BO95DRAFT_197421 cDNA ORF clone,

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gRNAs

The following BO95DRAFT_197421 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the BO95DRAFT_197421 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
OAs251399	XM_025581002.1 Latest version!	Aspergillus brunneoviolaceus CBS 621.78 putative TGF beta receptor associated protein 1 (BO95DRAFT_197421), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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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)

BO95DRAFT_197421 ( XM_025581002.1 ) cDNA ORF clone, -> XP_025446824.1 Aspergillus brunneoviolaceus CBS 621.78 putative TGF beta receptor associated protein 1 (BO95DRAFT_197421), mRNA.

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CloneID	OAs251399
Clone ID Related Accession (Same CDS sequence)	XM_025581002.1
Accession Version	XM_025581002.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3609bp) 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	2018-07-05
Organism	Aspergillus brunneoviolaceus CBS 621.78
Product	putative TGF beta receptor associated protein 1
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_020290735). ##Metadata-START## Organism Display Name :: Aspergillus brunneoviolaceus CBS 621.78 GOLD Stamp ID :: Gp0047234 ##Metadata-END##

ATGGTGTCTG AAGAGGAGGG CGTCAGCCCG CGCAAACGGC GGAAGATCAG CCCTCCTAAG 
GCAGCTCCAT ATGTTCTGCG ATCGCTGTTT GATCAGGTTC CCTTGAATCC CGACGATAAC 
GATGACGAAG TCCACATCAC TACTGTTGAG TATTGGAATG ACAATTTATA CATTGGGACA 
TCTGCCGCCG AGATTCTTCA CTTCGTCTGC CTTCCACCGG ACCCCTCGGA CAAGTCGAAC 
GAACCGTCGT TTATCCTAGC TTCCCGATTA CCGATTCCCT TCGCCAACAC CACTTCTACG 
GCGACCAAGT CGCTTGGGAT ACAACATATC CTCTTGTTAC CAGCTGTCAA CAAGGCTTGT 
GTCCTATGCA ATGGGGCTGT CACCTTCTAC ATGCTACCGG AGCTTAGTCC GGCTTTCGGG 
AATACAAAGG TCAACAATTG TTCCTGGATC GGAGGAGTGG ATCTCAACAC GGGCGCGGAT 
GAGCAGAGTG AGCAAGTGGT CATGATTGCG GCGCAGAATC GTACTATGCT AGTGAGGATA 
GGGGAGGAAG CTCGACGAAT CAGGAACATT GAATTTCCTG GATGCCTGGT CGCCGCGCGC 
AGAGGGATCA TCGCCTGTGC CGCAGATGCA CACTCGTACT CCCTCGTCGA TGTGGAGAAC 
CAGCAGAAAA TACAGCTGTT TCCAATCTCC TTCTCGAACG AGAATTTCGA ACCTAACCAA 
GTCCACGATG TGTCGACAGC TCCGCCCTTG AAGTCGCCGA CCTCCCCGTT CTTCGCCCAT 
TCGCCCACCT CAGAGAGTCA TTTGTTTGAA AGGAGCTTCA GCTCAAATAC AAAGTCTGGC 
TTGTTGCAAC CACACGGACA CAAGCGATCA GGCTCGGCCA CCTCGGAGCT CTCGCCCGAG 
TCGGGAACAC CAAGACGCTC GCTATCGAAA GAGCGCGCAG GGAGCGCATC TCCCAAGCGA 
AGTATGGAGA ATCCACCGCG TGATCCAGAA TCTAGCTCGG AGGAAAGGAA ACCACTTCCC 
CTTCTTCCAA AGCCGACGCA ACTGAGGCCC CATATTCTAT CGCCGACCCC GTCGGAATTT 
CTGCTTGTGA GGGGCACGGA CGAGTCGGAG CCTGGAGTCG GTATGTTTGT CAACATTGAC 
GGCGACGTGG TTCGTGGCAC AATCACCTTT CACCAGTATC CGGAATCCAT TATCATTGAT 
