P170DRAFT_510975 cDNA ORF clone,

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gRNAs

The following P170DRAFT_510975 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the P170DRAFT_510975 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
OAs189394	XM_024854837.1 Latest version!	Aspergillus steynii IBT 23096 putative TGF beta receptor associated protein 1 (P170DRAFT_510975), 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)

P170DRAFT_510975 ( XM_024854837.1 ) cDNA ORF clone, -> XP_024703651.1 Aspergillus steynii IBT 23096 putative TGF beta receptor associated protein 1 (P170DRAFT_510975), mRNA.

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CloneID	OAs189394
Clone ID Related Accession (Same CDS sequence)	XM_024854837.1
Accession Version	XM_024854837.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3660bp) 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	2018-04-25
Organism	Aspergillus steynii IBT 23096
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_020194402). ##Metadata-START## Organism Display Name :: Aspergillus steynii IBT 23096 v1.0 GOLD Stamp ID :: Gp0040453 ##Metadata-END##

ATGGTGTCTG AGGATGACGG CACCAGTCCC CGCAAAAGGC GGAGGATTGG CCCTCCCAAA 
GCTGCCCCTT ATATGTTGCG CCCATTGTTC GACCAGGTAC CGCTGACGGC CGACGATCCC 
AATGACGATG TGTACATTAC CTGCGTCGAG TACTGGAATG ATAATTTGTA TATCGGAACC 
TCCGCCGCCG AGATCTTACA TTTTGTCTGC CTTCCTCCGG ATCCCTCGGA CACTTCAAAC 
GAATCATCCT TCATCCTAGC CTCGAGACTC CCGATCCCAT TCTCTCAGAA CTCGTCAGCC 
ACGTCAAATC CACCGGGAGT TCAACAGATC GTCCTCCTTC CCACTGCGAA CAAAGCGTGT 
GTGCTCTGCA ATGGAACCGT CAGCTTCTAC ATGCTACCGG AGCTCAGCCC GGCTTTTGGA 
AACACCAAGG TCCACAATTG CCACTGGATC GGGGGGCTTG ATCTCAACGC GGATCCAGAG 
GATGGCGAAG ACCCGGTGAT CATGATCGGT GCCCAGAATA AAATCATGCT GGTGAGGATT 
GGCGACGGGG CTCGCCTCAG AAGGAATATC GAGTTTCCGG GCTGCTTGGT GGCGTCACGC 
AGAGGTATCA TCGCCTGTGC CGCAGACGGA CATACATACT CGCTACTCGA CGTGGAACAC 
CAGCAGAAAA TTCCTCTTTT TCCCATTTCC TTCTTGAATG AAGCCCTCGG ATCCGGCCAA 
GTGGAGGACA TGCCCCTGGC ATCTTCACCA CCGCTCGCCA GCTCTCCTCC GGCAGAGAGC 
CCTTCGCATA ACAGAAGCTC GAGCCTGAAC ACATTAGCAG GCATGCTGCA CCCGAACCCA 
CATTCGACCT CTCAAGATCG GTCAAGTTCC GCAACGCCTG AACTCTCCCC GGACTCAGGG 
ACGCCGACTC GGTCGCGATC GAGAGAGCGA GACGCCAGTG CCTCACCCAG AGTATCTTCC 
GAGCAGCAGT CCAGCCCTCG TGAAGACCCA AAACCGCTCC CATCGTTGCC TAAACAGTCA 
ACACAACTGA AGCCGCATGT CCTTTCCCCC ACTCCCTCGG AATTCTTACT CGTCAGAGGA 
ACGGATACGA CAGAGCCGGG TGTCGGGATG TTCGTCAACA TGGATGGCGA CGTAGACCGC 
GGCACGATTA CGTTTCACCG GTATCCAGAG TCACTCGTCA TCGACAAGGG TGACGAAAAC 
AACCTAATCC AGGCCCCTGA TGACACCAGC GACGAGCTCA TCCTCGCCGT GATAGAATCG 
AGCGAAGACG GAAACCGGCG CAAGCGCATC GAAGTGCAAC CGTGGGACGC CGACCCAGCG 
