAGAT AACTATTTAC 
AAAGATGATG AGTGTGTATT AGCAAACAAC TCCCATCGTG CTAAATGGAA AGTCATTAGC 
CCAAGTGGTA ATGAGGCCAT GGTTCCATCT GTGTGCTTTA CAGTTCCTCC ACCAAACAAA 
GAAGCAATAG ATACAGCCAA CAGGATTGAA CAGCAATTTC AGAATGTTTT GGCCCTTTGG 
CACGAGTCAC ATGTAAACAT GAAGAGTGTG GTATCCTGGC ATTACCTGAC AAATGAAATT 
GAAGCTGTTC GAGCTGGCAA TGTTGCCTCG ATAAAGACGA TGTTGCCAGG TGAACATCAG 
CAGATTCTAA GCAATTTGCA GTCCCGCTTT GATGATTTTG TGGAAGATAG CCAGGAGTCT 
AAAATCTTCA CAAGCTCTGA TACAGCACAG CTGGAAAGGG AAGTTAATGT TTGCAAGCAA 
TATTATCAAG AGCTTCTGAA ATCTGCAGAA AGAGAGGAGC AGGAAGAGTC TATTTACAAT 
CTGTATATCT CCGAAGTCAG AAATATCAGA CTTCAGCTGG AGACTTGTGA GGAGCGGTTA 
ATACGGCAGA TCCGAACCCC AATGGAAAGG GATGATCTAC ATGAAAGTGT GTCCAGGATT 
TCAGAGCAAG AGAAACTGAA GAAAGAACTG GATCGACTGA AGGATGACCT GGCAGTCATC 
ACAGATAAAT GCGAAGAGTT TTTCAGTCAA GCTGCTGGTT CACCTTCTGT CCCCACTCTG 
CGCTCTGAAC TCAATGTTGT TATTCAGAAC ATGAACCAAG TTTATTCCAT GTCTTCCATT 
TACATAGATA AATTAAAAAC TGTGAATTTG GTGCTGAAGA ACATCCAAGG AGCAGAATTG 
TTAGTAAAAC TCTATGAAAC TAAGTTGTGT GAAGAAGAGG CAGTAACAGC TGATAAAAAC 
AATATTGAAA ATCTGATGAG TACATTAAAG CAATGGAGAT CTGAAGTAGA TGAGAAAAGA 
CAAGCGTTCC ATGCCTTAGA GGATGAATTG CAGAAGGCAA AGATGATCAG TGATCAGATG 
TTTAAAATGC ACAAGGAACG TGATCTTGAC TTTGACTGGC ATAAAGAAAA AGTTGATCAG 
TTAGCCGAGA GGTGGCAAAA CATTCATTCT CAAATTGAAA ATAGGTTGCG TGACTTAGAA 
GGTATTAATA AATCGCTGAA GTATTACAAA GATACTTATA ATTCTTTGGA CATGTGGATT 
CAACAAGTGG AAGATACTCA GCGAAAGATT CAAGAAATCC ATCCTGAAAA TAGCAAAGCA 
TTGGCTAAAC AGCTGAACCA GCATAAGATG CTGGTCTCTG AGATTGAAAT GAAACAAAGC 
AAAATAGATG AATGCCAGAA GTATTCAGAA CAATACTCAG CAGCTGTAAA GGACTATGAA 
TTGCAGACAA TGACCTACAG AGCTATGGTT GACTCCCAAC AAAAATCTCC GGTGAAACGC 
CGAAGAATGC AAAGCTCATC AGACTTCATT ATTCAAGAGT TCATGGATCT ACGGACTCGT 
TATACTGCCT TAGTGACCTT GATGACCCAA TACATTAAGT TTGCAGGTGA CTCTTTGAAA 
AGACTGGAAG AGGAAGAGAT TTTAAAGAAT AAAGAAGCAT CAGTGCGTGA GGCATATTCA 
GATCTAATGG CACAGCAAAA TAGCACAATT GATGAGAACA GAAAACTCAT GGGAAAACTA 
AAAACACTTG AAGAGATGTT AGAGGATATG AAGAAACAAA AATTTCAAGT GGAACAGGAG 
CTCCCTAAAG TGAGGGAAGC TGCAGAAAAA GAGCGGAAGA AGCAGCAAAA GGACATGGAA 
GAGATCTGTC TTCAGAAGAC CAAGGCTGAG GAAGAGGCAA AGCAGTGTCG TATAGATCTA 
GAAAGCATTG AGAAAGAGAA AGCAAATGCA GAGCAGGAGT TGGAGTGTGT AAGGCAGCTC 
ATTTCTCAGG CAGAAACTCA AAGAAGTATA GTGGAAGAAA ACCTCCGTGC TTTTCGAAAT 
CAGATAGAAG AAAGCACCTT TACCAGAAGA AACCTTGAAG AGCATCTAAG AAGAAAAGAT 
ACTAATCTTC ATGATTTAGA GCAACAAAAA CACACCTTAA TGCAGGAGCT GAAGAAAAAA 
ACAGAAGGAG AGGAGAAACT TATGAAACTG ATAAAGCAAA TGGAACAAGA TCTTGAATTT 
AAAGGGAATC TATCAGAAAT AAAGCTGCAA CAAAAAGATA AAACTGAAGC CAGAAGAAAG 