AAAGGCAACG AGAACAACAT GATTCATTCG CCCGACAACA CCCATGAAGA ACTGCTGCTT 
GCAGTGATAG AGGCAGAAAA GGAAGGACAA CGCCGCAAGT TCCTGGAGGT TCAACTATGG 
GATGTCGATC CCGGGGAAGC GGACGAGCAC AAAACGTGGG TTGAGATACC GTCTTCAGAC 
GTGCAGCCGA CGCATGTGGG ACTCAACCAT ACGATAAGTC CGAGTCAGCT GGAGATCGCC 
GAGATGGGCA AGCTCTTGCA GATGGTGCGC CTGAAAACGC CGTCGCTGTC ACCGCATGTG 
CCTGCTACCG ATCCGAGAAC GCAGGCGTCG ATCGAACAGC TACAAAAAGA AAAGGAGCTA 
TTCGAGGGCC AGGAAGGGAC TGGTGAGGCC GAGCGTGGCT GGGAAGTAGA GCGCAATGCC 
GAAGAAGCCA AGTTTGCACG TGCCTTGGGC CAGACCCAGA GCAGTCTTAT CATGTGGAAT 
GGTAATCAGA TATGGCGGGT AGTGAAGAAC CCGCTAACAA CGCAGCTGGA TGACGCCCTA 
CAGAGCGCTC AAGTACCGGA TACAGATGGG CGTACTGTTC TCAAGCGGGA TGCCATCACA 
GACGTCATCG ATCTTGTTCA AGCCGCAGAG CCCAAGTCCG AATCCGAATT TCTAGGCTTG 
AATTACCTGA AGCAGAAAGC TAGTCTGCTT CTGTTCGGTG ACCTGATTCT CATGGATGCA 
GAACACAGGG ATGAGGCCAC TATAGACGCT ACGGAGCGAG CTCTCATTGT GGGAAACCTG 
GACCCCCGCA TTCCGCTTCT GTTGATCCCA CTATTGCGAC GAGAGGTCCT GCAGAGCCCG 
CAAGGAATCT GGATACACGC GGGCTTGGCG GAGATCACAG AGAGTTACGT GCAGCAGCTG 
GATAAGGCTG CGGGCGACGG GGCCTCGGAC AGTGCCGTGC TGGATATGAT CAAGAGGTTT 
CTGTTCTCCT GGCAGCAGAA GAGGGGTTAC GGAAGTATCA CAGATGAGAC CTACGTCTTC 
GACAGCGTCG ACGCGGCTTT CCTGCACTTA CTCCTGGAAC AGGACGCACA ACTCGCGCCT 
GAAAAACGAC CAGGCTCTCC GTTACGCATT GAACTGAATA GGCTTGTGGA TAATTGGAAG 
GGCAATCTGG ACCGCGCAGT GGCGCTATTG GAACAGTATC GACGACTGTT CGTTTTGAGC 
CGACTATATC AGAGCCAGAA GATGTCTCGC AATGTCCTGA AAACATGGCG CAGGATCATC 
GACGGTGAAG AGGACCTGGG CGGCGAAATC ACGATTGCTG GTACAGAGGC ACAGATGCGC 
CGGTACCTGG TCAAGATCAA AGACGTTCAA CTAGTGGAAG AGTACGGAGC GTGGCTTGCC 
CAGCGCAACC CCAGCCTGGG CATACAAGTA TTCTCTGATG GCACGAGCAG AGTCAAGCTG 
GAAACTGCCG ATGTCGTGGC GCTTCTCAAG CAGCAAGCAC CTAATGCCGT CCAAGCATAC 
TTGGAACACC TGGTCTTTGC CAGAAATCTC ACACAATACG CGGATGACCT GCTGGCATAC 
TACCTTGATT CCGTCCTCTC CGTACTGGAG ACGTCGCCGT CAGCACGAGC TTCTCTCTCC 
GAATCCTACT CCACCTACCG CGCTCTAAGC GCTCCGAAAC CGACCTATAT GAATTTCATC 
ACGGTGAACA CTCCCTCGGA ACCATGGTGG CAATCCCGGC TCCGGCTCCT CCAGCTCCTC 
GGCGGCGGCA GCACCGGAGG CAGCCAGTTC ACCTCGATGC CGCCGCGCAA CTTCACCTTC 
TCCATCCCTG CCGTTCTAGC TCGGATCGAA CCTTTCCAGA ACGAGCTCGT CTCGGAATCC 
ATCATTCTCG ACGGTCTTCA GGGCCGCCAC CGCGAAGCTC TTCATCTCCT CACGCACGGC 
CTCGGCGACT ACGATTCAGC CATCCGATAC TGTCTCTTCG GCGGCCCGCA GGCCACCAGC 
AGCTCGTCGT CCTTCGCGGA CCGATCGCAG CAGAGTGAAC TCTTCCGGTT CCTGCTGGAC 
GAGTTCCTGA AGATCCAGGA TTCGTCGGAG CGCATCGAGC GGACCAGCGA TCTTCTGGGC 
CGGTTCGCGG CGTGGTTCGA CGTCGGGGAG GTTCTGCGGA TCATCCCGGA CGAGTGGAGC 
GTCGATATCC TGGGCGGCTT CCTGGCGCAC GTGTTCCGGG TGCTGGTGGC GGAGGGCAGG 
GAGGTGCGCA TCGAGCGAGC GCTGAGCGCG GGACTGAACC TGCGGGTGGG AACGGAGTAT 
ATCGAGGGGG TGGAGAAGGT GGGCGCCTGG GTCGAGGATG GAGATGGATT GCGGCGGGTG 
AAGGACCGGC CGGTGGTACG CGAGGAGGAG ACCGAGGAGT TCGGGGATAT TGTGGAAGCG 
GACAGCTGA