GAGGCCGAGG GCCAAAAAAG CTGGGTAGAT ATACCCTCCC AGGACGAGCA AGTTCCGCAT 
GTTGGCCTTG CTCATACAAA CAGTCCTAGT CAACTGGAGA TACGTGAATT GGGCAAGGTG 
ATGCGGATGG TTCGCTTGAA GACACCGTCA TTGTCCCCGC ATATCCCGGT CATCGACCCA 
CGGACTCAGG CGTCCATCGA ACAGCTGCAG AAAGAAAAGG AACTTTTTGA ACCACAAGAA 
TTGACACCTG ATGGGTCTAA GAAAGAAAGC TCCGGCGGTT GGGAGGCTGA ACGAAATGCA 
GAAGAGGCTA AAATCGCGCG CGATCTGGGC AACGCTCGAA GCAGCCTGAT TATGTGGTCA 
GGAAACACTA TCTGGCGGGT TGTGAGAAAC CCATTGACTA CGCAGCTCGA TAACGCGCTG 
GGCAACGCTC AAATTCCCGG GGACAGGGAG CACAAGGTCT TGGATCGCGA CGTGATCATG 
GACATCATTG ATTTGGTTCA AGAGGCAGAG CCGAAATCGG AGGCGGAATT TCTAGGTCTG 
AATTATATCA AGCAAAAGTC GAGCCTACTC CTTTTCGGCG ACCTCGTCTT CATGGACCCG 
CACCGACATG AAACTGCCAC GATTAAAACC ACGGAGAAGG CTCTTACGGA TGGAAATCTG 
GATCCCCGTA TAGCTTTGTT ACTGGTGCCC CTCCTTCGCT GCGAGGTACT CCAGGGCCCT 
CAGGGTATCT GGATCCACGC CGGGCTTGCA GATATCGTGG AAACCTACAT CCAACGGGAG 
GAAAAGGACA CATCCGCCAA GGATGCCACC TCTGACCCCG GCATTTTGAA TATGGTGAAG 
CGCTTTTTGG TTTCATGGCA ACAGAAACGG GGATACGGAA GCATCACAGA CGAGACGTAT 
GTTTTCGACA GTGTTGACGG GGCTCTTCTG CACCTTCTTC TTGAGCAAGA CTCGAAGTTC 
TCACCAGAAC AACGCTCAGC TTCGCCGATA CGAGCCGAGC TGAACCGGCT CGTCGACAAT 
TGGAAAGGAA ATTTCGACCG GGCCGTGGCG CTGTTGGAGA ACTACAAGCG GCTGTTCATC 
CTGAGTCGTT TGTATCAAAG CCAGAAGATG TCCGGAAATG TGCTCAAGAC GTGGCGGCGG 
ATCATCGAAG GCGAGGAGGA TATCGGTGGT GAGGTGTCTC CAGCCGGAGT CGAGATACAG 
ATGCGCCGGT ACCTGGTCAA GATCAAGGAT GCGCAGCTTG TGGAAGAGTA CGGATCCTGG 
CTAGCTCAGC GAAATCCAAG TCTTGGAATC CAAGTCTTCG CAGACCATAC CAGCCGAGTG 
AAGCTGGAGC CTGGGGATGT TGTTCCCCTG CTCAAGGAGC GGGCTCCAAA TGCGGTCCAG 
GAGTATCTTG AGCACCTCGT CTTTTCGAAA AATTTAACCC AATATGCCGA CGACCTCTTG 
TCATACTACC TGGACACCGT GCTTTCCGTC CTCGAGTCCT CGCCGTCGGC GCGAGAATCC 
CTCTCGGAAT CTTACTCTAC CTATCGCGCC CTCCAAGCGC CCAAGCCAAC CTACATCAAC 
TTCATCATGG AGAACACCCC CTCCGAACCG TGGTGGCAAT CCCGTCTCCG GCTCCTCCAG 
CTCCTCGGCG GTGGCAGCAG CAGCAGCACT AGCCAATTCT CCTCCATGCC CACCTCGACC 
CTCACATACT CCATTCCCGC CGTTCTCGCG CGGATGGAGC CCTTCCAGAA CGAGCTCGTC 
TCCGAGTCGA TCATTCTCGA CGGCCTGCAG GGCCGTCATC GCGAAGCGTT GCGTCTTCTC 
ACCCACGGCC TAGGGGACTA CGACTCGGCC GTACGGTACT GCCTCTTCGG CGGGCCCCGC 
AGCACCAGTG CCACGGGTGC GCTGGTCGAG TTCGCCGAGC GCGAGCTCCA AACAGAGCTA 
TTCGGATACC TCCTAGACGA GTTCCTGCGC ATCGAGGATA TTTCGGAACG ACTTGAGCGC 
ACCAGCGACC TCCTCGCCCG GTTCGCCGCG TGGTTCGACG TCGGTGAAGT CCTTCGCGTC 
GTCCCGGACG ACTGGAGCGT CGACATCCTC AGCGGTTTCC TGGCGCAGGT CTTCCGGGTG 
CTGGTCTCGC AGTCCCGCGA GACGCGCATC GAACGGGCTC TCAGCGCGGG GCTGAACCTG 
CGTGTCGGCA CGGAATACAT CGAGGGCGTG GAAAAGGTCG GCGGCTGGGT CGAGGAGGGG 
GATGGTGTGC GTCGATTGAA GGGGGGAGGT TCAGGTCAGA GTCAGGGTCA TGGTCAACTC 
GGTCAGCCCG AGGAGGGGAG TGAATTCGGG GATATGGTTG GAGCGGGAGA TCCACGTTGA