GTTGTTGAAG GCAGGTACTC TGTAACTAGA GAAACTTCCC TGCCAACTTT CACAGCTGGG 
CAAGGCAGCC AGTGTAGGAC TGATTCCGAA ATTACGAGTT TCCAGAAGAA ACAAGAAGCC 
AAAAAAGTAG AAAAGCTGAT CCAGAAGATA GATGAGCTAA CCCTTGCTAA CAAAAAAGCT 
GATAAAACTA TTAAAGACCT GAAATATGAA TTGAATGAAA TTGAGCTTCA GAAATCATCA 
ACAGAAGAGA AGTCTCGTTT GTTAAAAGAA AAACTAGATA AAGTCAATAG TGAACTTAAA 
TGCCTAAAAA TTAAGTTGGA GGAAAAAGAC CAAGTAGAAC AGGGATATTT GCAGCAGTTG 
AAAGAACTGG ACAAGGAGCT ACATAGAACC ACAGGTAAAG CTGAAGAGGT TATGCAAGAA 
GCTATAGATC TTAAGAAAAT TAAGATGAAC TACGAGGAGG AGCTGAAATC TGTTCAGCAA 
GAAAAGATAC AGCTAAAAAG AGAAGTAGAG GAATTAACTA GATCACAGAC AAAAACTGAA 
ATCACTATCA AACATTTAAA TTCACAAATC AATTCTCTTC AAAAAGAGAA GCTGGCAGCT 
GAACAGAGAA CACAGTCATA CAAAGGAGAA GCAAGTAATC TTCAAGACCA GTATAAGAAA 
ATTCAAGAAC AGTTGCTTCA AAAAACAAAA GTAGAGAAAC AAAACCAGCA GGAAATTCAG 
ATGCTGAAGA ATGAATTAGC CAAAAGTAAT CACGTATCAG AAACATTGAA ACGAAAGATA 
GAGGACCTTA ATAAAGGCAA TACTGAAACA AAACTACTGA TGAAGCAAAT TCAGTCTGAA 
TCAGAGAAGA TGACTTTGGA AAAACAAAGC ATTCAGAGGA AAAATGATGC TTTAAAAGCC 
CTAGCAGATG GTTTCAAAGA GCAACTGCGT ATGACAAATG AACAATTGCA CAAGCAAACA 
ATAATTGAGC AAGAATTCAT ATGTAAAATC AAAAGCCTAG AAGTTGATCT AGCAAAAACA 
AAAGATTTAG CTAGTGAATA TAAACAAAAA TGTGATAAAC AAAGTGCTTC CACCCTAACC 
ATTGACCGGG AGGTTAAAAA TCTAAATGCC CAAGTGAATG CTCTAACTGT GGAAAAGAGA 
ATGAACGAGC AGAAAATACA ACTACAACAA GCTCATATAC AAGAGTTAAG TAATAAATTT 
AAAAAATTAC AGGATGAACT CCATCAGAAG ACTCTGGATG AACAAATGGC ACGCAAGAAG 
GTGATCCTGT TTCAGGAAGA ATCCATTAAG TTTAAACACT CTGCAGAGGA ATTTAGGAAA 
AAAGTCGAAA AATTACTGGA ATCCCATAGC ATCACAGAAA AGGACATTTC TGGCATAAAA 
CTAGAATGTA TTGCTCTTCA GCAAGAAAAG CATATGGCTG AGGAAAACAT CATGTTGTAC 
AAGGTACAAA TGGAAGATCT GCAAGAAAGG CTTAAAAAAT GTCACGAACA ACTACAACAA 
GGGAAGCAGG CTGAAATGGA CTATCACCAG AAGTGCAGGA AACTTGAGGA AGAATTGGAA 
GTGCAGAGGC GCACGGTTGA GAGCTTGAAA CAGAAAATGG ACCTGCAGGT CAAAGAGGGT 
GAACACAGGT TTCTTTTGTT TCAGAATGAA GTTCAACAAA ATAGTAAACT CCAAGACTCA 
GGATTTAAAT TGAGCTGTGA GAGAAGAGGG AATGATTTCA ATTACCTAAG TGACACCACA 
GCTAGAGAAT TTGAACAGCT TCCTCCACTT GCAAAGCCTA GCTCACCTTT ATTAAGGCAG 
AAACAGGAGA GATCAGGTTT TAAGTCTGAC CAAATAGAAA ATACTTTGTA CGTGAGTGCC 
AATGATACAA TACCAAGAGA GGTGCAGTTC CAGATGTCAA GAATAAACCA ATCGCTAGAA 
GAAGATGCAA GCCCACAATC TTTTACAGAG TTTGTTTCTC AAACGAGTAC GCAGTTCCAG 
ATAACTTTTG ATAAAGCAAG TCAAATCTCT GGAACATCTG AAAGGGACAG ATTGAGAAAC 
AGGAACCTAC ACAGTTCCAG ACAAACTGTT AGACATGGAG AAGACATGAA ACATGAATTA 
GGAGTGGTAA AACTGCATCC CTTGGAGATA GTGAAGAGCA AGCAGTATGA CATGCATGTT 
GAAGTCACAA CATTAAAGCA AGAAAATGAC AAGACTTTTG GTAATGAAGA GAGAATGTTT 