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

RefSeq	XP_025446824.1
CDS	100..3708
Translation	MVSEEEGVSPRKRRKISPPKAAPYVLRSLFDQVPLNPDDNDDEVHITTVEYWNDNLYIGTSAAEILHFVCLPPDPSDKSNEPSFILASRLPIPFANTTSTATKSLGIQHILLLPAVNKACVLCNGAVTFYMLPELSPAFGNTKVNNCSWIGGVDLNTGADEQSEQVVMIAAQNRTMLVRIGEEARRIRNIEFPGCLVAARRGIIACAADAHSYSLVDVENQQKIQLFPISFSNENFEPNQVHDVSTAPPLKSPTSPFFAHSPTSESHLFERSFSSNTKSGLLQPHGHKRSGSATSELSPESGTPRRSLSKERAGSASPKRSMENPPRDPESSSEERKPLPLLPKPTQLRPHILSPTPSEFLLVRGTDESEPGVGMFVNIDGDVVRGTITFHQYPESIIIDKGNENNMIHSPDNTHEELLLAVIEAEKEGQRRKFLEVQLWDVDPGEADEHKTWVEIPSSDVQPTHVGLNHTISPSQLEIAEMGKLLQMVRLKTPSLSPHVPATDPRTQASIEQLQKEKELFEGQEGTGEAERGWEVERNAEEAKFARALGQTQSSLIMWNGNQIWRVVKNPLTTQLDDALQSAQVPDTDGRTVLKRDAITDVIDLVQAAEPKSESEFLGLNYLKQKASLLLFGDLILMDAEHRDEATIDATERALIVGNLDPRIPLLLIPLLRREVLQSPQGIWIHAGLAEITESYVQQLDKAAGDGASDSAVLDMIKRFLFSWQQKRGYGSITDETYVFDSVDAAFLHLLLEQDAQLAPEKRPGSPLRIELNRLVDNWKGNLDRAVALLEQYRRLFVLSRLYQSQKMSRNVLKTWRRIIDGEEDLGGEITIAGTEAQMRRYLVKIKDVQLVEEYGAWLAQRNPSLGIQVFSDGTSRVKLETADVVALLKQQAPNAVQAYLEHLVFARNLTQYADDLLAYYLDSVLSVLETSPSARASLSESYSTYRALSAPKPTYMNFITVNTPSEPWWQSRLRLLQLLGGGSTGGSQFTSMPPRNFTFSIPAVLARIEPFQNELVSESIILDGLQGRHREALHLLTHGLGDYDSAIRYCLFGGPQATSSSSSFADRSQQSELFRFLLDEFLKIQDSSERIERTSDLLGRFAAWFDVGEVLRIIPDEWSVDILGGFLAHVFRVLVAEGREVRIERALSAGLNLRVGTEYIEGVEKVGAWVEDGDGLRRVKDRPVVREEETEEFGDIVEADS

Target ORF information:

RefSeq Version	XM_025581002.1
Organism	Aspergillus brunneoviolaceus CBS 621.78
Definition	Aspergillus brunneoviolaceus CBS 621.78 putative TGF beta receptor associated protein 1 (BO95DRAFT_197421), mRNA.