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

RefSeq	XP_024703651.1
CDS	39..3698
Translation	MVSEDDGTSPRKRRRIGPPKAAPYMLRPLFDQVPLTADDPNDDVYITCVEYWNDNLYIGTSAAEILHFVCLPPDPSDTSNESSFILASRLPIPFSQNSSATSNPPGVQQIVLLPTANKACVLCNGTVSFYMLPELSPAFGNTKVHNCHWIGGLDLNADPEDGEDPVIMIGAQNKIMLVRIGDGARLRRNIEFPGCLVASRRGIIACAADGHTYSLLDVEHQQKIPLFPISFLNEALGSGQVEDMPLASSPPLASSPPAESPSHNRSSSLNTLAGMLHPNPHSTSQDRSSSATPELSPDSGTPTRSRSRERDASASPRVSSEQQSSPREDPKPLPSLPKQSTQLKPHVLSPTPSEFLLVRGTDTTEPGVGMFVNMDGDVDRGTITFHRYPESLVIDKGDENNLIQAPDDTSDELILAVIESSEDGNRRKRIEVQPWDADPAEAEGQKSWVDIPSQDEQVPHVGLAHTNSPSQLEIRELGKVMRMVRLKTPSLSPHIPVIDPRTQASIEQLQKEKELFEPQELTPDGSKKESSGGWEAERNAEEAKIARDLGNARSSLIMWSGNTIWRVVRNPLTTQLDNALGNAQIPGDREHKVLDRDVIMDIIDLVQEAEPKSEAEFLGLNYIKQKSSLLLFGDLVFMDPHRHETATIKTTEKALTDGNLDPRIALLLVPLLRCEVLQGPQGIWIHAGLADIVETYIQREEKDTSAKDATSDPGILNMVKRFLVSWQQKRGYGSITDETYVFDSVDGALLHLLLEQDSKFSPEQRSASPIRAELNRLVDNWKGNFDRAVALLENYKRLFILSRLYQSQKMSGNVLKTWRRIIEGEEDIGGEVSPAGVEIQMRRYLVKIKDAQLVEEYGSWLAQRNPSLGIQVFADHTSRVKLEPGDVVPLLKERAPNAVQEYLEHLVFSKNLTQYADDLLSYYLDTVLSVLESSPSARESLSESYSTYRALQAPKPTYINFIMENTPSEPWWQSRLRLLQLLGGGSSSSTSQFSSMPTSTLTYSIPAVLARMEPFQNELVSESIILDGLQGRHREALRLLTHGLGDYDSAVRYCLFGGPRSTSATGALVEFAERELQTELFGYLLDEFLRIEDISERLERTSDLLARFAAWFDVGEVLRVVPDDWSVDILSGFLAQVFRVLVSQSRETRIERALSAGLNLRVGTEYIEGVEKVGGWVEEGDGVRRLKGGGSGQSQGHGQLGQPEEGSEFGDMVGAGDPR

Target ORF information:

RefSeq Version	XM_024854837.1
Organism	Aspergillus steynii IBT 23096
Definition	Aspergillus steynii IBT 23096 putative TGF beta receptor associated protein 1 (P170DRAFT_510975), mRNA.