GAGGGATACA AAACATCCGA AGGGTTTAGG AGAGAAGACT TTGCAAAGAC GAACTCTTTC 
TTAGGGGAGG AGATTTTGGA AACTGTTGAT GATGCTACTC AGTTGGAATA TTTTACAAAG 
GAATATGATG ATATTAAATT TCAAGGTCTC CGACGTGATG TAACTGCCAG ACAGTTGACT 
GAAGTTAAAC TTTTAGACAG GCTTACGGTT GAGCAGCTCT GTTCGGGGCA GAAAACCATG 
GATGAGGTTC AGAAAAGTCT TGAAAAATTT TTAACTAAAC CTACAGCTAT AGCTGGGCTG 
TACCTTGAAT CCAGCAAAGA GATACTCTCT TTTGCTTTAG CAGCAAAGAG AAGAATCATA 
GGAAAAGCAT TGGCATTAGC ATTTTTAGAG GCCCAAGCAG CTACTGGTTT CATCATTGAT 
CCCACAACAG GTCAGAAATT CCCTGTTGAT GATGCAGTTG TTAGAGGGCT TGCAGATAGT 
GAATTCAAGA GCAGACTGCT GGAGGCAGAG AAAGCTGTTT TGGGCTATTG CTTTTCTGGG 
AAAGTGATCT CTGTGTATCA GGCTATGGAA GCTCGACTCT TAGAAAGACA GAAAGGTAAA 
AATATCCTTG AGGCTCAAAT TGCAAGTGGA GGGGTCATTG ATCCTGTAAG AAGTGTTCGT 
GTACCTCCAG AAACCGCTGT GCAGCTTGGC TTGCTTAATA ACACAATTTT AAAATTTTTG 
CATGAACCTT CTAGTAACAC AAAATGTTTT CACAATCCAA ATAACAGAAA AGCTATGTAC 
TACTGTGATT TGCTGAAAAT GTGTTTGTTC AGTGTAAGCA GTAAATGCTT TCTTCTCCCA 
GTTGGTGAAA GGAAAATAAG CAGCCCATCA GCAGAGAAAA GTCATAAAAT TTCTGTAGTA 
GACGTTACAA TAGGAACTGA AATGACTTCA TATGAGGCTT ATCAAAAAAA TTGTATCGAT 
AAAGCTACAT ATCTTGAGCT TTCCAAACAG GAATTTGATT GGAAGGAGTC TACATGTTTT 
GACTCTGATG GGAATTCTTT TCTTTTGCTT ACAGATCTTA AAACCGGTAT ACAGTTTAAT 
ATTGAGGAGA TCCTAAATCA GGGTAGAATA GGCAGAGCAT TAGTCAATAA ATATAAGGAG 
GGTTTAATCA CAGCTAATGA GTTTGGTGAT ATTTTAGTTA GCAATTCACA GCCAAATAAA 
GATTTAAACA GTCCTATTGC AGGACTCTGG CTTTCTGAAA CCAATGAAAG ATTTCCAGTT 
TTAAAAGCCT CACGCAAAAA CTTGGTAGAT AGAGTTACTG CCCTCAGGTG TCTTGAAGCT 
CAGGTTAGTA CAGGAGGCAT AATTGATCCA TTTACTGGGA AAAAGTACAG TGTTTCAGAA 
GCTTTGCAAA GGGAGTTAAT CGATGATGGT TGTGCCAAGC AAATCCAGCA GTGTGAACTG 
GTATTTACTG GCATCATTCA CCCTATAAGG AACACAGTTG TGTCAGCGGT TGAAGCTATG 
CACGTAAATG CCGTAGACAA AGAAATGGGT ATGCGCTGCC TGGAGTATCA GTACTTGACC 
GGTGGGTTGA TAGATCCGAA GTCTCATTCC AGATTAACAA TGGAAGATGC AATTAAGAAT 
GGTATTATTG ATGCTGTCAC AGCTACCAGG ATGAAAGATG AAAAATTGTA CGCTAAAGTT 
TTAACATGCC CCAAAACAAA GAAGAAGCTA ACCTACAAAG AAGCATTAGA GGCAGCTGTT 
TTTGATTGCC ACACTGGGCT GCGATTGTTA GAAGCAGCTC AGCCCATGAA AACCGGGATT 
TCCAGTCTTT ACTATAATTC GTAA

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

RefSeq	XP_009991293.1
CDS	1..8004