Target ORF information:

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

XM_025581002.1

ORF Insert Sequence:

ATGGTGTCTG AAGAGGAGGG CGTCAGCCCG CGCAAACGGC GGAAGATCAG CCCTCCTAAG 
GCAGCTCCAT ATGTTCTGCG ATCGCTGTTT GATCAGGTTC CCTTGAATCC CGACGATAAC 
GATGACGAAG TCCACATCAC TACTGTTGAG TATTGGAATG ACAATTTATA CATTGGGACA 
TCTGCCGCCG AGATTCTTCA CTTCGTCTGC CTTCCACCGG ACCCCTCGGA CAAGTCGAAC 
GAACCGTCGT TTATCCTAGC TTCCCGATTA CCGATTCCCT TCGCCAACAC CACTTCTACG 
GCGACCAAGT CGCTTGGGAT ACAACATATC CTCTTGTTAC CAGCTGTCAA CAAGGCTTGT 
GTCCTATGCA ATGGGGCTGT CACCTTCTAC ATGCTACCGG AGCTTAGTCC GGCTTTCGGG 
AATACAAAGG TCAACAATTG TTCCTGGATC GGAGGAGTGG ATCTCAACAC GGGCGCGGAT 
GAGCAGAGTG AGCAAGTGGT CATGATTGCG GCGCAGAATC GTACTATGCT AGTGAGGATA 
GGGGAGGAAG CTCGACGAAT CAGGAACATT GAATTTCCTG GATGCCTGGT CGCCGCGCGC 
AGAGGGATCA TCGCCTGTGC CGCAGATGCA CACTCGTACT CCCTCGTCGA TGTGGAGAAC 
CAGCAGAAAA TACAGCTGTT TCCAATCTCC TTCTCGAACG AGAATTTCGA ACCTAACCAA 
GTCCACGATG TGTCGACAGC TCCGCCCTTG AAGTCGCCGA CCTCCCCGTT CTTCGCCCAT 
TCGCCCACCT CAGAGAGTCA TTTGTTTGAA AGGAGCTTCA GCTCAAATAC AAAGTCTGGC 
TTGTTGCAAC CACACGGACA CAAGCGATCA GGCTCGGCCA CCTCGGAGCT CTCGCCCGAG 
TCGGGAACAC CAAGACGCTC GCTATCGAAA GAGCGCGCAG GGAGCGCATC TCCCAAGCGA 
AGTATGGAGA ATCCACCGCG TGATCCAGAA TCTAGCTCGG AGGAAAGGAA ACCACTTCCC 
CTTCTTCCAA AGCCGACGCA ACTGAGGCCC CATATTCTAT CGCCGACCCC GTCGGAATTT 
CTGCTTGTGA GGGGCACGGA CGAGTCGGAG CCTGGAGTCG GTATGTTTGT CAACATTGAC 
GGCGACGTGG TTCGTGGCAC AATCACCTTT CACCAGTATC CGGAATCCAT TATCATTGAT 
AAAGGCAACG AGAACAACAT GATTCATTCG CCCGACAACA CCCATGAAGA ACTGCTGCTT 
GCAGTGATAG AGGCAGAAAA GGAAGGACAA CGCCGCAAGT TCCTGGAGGT TCAACTATGG 
GATGTCGATC CCGGGGAAGC GGACGAGCAC AAAACGTGGG TTGAGATACC GTCTTCAGAC 
GTGCAGCCGA CGCATGTGGG ACTCAACCAT ACGATAAGTC CGAGTCAGCT GGAGATCGCC 
GAGATGGGCA AGCTCTTGCA GATGGTGCGC CTGAAAACGC CGTCGCTGTC ACCGCATGTG 
CCTGCTACCG ATCCGAGAAC GCAGGCGTCG ATCGAACAGC TACAAAAAGA AAAGGAGCTA 
TTCGAGGGCC AGGAAGGGAC TGGTGAGGCC GAGCGTGGCT GGGAAGTAGA GCGCAATGCC 
GAAGAAGCCA AGTTTGCACG TGCCTTGGGC CAGACCCAGA GCAGTCTTAT CATGTGGAAT 
GGTAATCAGA TATGGCGGGT AGTGAAGAAC CCGCTAACAA CGCAGCTGGA TGACGCCCTA 