Target ORF information:

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

XM_024854837.1

ORF Insert Sequence:

ATGGTGTCTG AGGATGACGG CACCAGTCCC CGCAAAAGGC GGAGGATTGG CCCTCCCAAA 
GCTGCCCCTT ATATGTTGCG CCCATTGTTC GACCAGGTAC CGCTGACGGC CGACGATCCC 
AATGACGATG TGTACATTAC CTGCGTCGAG TACTGGAATG ATAATTTGTA TATCGGAACC 
TCCGCCGCCG AGATCTTACA TTTTGTCTGC CTTCCTCCGG ATCCCTCGGA CACTTCAAAC 
GAATCATCCT TCATCCTAGC CTCGAGACTC CCGATCCCAT TCTCTCAGAA CTCGTCAGCC 
ACGTCAAATC CACCGGGAGT TCAACAGATC GTCCTCCTTC CCACTGCGAA CAAAGCGTGT 
GTGCTCTGCA ATGGAACCGT CAGCTTCTAC ATGCTACCGG AGCTCAGCCC GGCTTTTGGA 
AACACCAAGG TCCACAATTG CCACTGGATC GGGGGGCTTG ATCTCAACGC GGATCCAGAG 
GATGGCGAAG ACCCGGTGAT CATGATCGGT GCCCAGAATA AAATCATGCT GGTGAGGATT 
GGCGACGGGG CTCGCCTCAG AAGGAATATC GAGTTTCCGG GCTGCTTGGT GGCGTCACGC 
AGAGGTATCA TCGCCTGTGC CGCAGACGGA CATACATACT CGCTACTCGA CGTGGAACAC 
CAGCAGAAAA TTCCTCTTTT TCCCATTTCC TTCTTGAATG AAGCCCTCGG ATCCGGCCAA 
GTGGAGGACA TGCCCCTGGC ATCTTCACCA CCGCTCGCCA GCTCTCCTCC GGCAGAGAGC 
CCTTCGCATA ACAGAAGCTC GAGCCTGAAC ACATTAGCAG GCATGCTGCA CCCGAACCCA 
CATTCGACCT CTCAAGATCG GTCAAGTTCC GCAACGCCTG AACTCTCCCC GGACTCAGGG 
ACGCCGACTC GGTCGCGATC GAGAGAGCGA GACGCCAGTG CCTCACCCAG AGTATCTTCC 
GAGCAGCAGT CCAGCCCTCG TGAAGACCCA AAACCGCTCC CATCGTTGCC TAAACAGTCA 
ACACAACTGA AGCCGCATGT CCTTTCCCCC ACTCCCTCGG AATTCTTACT CGTCAGAGGA 
ACGGATACGA CAGAGCCGGG TGTCGGGATG TTCGTCAACA TGGATGGCGA CGTAGACCGC 
GGCACGATTA CGTTTCACCG GTATCCAGAG TCACTCGTCA TCGACAAGGG TGACGAAAAC 
AACCTAATCC AGGCCCCTGA TGACACCAGC GACGAGCTCA TCCTCGCCGT GATAGAATCG 
AGCGAAGACG GAAACCGGCG CAAGCGCATC GAAGTGCAAC CGTGGGACGC CGACCCAGCG 
GAGGCCGAGG GCCAAAAAAG CTGGGTAGAT ATACCCTCCC AGGACGAGCA AGTTCCGCAT 
GTTGGCCTTG CTCATACAAA CAGTCCTAGT CAACTGGAGA TACGTGAATT GGGCAAGGTG 
ATGCGGATGG TTCGCTTGAA GACACCGTCA TTGTCCCCGC ATATCCCGGT CATCGACCCA 
CGGACTCAGG CGTCCATCGA ACAGCTGCAG AAAGAAAAGG AACTTTTTGA ACCACAAGAA 
TTGACACCTG ATGGGTCTAA GAAAGAAAGC TCCGGCGGTT GGGAGGCTGA ACGAAATGCA 
GAAGAGGCTA AAATCGCGCG CGATCTGGGC AACGCTCGAA GCAGCCTGAT TATGTGGTCA 
GGAAACACTA TCTGGCGGGT TGTGAGAAAC CCATTGACTA CGCAGCTCGA TAACGCGCTG 
GGCAACGCTC AAATTCCCGG GGACAGGGAG CACAAGGTCT TGGATCGCGA CGTGATCATG 
