NFIA_097520 cDNA ORF clone, Aspergillus fischeri NRRL 181(Neosartorya fischeri NRRL 181)

Gene
Clones
gRNAs

Summary

Gene Symbol	NFIA_097520
Entrez Gene ID	4588442
Full Name	pre-mRNA splicing helicase, putative
Gene Type	protein-coding
Organism	Aspergillus fischeri NRRL 181(Neosartorya fischeri NRRL 181)

mRNA and Protein(s)

mRNA	Protein	Name
XM_001262020.1	XP_001262021.1	pre-mRNA splicing helicase, putative

Pathways from BioSystems
Gene Ontology

The following NFIA_097520 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the NFIA_097520 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
ONe03478	XM_001262020.1 Latest version!	Aspergillus fischeri NRRL 181 pre-mRNA splicing helicase, putative partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1091.30 $1559.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

NFIA_097520 ( XM_001262020.1 ) cDNA ORF clone, Aspergillus fischeri NRRL 181(Neosartorya fischeri NRRL 181) -> XP_001262021.1 Aspergillus fischeri NRRL 181 pre-mRNA splicing helicase, putative partial mRNA.

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CloneID	ONe03478
Clone ID Related Accession (Same CDS sequence)	XM_001262020.1
Accession Version	XM_001262020.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6630bp) 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	1499702400000
Organism	Aspergillus fischeri NRRL 181(Neosartorya fischeri NRRL 181)
Product	pre-mRNA splicing helicase, putative
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_001509764). COMPLETENESS: incomplete on both ends.