Translation	MNSSSYSYHSSDSLFSNSTSARTSVDSNENFLSVNCGPTLIKSCISFGNGTLEGTRLEMLQQIANRIQRDSRSCEDKLILARNALQSDTKRLESGLQFQHEAEIAGYLLESENLLRQQVIDAQILIDGKYYQADQLVQRVAKLRDELVAIRTECSSVYNKGHALTTEQTKLMISGITESLNSGFTTSLTPELNAAMTQGLTPTLTSSSLTSGLSSGLTSRLTPTITPAYTPGIPPRLIQSYVTGVDSGTLQTLKLMQIRKPLMKSAFMDQNLTEQEVNMKFVQDLLSWVEEMQVQLDRAEWGSDLPSVESHLENHKNVHKAIEEFESSLKEAKISEIQMTAPLKLNYAEKLHKLESQYSKLLNTSRNQERHLDTLHNFVSRATRELIWLNEKEEEEVAYDWSERNPNITRKKEYHAELMRELDQKEEVIKSVQEIAEQLLLENHPARLTIEAYRAAMQTQWSWILQLCHCVEQHLRENAAYFEFFSDAKEAMEYLKNLKDAIYRKYSCDRSSSLHRLEDLVQESMEEKEQLLQYKSTVAGLVGRAKAIVQLKPRNPDCILKTSIPIKAICDYRQIEITIYKDDECVLANNSHRAKWKVISPSGNEAMVPSVCFTVPPPNKEAIDTANRIEQQFQNVLALWHESHVNMKSVVSWHYLTNEIEAVRAGNVASIKTMLPGEHQQILSNLQSRFDDFVEDSQESKIFTSSDTAQLEREVNVCKQYYQELLKSAEREEQEESIYNLYISEVRNIRLQLETCEERLIRQIRTPMERDDLHESVSRISEQEKLKKELDRLKDDLAVITDKCEEFFSQAAGSPSVPTLRSELNVVIQNMNQVYSMSSIYIDKLKTVNLVLKNIQGAELLVKLYETKLCEEEAVTADKNNIENLMSTLKQWRSEVDEKRQAFHALEDELQKAKMISDQMFKMHKERDLDFDWHKEKVDQLAERWQNIHSQIENRLRDLEGINKSLKYYKDTYNSLDMWIQQVEDTQRKIQEIHPENSKALAKQLNQHKMLVSEIEMKQSKIDECQKYSEQYSAAVKDYELQTMTYRAMVDSQQKSPVKRRRMQSSSDFIIQEFMDLRTRYTALVTLMTQYIKFAGDSLKRLEEEEILKNKEASVREAYSDLMAQQNSTIDENRKLMGKLKTLEEMLEDMKKQKFQVEQELPKVREAAEKERKKQQKDMEEICLQKTKAEEEAKQCRIDLESIEKEKANAEQELECVRQLISQAETQRSIVEENLRAFRNQIEESTFTRRNLEEHLRRKDTNLHDLEQQKHTLMQELKKKTEGEEKLMKLIKQMEQDLEFKGNLSEIKLQQKDKTEARRKVVEGRYSVTRETSLPTFTAGQGSQCRTDSEITSFQKKQEAKKVEKLIQKIDELTLANKKADKTIKDLKYELNEIELQKSSTEEKSRLLKEKLDKVNSELKCLKIKLEEKDQVEQGYLQQLKELDKELHRTTGKAEEVMQEAIDLKKIKMNYEEELKSVQQEKIQLKREVEELTRSQTKTEITIKHLNSQINSLQKEKLAAEQRTQSYKGEASNLQDQYKKIQEQLLQKTKVEKQNQQEIQMLKNELAKSNHVSETLKRKIEDLNKGNTETKLLMKQIQSESEKMTLEKQSIQRKNDALKALADGFKEQLRMTNEQLHKQTIIEQEFICKIKSLEVDLAKTKDLASEYKQKCDKQSASTLTIDREVKNLNAQVNALTVEKRMNEQKIQLQQAHIQELSNKFKKLQDELHQKTLDEQMARKKVILFQEESIKFKHSAEEFRKKVEKLLESHSITEKDISGIKLECIALQQEKHMAEENIMLYKVQMEDLQERLKKCHEQLQQGKQAEMDYHQKCRKLEEELEVQRRTVESLKQKMDLQVKEGEHRFLLFQNEVQQNSKLQDSGFKLSCERRGNDFNYLSDTTAREFEQLPPLAKPSSPLLRQKQERSGFKSDQIENTLYVSANDTIPREVQFQMSRINQSLEEDASPQSFTEFVSQTSTQFQITFDKASQISGTSERDRLRNRNLHSSRQTVRHGEDMKHELGVVKLHPLEIVKSKQYDMHVEVTTLKQENDKTFGNEERMFEGYKTSEGFRREDFAKTNSFLGEEILETVDDATQLEYFTKEYDDIKFQGLRRDVTARQLTEVKLLDRLTVEQLCSGQKTMDEVQKSLEKFLTKPTAIAGLYLESSKEILSFALAAKRRIIGKALALAFLEAQAATGFIIDPTTGQKFPVDDAVVRGLADSEFKSRLLEAEKAVLGYCFSGKVISVYQAMEARLLERQKGKNILEAQIASGGVIDPVRSVRVPPETAVQLGLLNNTILKFLHEPSSNTKCFHNPNNRKAMYYCDLLKMCLFSVSSKCFLLPVGERKISSPSAEKSHKISVVDVTIGTEMTSYEAYQKNCIDKATYLELSKQEFDWKESTCFDSDGNSFLLLTDLKTGIQFNIEEILNQGRIGRALVNKYKEGLITANEFGDILVSNSQPNKDLNSPIAGLWLSETNERFPVLKASRKNLVDRVTALRCLEAQVSTGGIIDPFTGKKYSVSEALQRELIDDGCAKQIQQCELVFTGIIHPIRNTVVSAVEAMHVNAVDKEMGMRCLEYQYLTGGLIDPKSHSRLTMEDAIKNGIIDAVTATRMKDEKLYAKVLTCPKTKKKLTYKEALEAAVFDCHTGLRLLEAAQPMKTGISSLYYNS

Target ORF information:

RefSeq Version	XM_009992991.1
Organism	Tauraco erythrolophus(red-crested turaco)
Definition	Tauraco erythrolophus plectin-like (LOC104384569), mRNA.