GACATCATTG ATTTGGTTCA AGAGGCAGAG CCGAAATCGG AGGCGGAATT TCTAGGTCTG 
AATTATATCA AGCAAAAGTC GAGCCTACTC CTTTTCGGCG ACCTCGTCTT CATGGACCCG 
CACCGACATG AAACTGCCAC GATTAAAACC ACGGAGAAGG CTCTTACGGA TGGAAATCTG 
GATCCCCGTA TAGCTTTGTT ACTGGTGCCC CTCCTTCGCT GCGAGGTACT CCAGGGCCCT 
CAGGGTATCT GGATCCACGC CGGGCTTGCA GATATCGTGG AAACCTACAT CCAACGGGAG 
GAAAAGGACA CATCCGCCAA GGATGCCACC TCTGACCCCG GCATTTTGAA TATGGTGAAG 
CGCTTTTTGG TTTCATGGCA ACAGAAACGG GGATACGGAA GCATCACAGA CGAGACGTAT 
GTTTTCGACA GTGTTGACGG GGCTCTTCTG CACCTTCTTC TTGAGCAAGA CTCGAAGTTC 
TCACCAGAAC AACGCTCAGC TTCGCCGATA CGAGCCGAGC TGAACCGGCT CGTCGACAAT 
TGGAAAGGAA ATTTCGACCG GGCCGTGGCG CTGTTGGAGA ACTACAAGCG GCTGTTCATC 
CTGAGTCGTT TGTATCAAAG CCAGAAGATG TCCGGAAATG TGCTCAAGAC GTGGCGGCGG 
ATCATCGAAG GCGAGGAGGA TATCGGTGGT GAGGTGTCTC CAGCCGGAGT CGAGATACAG 
ATGCGCCGGT ACCTGGTCAA GATCAAGGAT GCGCAGCTTG TGGAAGAGTA CGGATCCTGG 
CTAGCTCAGC GAAATCCAAG TCTTGGAATC CAAGTCTTCG CAGACCATAC CAGCCGAGTG 
AAGCTGGAGC CTGGGGATGT TGTTCCCCTG CTCAAGGAGC GGGCTCCAAA TGCGGTCCAG 
GAGTATCTTG AGCACCTCGT CTTTTCGAAA AATTTAACCC AATATGCCGA CGACCTCTTG 
TCATACTACC TGGACACCGT GCTTTCCGTC CTCGAGTCCT CGCCGTCGGC GCGAGAATCC 
CTCTCGGAAT CTTACTCTAC CTATCGCGCC CTCCAAGCGC CCAAGCCAAC CTACATCAAC 
TTCATCATGG AGAACACCCC CTCCGAACCG TGGTGGCAAT CCCGTCTCCG GCTCCTCCAG 
CTCCTCGGCG GTGGCAGCAG CAGCAGCACT AGCCAATTCT CCTCCATGCC CACCTCGACC 
CTCACATACT CCATTCCCGC CGTTCTCGCG CGGATGGAGC CCTTCCAGAA CGAGCTCGTC 
TCCGAGTCGA TCATTCTCGA CGGCCTGCAG GGCCGTCATC GCGAAGCGTT GCGTCTTCTC 
ACCCACGGCC TAGGGGACTA CGACTCGGCC GTACGGTACT GCCTCTTCGG CGGGCCCCGC 
AGCACCAGTG CCACGGGTGC GCTGGTCGAG TTCGCCGAGC GCGAGCTCCA AACAGAGCTA 
TTCGGATACC TCCTAGACGA GTTCCTGCGC ATCGAGGATA TTTCGGAACG ACTTGAGCGC 
ACCAGCGACC TCCTCGCCCG GTTCGCCGCG TGGTTCGACG TCGGTGAAGT CCTTCGCGTC 
GTCCCGGACG ACTGGAGCGT CGACATCCTC AGCGGTTTCC TGGCGCAGGT CTTCCGGGTG 
CTGGTCTCGC AGTCCCGCGA GACGCGCATC GAACGGGCTC TCAGCGCGGG GCTGAACCTG 
CGTGTCGGCA CGGAATACAT CGAGGGCGTG GAAAAGGTCG GCGGCTGGGT CGAGGAGGGG 
GATGGTGTGC GTCGATTGAA GGGGGGAGGT TCAGGTCAGA GTCAGGGTCA TGGTCAACTC 
GGTCAGCCCG AGGAGGGGAG TGAATTCGGG GATATGGTTG GAGCGGGAGA TCCACGTTGA