ATGGCGGACC AAAATATCTC CCAGTACAAG TACTCGGCGA TGTCCAACCT GGTTCTCCAG 
GCGGACCGTC GTTTCATCTC TCGCATCAAT GATGAACCCA CCGGAGACCC AGAATCCCTT 
GCTGGGCGCA TCAGCATTCG GGAGATGGGT TCAAGAGTCG CGCATGACGA TGCGCCAAAG 
ACTAAGAAGA AACCCGTCGG ACCTACAGAT ATCGAGCGAG GTGCGATCCG AGAAGGCGAG 
GATGTGCTCG CTCGAGAACA GAGAAAACGT CGCGGGCAAC AGCAATTACG CGGCCAGGGT 
ATTCTCTCCG CTGCCGATGC TCTCATCGAA GGGTTGAAAT ACCGCCCTCG AACGCCCGCC 
ACCCGCGCGA CCTACGATCT TATCCTTACA ATGACTGCAA GCCATCTGGG TGATGTCCCT 
CACGAAGTCG TTCGGAGTGC TGCCGATGCT GTGTTGGAGC TATTGAAGGA CGAAGATATG 
AAGGACTTCG ACAAGAAAAA GGAGATTGAC GACTTGCTCG GCAGCTCCAT GAGTCCAAAA 
GAGTTCAACG AACTTGTAAA TTTGGGAAAG AAGATTACGG ACTACGATGC GCAGGACGAG 
GACGAAGAGA TGGAGGGCGG AATGGATGGC CAAGAAGAGG CAGAGCTCGA CGAACGTCAG 
GGTGTTGCCG TCGTCTTCGA CGAGGAAGAT GAGGATGATG AGCGCATGGG CACTGTCACC 
GAAGTCCGAG ACGAGGATGA CCTGACCGAC GATGAAGAGC CAGATGAACA AGAAGCTCCC 
GATATTGAGG CTGCGACGAC CGAGAAAGCG AATATCGAAG GTCTCGAGGC TGAGGAAGAG 
ATGGTCATCG ACGGTGGACT AGATCGCGCT GACCAACGGC GGAACAAGAA CTTGATAGTT 
CCTGCCCGGC AAATCGACGC TTACTGGTTA CAACGCCAAA TTGGTTCTGC GTATACCGAT 
GCTCATATAC AACAGGAGAA GGCCACACAG GCTTTGGAAA TACTTGGTGG CAAAGCGGAG 
GACGGCACGG AGAAATCGCT GCGAGACGTG GAAAACGACC TGATGGAACT TTTCGATTAT 
GAACACCCAG ACCTTGTCGC CAAATTCGTC ATGAACCGTG ATAAGATTGT GTGGGTAACG 
CGTTGGCGCA GGGTTGCCGA AGATGCCGAT GCTCGCCATC TCGTCGAAAG TGAGATGGTT 
GAGGCTGGCC ACCGAGCTAT TTTGGACGAA ATTCGAGGCA AGACGGTTCG CGATGAAGCG 
GCAGGTCGTC CCGAGAAGAA GATCAAACTC GATCTGATGG ATGTCGATGT CCCTAGCGCG 
CCGGCTCCCG AACAGAAGCC TGCAGAGGGT GGCTTGGTCG GCGGTCTGCA GCCCAAGAGG 
CTGATCAACC TGGAGAACCT TGTCTTCCAC CAAGGCAACC ATCTGATGAC CAACCCGAAT 
GTCAAGCTAC CTCAAGGTTC CACCAAGCGA ACATTCAAAG GATACGAGGA GATTCATGTA 
CCACCGCCCA AACCCAAGCG AGACCCTGGG GAGAAGAACA TCCCCGCCAC TGAACTGCCT 
GAATGGGCCC GTATCGGCTT TGGCAGTGCC AAGGAGCTCA ACCGAGTTCA GACCAAATGC 
TACCCAGCTG CCTTCCACGA TGATGGCAAT ATGCTTGTCT GTGCTCCTAC GGGATCTGGA 
AAGACCAATG TTGCCATGCT TACCATCCTT CGCGAGATCG GCAAGAATCG CAACCCGGAG 
ACCGGGGAGA TAATGCTTGA TGATTTCAAA ATCATTTATA TCTCTCCCTT GAAAGCTCTG 
GTCCAGGAGC AAGTCGGCAA CCTCGGCAAA CGGCTCGAGC CCTACGGCAT TCGAGTTTCC 
GAGCTGACTG GTGATCGCCA ACTCACAAAG CAACAGATTG CTGAAACCCA GCTGATTGTC 
ACGACTCCCG AAAAATTTGA CGTCATTACC AGAAAGGCGT CTGAGACGAG TTACATCAAG 
CTCGTGCGTC TGATCATTAT TGATGAAATT CATTTGCTTC ATGACGAGCG AGGACCCGTT 
ATCGAAAGTA TCGTTAGTCG GACAATTCGC AAGGTAGAGC AGACCGGAGA ACCTGTCCGC 
ATCGTTGGTC TCAGTGCAAC TTTGCCAAAC TACCGTGATG TAGCCAGCTT CTTACGAGTC 
GACCCCAATA AAGGCCTGTT CCACTTTGAT GGTTCTTATC GACCATGCCC GTTGAAGCAG 