Target ORF information:

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

XM_009992991.1

ORF Insert Sequence:

ATGAATAGCA GTAGTTACAG CTATCATAGC AGTGATTCAC TGTTTAGCAA CAGTACTAGT 
GCTCGAACCA GCGTTGACTC TAATGAGAAT TTCCTTTCTG TTAATTGTGG TCCCACACTG 
ATTAAATCTT GTATAAGCTT TGGTAATGGC ACCTTAGAAG GAACCAGGTT GGAAATGCTG 
CAGCAGATTG CAAACCGAAT TCAGCGGGAC AGCCGGAGCT GTGAGGACAA ACTAATACTT 
GCCCGGAATG CTCTGCAATC TGACACCAAG CGGTTAGAGT CAGGGCTCCA GTTCCAACAT 
GAAGCAGAGA TAGCTGGATA TCTTCTGGAA TCTGAGAACC TTCTCCGCCA GCAAGTGATT 
GATGCCCAAA TTCTTATTGA TGGAAAATAC TATCAGGCAG ACCAGCTTGT GCAAAGAGTT 
GCGAAACTTC GTGATGAACT GGTGGCCATA CGGACCGAAT GTTCTTCTGT GTACAACAAG 
GGGCATGCAC TGACAACAGA GCAGACAAAG CTGATGATAT CAGGAATAAC CGAAAGCTTA 
AACTCAGGAT TTACAACAAG TCTAACCCCT GAATTAAATG CTGCAATGAC CCAAGGTTTA 
ACACCTACTT TGACTTCTTC CAGCTTGACA TCTGGCCTTT CATCAGGTCT TACTTCCAGA 
CTGACACCAA CCATCACTCC CGCTTACACA CCAGGCATCC CACCACGGTT AATTCAAAGC 
TATGTGACAG GAGTAGACAG TGGGACTCTG CAAACACTCA AACTAATGCA AATCAGAAAG 
CCTCTTATGA AATCAGCTTT TATGGATCAG AATTTAACAG AACAGGAGGT GAACATGAAA 
TTTGTCCAGG ACCTGTTGAG CTGGGTGGAA GAAATGCAGG TGCAACTTGA TCGAGCAGAA 
TGGGGTTCAG ATTTACCAAG TGTTGAAAGC CATTTAGAAA ATCACAAAAA TGTCCACAAA 
GCTATTGAGG AATTTGAATC CAGCCTTAAA GAAGCTAAAA TAAGTGAGAT CCAAATGACT 
GCCCCTCTTA AACTCAATTA TGCAGAAAAG TTGCACAAAC TGGAGAGTCA GTATTCAAAA 
CTCTTGAACA CATCAAGAAA TCAGGAAAGA CATCTAGATA CTCTTCACAA TTTTGTGTCT 
CGTGCTACTA GAGAGCTGAT ATGGCTGAAT GAAAAAGAAG AGGAAGAGGT TGCATATGAC 
TGGAGTGAAA GAAATCCAAA TATAACAAGA AAAAAGGAAT ACCATGCAGA ATTAATGAGA 
GAACTTGATC AAAAAGAAGA AGTTATTAAA TCAGTACAAG AAATAGCTGA GCAATTGCTT 
CTTGAAAATC ACCCAGCCAG GCTAACCATT GAGGCCTATA GAGCTGCAAT GCAGACACAA 
TGGAGCTGGA TTCTTCAGCT CTGTCACTGC GTTGAACAAC ATTTGAGAGA AAATGCTGCA 
TATTTTGAGT TTTTTAGTGA TGCCAAAGAA GCCATGGAAT ATCTAAAGAA TTTGAAAGAT 
GCCATATACC GAAAATACAG TTGTGATAGA TCAAGCAGCC TTCATAGGCT GGAAGACCTT 
GTCCAGGAGT CTATGGAAGA AAAAGAACAA CTCTTGCAGT ATAAGAGCAC AGTAGCAGGC 
CTTGTGGGGA GAGCAAAGGC AATAGTTCAG CTGAAGCCAA GGAACCCTGA CTGTATACTC 
AAAACATCCA TCCCAATTAA AGCCATCTGT GACTATAGAC AAATTGAGAT AACTATTTAC 
AAAGATGATG AGTGTGTATT AGCAAACAAC TCCCATCGTG CTAAATGGAA AGTCATTAGC 
CCAAGTGGTA ATGAGGCCAT GGTTCCATCT GTGTGCTTTA CAGTTCCTCC ACCAAACAAA 
GAAGCAATAG ATACAGCCAA CAGGATTGAA CAGCAATTTC AGAATGTTTT GGCCCTTTGG 