CAGAGCGCTC AAGTACCGGA TACAGATGGG CGTACTGTTC TCAAGCGGGA TGCCATCACA 
GACGTCATCG ATCTTGTTCA AGCCGCAGAG CCCAAGTCCG AATCCGAATT TCTAGGCTTG 
AATTACCTGA AGCAGAAAGC TAGTCTGCTT CTGTTCGGTG ACCTGATTCT CATGGATGCA 
GAACACAGGG ATGAGGCCAC TATAGACGCT ACGGAGCGAG CTCTCATTGT GGGAAACCTG 
GACCCCCGCA TTCCGCTTCT GTTGATCCCA CTATTGCGAC GAGAGGTCCT GCAGAGCCCG 
CAAGGAATCT GGATACACGC GGGCTTGGCG GAGATCACAG AGAGTTACGT GCAGCAGCTG 
GATAAGGCTG CGGGCGACGG GGCCTCGGAC AGTGCCGTGC TGGATATGAT CAAGAGGTTT 
CTGTTCTCCT GGCAGCAGAA GAGGGGTTAC GGAAGTATCA CAGATGAGAC CTACGTCTTC 
GACAGCGTCG ACGCGGCTTT CCTGCACTTA CTCCTGGAAC AGGACGCACA ACTCGCGCCT 
GAAAAACGAC CAGGCTCTCC GTTACGCATT GAACTGAATA GGCTTGTGGA TAATTGGAAG 
GGCAATCTGG ACCGCGCAGT GGCGCTATTG GAACAGTATC GACGACTGTT CGTTTTGAGC 
CGACTATATC AGAGCCAGAA GATGTCTCGC AATGTCCTGA AAACATGGCG CAGGATCATC 
GACGGTGAAG AGGACCTGGG CGGCGAAATC ACGATTGCTG GTACAGAGGC ACAGATGCGC 
CGGTACCTGG TCAAGATCAA AGACGTTCAA CTAGTGGAAG AGTACGGAGC GTGGCTTGCC 
CAGCGCAACC CCAGCCTGGG CATACAAGTA TTCTCTGATG GCACGAGCAG AGTCAAGCTG 
GAAACTGCCG ATGTCGTGGC GCTTCTCAAG CAGCAAGCAC CTAATGCCGT CCAAGCATAC 
TTGGAACACC TGGTCTTTGC CAGAAATCTC ACACAATACG CGGATGACCT GCTGGCATAC 
TACCTTGATT CCGTCCTCTC CGTACTGGAG ACGTCGCCGT CAGCACGAGC TTCTCTCTCC 
GAATCCTACT CCACCTACCG CGCTCTAAGC GCTCCGAAAC CGACCTATAT GAATTTCATC 
ACGGTGAACA CTCCCTCGGA ACCATGGTGG CAATCCCGGC TCCGGCTCCT CCAGCTCCTC 
GGCGGCGGCA GCACCGGAGG CAGCCAGTTC ACCTCGATGC CGCCGCGCAA CTTCACCTTC 
TCCATCCCTG CCGTTCTAGC TCGGATCGAA CCTTTCCAGA ACGAGCTCGT CTCGGAATCC 
ATCATTCTCG ACGGTCTTCA GGGCCGCCAC CGCGAAGCTC TTCATCTCCT CACGCACGGC 
CTCGGCGACT ACGATTCAGC CATCCGATAC TGTCTCTTCG GCGGCCCGCA GGCCACCAGC 
AGCTCGTCGT CCTTCGCGGA CCGATCGCAG CAGAGTGAAC TCTTCCGGTT CCTGCTGGAC 
GAGTTCCTGA AGATCCAGGA TTCGTCGGAG CGCATCGAGC GGACCAGCGA TCTTCTGGGC 
CGGTTCGCGG CGTGGTTCGA CGTCGGGGAG GTTCTGCGGA TCATCCCGGA CGAGTGGAGC 
GTCGATATCC TGGGCGGCTT CCTGGCGCAC GTGTTCCGGG TGCTGGTGGC GGAGGGCAGG 
GAGGTGCGCA TCGAGCGAGC GCTGAGCGCG GGACTGAACC TGCGGGTGGG AACGGAGTAT 
ATCGAGGGGG TGGAGAAGGT GGGCGCCTGG GTCGAGGATG GAGATGGATT GCGGCGGGTG 
AAGGACCGGC CGGTGGTACG CGAGGAGGAG ACCGAGGAGT TCGGGGATAT TGTGGAAGCG 
GACAGCTGA