GAATTCATTG GTGTCACCGA CAAGAAAGCT ATCAAGCAGC TGAAGATGAT GAACGATATT 
TGCTATAACA AGGTTCTCGA GCAAGTCGGG CAGCGAAGAA ACCAGATGCT CATCTTCGTT 
CACTCTCGAA AGGAAACGGC GAAGACGGCC AAGTATATCA GGGATAAAGC ATTGGAGATG 
GAGACGATTG GCCAGATTTT GCGTAGCGAT GCTGCAAGCA GGGCTATTTT AGCGGAAGAA 
GCCGAGTCCG TCGATGATGC ATCGCTGAAA GACCTGTTGC CATACGGTTT CGGTATCCAC 
CATGCAGGAC TGAGTCTTGC GGATCGTGAC TCAGTCCAAG CGCTGTTCGC TGATGGCAGC 
ATTCAAGTCC TCGTATGCAC GGCAACTCTT GCCTGGGGTG TCAACCTGCC CGCGCATACC 
GTTATCATCA AAGGAACTCA GGTATATTCA CCGGAGAAGG GTAGCTGGGT TGAGCTTAGC 
CCTCAGGATG TCCTCCAGAT GCTGGGACGA GCTGGTCGAC CTCAATACGA CACGTTTGGT 
GAAGGTATTA TCATCACATC CCAGACTGAA ATTCAGTACT ACCTCTCCCT CATGAACCAG 
CAATTGCCGA TTGAGAGTCA GCTCATGAGC AAACTTGCTG ATAACATGAA TGCGGAGATC 
GTCCTTGGAA ACATCCGCAA TCGCGACGAG GGAGTGGAGT GGCTGGGTTA CACTTACCTT 
TTTGTCCGTA TGCTCCGCTC GCCTGGCCTG TACAGCGTGG GCGCCGATTA TGAGAACGAC 
GACGCGTTGG AGCAGAAGCG GGTTGACCTT GTTCACTCCG CAGCCGTCAT CTTGGAACGG 
GCCGGACTTA TCAAGTATGA GAAGAAGACT GGACGCCTGC AATCCACCGA GTTGGGACGA 
ATTGCTTCGC ATTACTACAT TGGCCACAAT TCCATGTTGA CCTATTCTCA GCACATTCAA 
CCATCCATCT CGACCATTGA GCTCTTCCGC ATTTTCGCCC TCAGCGACGA ATTCAAGTAC 
ATCCCTGTTC GCCAAGACGA GAAGTTGGAG TTAGCGAAAC TCCTCGGTCG TGTTCCTGTT 
CCTGTGAAGG AGAGCATTGA TGAACCTCAT TCGAAGATCA ACGTTTTGCT GCAGGCCTAC 
ATTTCCAGAC TGAAGCTAGA AGGACTTGCT TTGATGGCAG ACATGGTGTA TGTCACTCAG 
TCCGCGGGTC GTATTCTGAG GGCCCTTTTT GAGATTTCCT TGAAGAAAGG CTGGTCATCT 
GTCGCGAAGA CTGCTCTCGA CCTCTGCAAG ATGGCGGAAC GGCGGATGTG GCCGACCATG 
ACACCACTGC GTCAATTCCC TCACTGTCCC CGGGATATCC TGCAGAAAGC GGAGAGAATC 
GACGTGCCTT GGGCCAGCTA TTTCGACCTC GACCCTCCTC GCATGGGCGA ACTTCTTGGT 
ATGCCCAAGG CTGGACGGAC CGTGTGTGAT CTCGTGTCCA AGTTCCCTCG TTTGGAAGTC 
CAGGCGCAAG TTCAGCCTGT AACCCGGTCA TTGCTTCGAG TGGAGCTTAC CATCACTCCG 
AATTTTGTGT GGGATGATGC TTTGCACGGA ACAGCGCAAG ACTTTTGGAT CCTCGTCGAG 
GACTGTGACG GCGAGGAAAT CTTGTTCCAC GATCAATTCA TCCTCCGGAA GGACTATGCG 
CAGGCCGAGA TGAACGAGCA CCTAGTCGAA TTTACGGTTC CCATTACCGA GCCTATGCCC 
CCTAACTACT TCATCTCTCT CGTTTCCGAT CGGTGGATGC ACTCAGAGAC CAAGATTGCG 
GTATCTTTCC AGAAGCTGAT TCTTCCGGAG CGATTCCCGC CCCATACTCC TTTGCTGGAC 
ATGCAACGGG CGCCCGTCAA GGCACTGAAG CGTGAGGATT ACCAGCAACT CTATCCTGAG 
TGGCAACTCT TCAACAAGAT CCAGTCTCAA ACTTTCAAGT CGTTGTATGA TACCGACGAC 
AATGTCTTCC TCGGTGCTCC TACGGGCAGC GGCAAAACTG TTTGTGCTGA GCTTGCATTG 
CTGCGGCATT GGGCAACCGG AAAGGGCGGC AGAGCCGTCT ATATTGCTCC TTTCCAAGAA 
TTGATTGATC ACCGACATGC AGACTGGGAG AAGCGGTTGG GTAACCTCGG TGGCGGCAAG 
AATATCGTCA AGCTGACTGG AGAGACCACT GCGGATCTGA AATTGCTGGA TCAGGCAGAT 