CACGAGTCAC ATGTAAACAT GAAGAGTGTG GTATCCTGGC ATTACCTGAC AAATGAAATT 
GAAGCTGTTC GAGCTGGCAA TGTTGCCTCG ATAAAGACGA TGTTGCCAGG TGAACATCAG 
CAGATTCTAA GCAATTTGCA GTCCCGCTTT GATGATTTTG TGGAAGATAG CCAGGAGTCT 
AAAATCTTCA CAAGCTCTGA TACAGCACAG CTGGAAAGGG AAGTTAATGT TTGCAAGCAA 
TATTATCAAG AGCTTCTGAA ATCTGCAGAA AGAGAGGAGC AGGAAGAGTC TATTTACAAT 
CTGTATATCT CCGAAGTCAG AAATATCAGA CTTCAGCTGG AGACTTGTGA GGAGCGGTTA 
ATACGGCAGA TCCGAACCCC AATGGAAAGG GATGATCTAC ATGAAAGTGT GTCCAGGATT 
TCAGAGCAAG AGAAACTGAA GAAAGAACTG GATCGACTGA AGGATGACCT GGCAGTCATC 
ACAGATAAAT GCGAAGAGTT TTTCAGTCAA GCTGCTGGTT CACCTTCTGT CCCCACTCTG 
CGCTCTGAAC TCAATGTTGT TATTCAGAAC ATGAACCAAG TTTATTCCAT GTCTTCCATT 
TACATAGATA AATTAAAAAC TGTGAATTTG GTGCTGAAGA ACATCCAAGG AGCAGAATTG 
TTAGTAAAAC TCTATGAAAC TAAGTTGTGT GAAGAAGAGG CAGTAACAGC TGATAAAAAC 
AATATTGAAA ATCTGATGAG TACATTAAAG CAATGGAGAT CTGAAGTAGA TGAGAAAAGA 
CAAGCGTTCC ATGCCTTAGA GGATGAATTG CAGAAGGCAA AGATGATCAG TGATCAGATG 
TTTAAAATGC ACAAGGAACG TGATCTTGAC TTTGACTGGC ATAAAGAAAA AGTTGATCAG 
TTAGCCGAGA GGTGGCAAAA CATTCATTCT CAAATTGAAA ATAGGTTGCG TGACTTAGAA 
GGTATTAATA AATCGCTGAA GTATTACAAA GATACTTATA ATTCTTTGGA CATGTGGATT 
CAACAAGTGG AAGATACTCA GCGAAAGATT CAAGAAATCC ATCCTGAAAA TAGCAAAGCA 
TTGGCTAAAC AGCTGAACCA GCATAAGATG CTGGTCTCTG AGATTGAAAT GAAACAAAGC 
AAAATAGATG AATGCCAGAA GTATTCAGAA CAATACTCAG CAGCTGTAAA GGACTATGAA 
TTGCAGACAA TGACCTACAG AGCTATGGTT GACTCCCAAC AAAAATCTCC GGTGAAACGC 
CGAAGAATGC AAAGCTCATC AGACTTCATT ATTCAAGAGT TCATGGATCT ACGGACTCGT 
TATACTGCCT TAGTGACCTT GATGACCCAA TACATTAAGT TTGCAGGTGA CTCTTTGAAA 
AGACTGGAAG AGGAAGAGAT TTTAAAGAAT AAAGAAGCAT CAGTGCGTGA GGCATATTCA 
GATCTAATGG CACAGCAAAA TAGCACAATT GATGAGAACA GAAAACTCAT GGGAAAACTA 
AAAACACTTG AAGAGATGTT AGAGGATATG AAGAAACAAA AATTTCAAGT GGAACAGGAG 
CTCCCTAAAG TGAGGGAAGC TGCAGAAAAA GAGCGGAAGA AGCAGCAAAA GGACATGGAA 
GAGATCTGTC TTCAGAAGAC CAAGGCTGAG GAAGAGGCAA AGCAGTGTCG TATAGATCTA 
GAAAGCATTG AGAAAGAGAA AGCAAATGCA GAGCAGGAGT TGGAGTGTGT AAGGCAGCTC 
ATTTCTCAGG CAGAAACTCA AAGAAGTATA GTGGAAGAAA ACCTCCGTGC TTTTCGAAAT 
CAGATAGAAG AAAGCACCTT TACCAGAAGA AACCTTGAAG AGCATCTAAG AAGAAAAGAT 
ACTAATCTTC ATGATTTAGA GCAACAAAAA CACACCTTAA TGCAGGAGCT GAAGAAAAAA 
ACAGAAGGAG AGGAGAAACT TATGAAACTG ATAAAGCAAA TGGAACAAGA TCTTGAATTT 
AAAGGGAATC TATCAGAAAT AAAGCTGCAA CAAAAAGATA AAACTGAAGC CAGAAGAAAG 