CTGGTTCTCG CCACGCCGAC GCAGTGGGAT GTTCTGTCCC GGCAATGGCA AAGGCGCAAG 
AACGTGCAAT CCGTGCAGCT GTTTATCGCA GATGAACTCC ATATGCTTGG AGGCTATGGA 
GGATATGTGT ACGAAGTAGT GGTGTCGCGC ATGCATTCTA TTGCCCTTCA GCTAGAGAAC 
GGTATGCGCA TCGTTGGGCT GAGCGTGCCT CTTGCTAACG CCCGTGACAT CGGCGAGTGG 
ATTGGTGCGA ACAAGCATAC AATTTACAAT TTCAGCCCTC ACGCTCGCCC TGTGCCTCTT 
GAGCTTCATA TTCAGTCCTT CAGCATTCCC CACTTCCCCT CACTCATGCT GGCTATGGCT 
AAACCGGCAT ATCACTCGAT TTTGCAGTTG GCTCCGGACA AACCCGCGCT TGTGTTTGTA 
CCCAATCGCA AGCAGACAAG ATCAACAGCT ATTGATCTCT TGGCTGCTTG CGCTGCGGAT 
GATAACGAAG ACCGATTCCT TCATGCTGAT GTGAATGAAC TTGCGCCACT ACTGAATCGG 
ATTCAGGAAC GGACGCTGGC TGAATCGCTC TCCCACGGCA TTGGATACTA TCACGAAGCT 
CTTAGCGCTA CTGACAAGCG CATTGTCTCG CATCTCTTCA CCATTGGTGC GATTCAGGTC 
CTACTTGCTT CACGCGATGT CTGCTGGGAC CTGAATCTCA CGGCACATCT TGTAATCGTC 
ATGGGGACAC AGTTCTTTGA AGGCCGCGAG CACCGTTACA TTGATTATCC TATCAGCGAA 
ATCCTGCAGA TGTTCGGCAA AGCTACTCGC CCTAAGGAGG ACAAGATTGG CCGAGGTGTT 
CTGATGGTAC CTTCAGTCAA GCGCGAGTAT TACAAGAAGT TCCTTAACGA AGCTTTGCCC 
GTCGAGAGTC ATTTGCAATT GTACTTACAT GACGCATTTG TGACCGAGAT CAGCACAAGG 
ACAATCACTT CGACACAGGA CGCCGTGGAT TGGATGACTT ACACGTATTT TTACCGTCGT 
CTCCTTGCCA ACCCCAGCTT CTACGGTCTG AGTGACATTA GCCACGAAGG TCTCAGCACT 
TTCTTGTCCG AGTTGGTGGA GAACACATTG AGGGAGCTGT CGGAGGCTAA GATTATTGAC 
CTGGATGAGG AGGATGACAG CGTCTCGCCC CTCAATGCGG CCATGATTGG CGCTTACTAC 
AACATCTCCT TCATCACCAT GCAGACCTTC CTCCTGTCGC TCAGCGCTCG CACGAAGCTC 
AAGGGTATTC TGGAGATTAT CACCTCAGCC ACGGAGTTCG AATCAATTCA GATGCGGAGA 
CACGAAGACC ACATTCTGCG ACGAGTGTAC GATCGTGTGC CCGTCAAGAT GTCGCAACCC 
GCCTACGACT CGCCTCACTT CAAGGCCTTT GTTCTCCTGC AAGCTCACTT CTCCCGCATG 
CAGCTGCCCA TTGATCTTGC CAAGGACCAG GAGGTCATTG TCAGCAAGGT TCTCAACCTT 
CTCAGTGCAT GTGTCGATGT TCTCTCATCC GAGGGTCACT TGAACGCAAT GAATGCCATG 
GAGATGTCAC AGATGGTGGT CCAAGCCATG TGGGATCGGG ACAGCCCTCT TAAGCAGATT 
CCTCACTTTG GCCCTGAAGC CATTAAGGTG GCCAACGAGT ACAACATCAA CGACATCTTC 
GAATTCATGG AAGCGATGGA TCCATCCGAG AACAAGGACT ACCCCACGTT GGTCAAGCGA 
CTTGGTCTCG ATAACTCACA GTTGGCTCAA GCTGCCGCGT TCACGAACGA GAAGTATCCC 
AACCTTGACC TTGACTTCCA GGTGGAGGAT CCCGAGAACA TTACATCCGG CGAGCCGGCG 
TATCTCAAGA TCAAGATTGA ACGGGAAGTC GAAGAGGACG AGGAACCTGA CACCACAGTA 
CACGCGCCGT TCTACCCTGG CAAGAAGATG GAGAATTGGT GGTTGGTTGT GGGAGACGAG 
AAGACGAAGA ATTTGCTTGC CATCAAGCGA GTTACCATCG GACGCAAATT GGAGTTGCGC 
CTGGAGTACA TTGTGCCCAC GCCTGGTGAG CATGAGTTGA CACTGTACCT AATGTGCGAC 
AGCTATGTGG GTGTAGACCA AGCCCCCACG TTTACTGTGA CGGCAGCTGA AGGCATGGAA 
GAGGATGAGA GCGAGGAAGA AGAGGAGTAA