GTTGTTGAAG GCAGGTACTC TGTAACTAGA GAAACTTCCC TGCCAACTTT CACAGCTGGG 
CAAGGCAGCC AGTGTAGGAC TGATTCCGAA ATTACGAGTT TCCAGAAGAA ACAAGAAGCC 
AAAAAAGTAG AAAAGCTGAT CCAGAAGATA GATGAGCTAA CCCTTGCTAA CAAAAAAGCT 
GATAAAACTA TTAAAGACCT GAAATATGAA TTGAATGAAA TTGAGCTTCA GAAATCATCA 
ACAGAAGAGA AGTCTCGTTT GTTAAAAGAA AAACTAGATA AAGTCAATAG TGAACTTAAA 
TGCCTAAAAA TTAAGTTGGA GGAAAAAGAC CAAGTAGAAC AGGGATATTT GCAGCAGTTG 
AAAGAACTGG ACAAGGAGCT ACATAGAACC ACAGGTAAAG CTGAAGAGGT TATGCAAGAA 
GCTATAGATC TTAAGAAAAT TAAGATGAAC TACGAGGAGG AGCTGAAATC TGTTCAGCAA 
GAAAAGATAC AGCTAAAAAG AGAAGTAGAG GAATTAACTA GATCACAGAC AAAAACTGAA 
ATCACTATCA AACATTTAAA TTCACAAATC AATTCTCTTC AAAAAGAGAA GCTGGCAGCT 
GAACAGAGAA CACAGTCATA CAAAGGAGAA GCAAGTAATC TTCAAGACCA GTATAAGAAA 
ATTCAAGAAC AGTTGCTTCA AAAAACAAAA GTAGAGAAAC AAAACCAGCA GGAAATTCAG 
ATGCTGAAGA ATGAATTAGC CAAAAGTAAT CACGTATCAG AAACATTGAA ACGAAAGATA 
GAGGACCTTA ATAAAGGCAA TACTGAAACA AAACTACTGA TGAAGCAAAT TCAGTCTGAA 
TCAGAGAAGA TGACTTTGGA AAAACAAAGC ATTCAGAGGA AAAATGATGC TTTAAAAGCC 
CTAGCAGATG GTTTCAAAGA GCAACTGCGT ATGACAAATG AACAATTGCA CAAGCAAACA 
ATAATTGAGC AAGAATTCAT ATGTAAAATC AAAAGCCTAG AAGTTGATCT AGCAAAAACA 
AAAGATTTAG CTAGTGAATA TAAACAAAAA TGTGATAAAC AAAGTGCTTC CACCCTAACC 
ATTGACCGGG AGGTTAAAAA TCTAAATGCC CAAGTGAATG CTCTAACTGT GGAAAAGAGA 
ATGAACGAGC AGAAAATACA ACTACAACAA GCTCATATAC AAGAGTTAAG TAATAAATTT 
AAAAAATTAC AGGATGAACT CCATCAGAAG ACTCTGGATG AACAAATGGC ACGCAAGAAG 
GTGATCCTGT TTCAGGAAGA ATCCATTAAG TTTAAACACT CTGCAGAGGA ATTTAGGAAA 
AAAGTCGAAA AATTACTGGA ATCCCATAGC ATCACAGAAA AGGACATTTC TGGCATAAAA 
CTAGAATGTA TTGCTCTTCA GCAAGAAAAG CATATGGCTG AGGAAAACAT CATGTTGTAC 
AAGGTACAAA TGGAAGATCT GCAAGAAAGG CTTAAAAAAT GTCACGAACA ACTACAACAA 
GGGAAGCAGG CTGAAATGGA CTATCACCAG AAGTGCAGGA AACTTGAGGA AGAATTGGAA 
GTGCAGAGGC GCACGGTTGA GAGCTTGAAA CAGAAAATGG ACCTGCAGGT CAAAGAGGGT 
GAACACAGGT TTCTTTTGTT TCAGAATGAA GTTCAACAAA ATAGTAAACT CCAAGACTCA 
GGATTTAAAT TGAGCTGTGA GAGAAGAGGG AATGATTTCA ATTACCTAAG TGACACCACA 
GCTAGAGAAT TTGAACAGCT TCCTCCACTT GCAAAGCCTA GCTCACCTTT ATTAAGGCAG 
AAACAGGAGA GATCAGGTTT TAAGTCTGAC CAAATAGAAA ATACTTTGTA CGTGAGTGCC 
AATGATACAA TACCAAGAGA GGTGCAGTTC CAGATGTCAA GAATAAACCA ATCGCTAGAA 
GAAGATGCAA GCCCACAATC TTTTACAGAG TTTGTTTCTC AAACGAGTAC GCAGTTCCAG 
ATAACTTTTG ATAAAGCAAG TCAAATCTCT GGAACATCTG AAAGGGACAG ATTGAGAAAC 
AGGAACCTAC ACAGTTCCAG ACAAACTGTT AGACATGGAG AAGACATGAA ACATGAATTA 
GGAGTGGTAA AACTGCATCC CTTGGAGATA GTGAAGAGCA AGCAGTATGA CATGCATGTT 
GAAGTCACAA CATTAAAGCA AGAAAATGAC AAGACTTTTG GTAATGAAGA GAGAATGTTT 
GAGGGATACA AAACATCCGA AGGGTTTAGG AGAGAAGACT TTGCAAAGAC GAACTCTTTC 
TTAGGGGAGG AGATTTTGGA AACTGTTGAT GATGCTACTC AGTTGGAATA TTTTACAAAG 
GAATATGATG ATATTAAATT TCAAGGTCTC CGACGTGATG TAACTGCCAG ACAGTTGACT 
GAAGTTAAAC TTTTAGACAG GCTTACGGTT GAGCAGCTCT GTTCGGGGCA GAAAACCATG 
GATGAGGTTC AGAAAAGTCT TGAAAAATTT TTAACTAAAC CTACAGCTAT AGCTGGGCTG 
TACCTTGAAT CCAGCAAAGA GATACTCTCT TTTGCTTTAG CAGCAAAGAG AAGAATCATA 
GGAAAAGCAT TGGCATTAGC ATTTTTAGAG GCCCAAGCAG CTACTGGTTT CATCATTGAT 
CCCACAACAG GTCAGAAATT CCCTGTTGAT GATGCAGTTG TTAGAGGGCT TGCAGATAGT 
GAATTCAAGA GCAGACTGCT GGAGGCAGAG AAAGCTGTTT TGGGCTATTG CTTTTCTGGG 
AAAGTGATCT CTGTGTATCA GGCTATGGAA GCTCGACTCT TAGAAAGACA GAAAGGTAAA 
AATATCCTTG AGGCTCAAAT TGCAAGTGGA GGGGTCATTG ATCCTGTAAG AAGTGTTCGT 
GTACCTCCAG AAACCGCTGT GCAGCTTGGC TTGCTTAATA ACACAATTTT AAAATTTTTG 
CATGAACCTT CTAGTAACAC AAAATGTTTT CACAATCCAA ATAACAGAAA AGCTATGTAC 
TACTGTGATT TGCTGAAAAT GTGTTTGTTC AGTGTAAGCA GTAAATGCTT TCTTCTCCCA 
GTTGGTGAAA GGAAAATAAG CAGCCCATCA GCAGAGAAAA GTCATAAAAT TTCTGTAGTA 
GACGTTACAA TAGGAACTGA AATGACTTCA TATGAGGCTT ATCAAAAAAA TTGTATCGAT 
AAAGCTACAT ATCTTGAGCT TTCCAAACAG GAATTTGATT GGAAGGAGTC TACATGTTTT 
GACTCTGATG GGAATTCTTT TCTTTTGCTT ACAGATCTTA AAACCGGTAT ACAGTTTAAT 
ATTGAGGAGA TCCTAAATCA GGGTAGAATA GGCAGAGCAT TAGTCAATAA ATATAAGGAG 
GGTTTAATCA CAGCTAATGA GTTTGGTGAT ATTTTAGTTA GCAATTCACA GCCAAATAAA 
GATTTAAACA GTCCTATTGC AGGACTCTGG CTTTCTGAAA CCAATGAAAG ATTTCCAGTT 
TTAAAAGCCT CACGCAAAAA CTTGGTAGAT AGAGTTACTG CCCTCAGGTG TCTTGAAGCT 
CAGGTTAGTA CAGGAGGCAT AATTGATCCA TTTACTGGGA AAAAGTACAG TGTTTCAGAA 
GCTTTGCAAA GGGAGTTAAT CGATGATGGT TGTGCCAAGC AAATCCAGCA GTGTGAACTG 
GTATTTACTG GCATCATTCA CCCTATAAGG AACACAGTTG TGTCAGCGGT TGAAGCTATG 
CACGTAAATG CCGTAGACAA AGAAATGGGT ATGCGCTGCC TGGAGTATCA GTACTTGACC 
GGTGGGTTGA TAGATCCGAA GTCTCATTCC AGATTAACAA TGGAAGATGC AATTAAGAAT 
GGTATTATTG ATGCTGTCAC AGCTACCAGG ATGAAAGATG AAAAATTGTA CGCTAAAGTT 
TTAACATGCC CCAAAACAAA GAAGAAGCTA ACCTACAAAG AAGCATTAGA GGCAGCTGTT 
TTTGATTGCC ACACTGGGCT GCGATTGTTA GAAGCAGCTC AGCCCATGAA AACCGGGATT 
TCCAGTCTTT ACTATAATTC GTAA