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

RefSeq	XP_001262021.1
CDS	1..6630
Translation	MADQNISQYKYSAMSNLVLQADRRFISRINDEPTGDPESLAGRISIREMGSRVAHDDAPKTKKKPVGPTDIERGAIREGEDVLAREQRKRRGQQQLRGQGILSAADALIEGLKYRPRTPATRATYDLILTMTASHLGDVPHEVVRSAADAVLELLKDEDMKDFDKKKEIDDLLGSSMSPKEFNELVNLGKKITDYDAQDEDEEMEGGMDGQEEAELDERQGVAVVFDEEDEDDERMGTVTEVRDEDDLTDDEEPDEQEAPDIEAATTEKANIEGLEAEEEMVIDGGLDRADQRRNKNLIVPARQIDAYWLQRQIGSAYTDAHIQQEKATQALEILGGKAEDGTEKSLRDVENDLMELFDYEHPDLVAKFVMNRDKIVWVTRWRRVAEDADARHLVESEMVEAGHRAILDEIRGKTVRDEAAGRPEKKIKLDLMDVDVPSAPAPEQKPAEGGLVGGLQPKRLINLENLVFHQGNHLMTNPNVKLPQGSTKRTFKGYEEIHVPPPKPKRDPGEKNIPATELPEWARIGFGSAKELNRVQTKCYPAAFHDDGNMLVCAPTGSGKTNVAMLTILREIGKNRNPETGEIMLDDFKIIYISPLKALVQEQVGNLGKRLEPYGIRVSELTGDRQLTKQQIAETQLIVTTPEKFDVITRKASETSYIKLVRLIIIDEIHLLHDERGPVIESIVSRTIRKVEQTGEPVRIVGLSATLPNYRDVASFLRVDPNKGLFHFDGSYRPCPLKQEFIGVTDKKAIKQLKMMNDICYNKVLEQVGQRRNQMLIFVHSRKETAKTAKYIRDKALEMETIGQILRSDAASRAILAEEAESVDDASLKDLLPYGFGIHHAGLSLADRDSVQALFADGSIQVLVCTATLAWGVNLPAHTVIIKGTQVYSPEKGSWVELSPQDVLQMLGRAGRPQYDTFGEGIIITSQTEIQYYLSLMNQQLPIESQLMSKLADNMNAEIVLGNIRNRDEGVEWLGYTYLFVRMLRSPGLYSVGADYENDDALEQKRVDLVHSAAVILERAGLIKYEKKTGRLQSTELGRIASHYYIGHNSMLTYSQHIQPSISTIELFRIFALSDEFKYIPVRQDEKLELAKLLGRVPVPVKESIDEPHSKINVLLQAYISRLKLEGLALMADMVYVTQSAGRILRALFEISLKKGWSSVAKTALDLCKMAERRMWPTMTPLRQFPHCPRDILQKAERIDVPWASYFDLDPPRMGELLGMPKAGRTVCDLVSKFPRLEVQAQVQPVTRSLLRVELTITPNFVWDDALHGTAQDFWILVEDCDGEEILFHDQFILRKDYAQAEMNEHLVEFTVPITEPMPPNYFISLVSDRWMHSETKIAVSFQKLILPERFPPHTPLLDMQRAPVKALKREDYQQLYPEWQLFNKIQSQTFKSLYDTDDNVFLGAPTGSGKTVCAELALLRHWATGKGGRAVYIAPFQELIDHRHADWEKRLGNLGGGKNIVKLTGETTADLKLLDQADLVLATPTQWDVLSRQWQRRKNVQSVQLFIADELHMLGGYGGYVYEVVVSRMHSIALQLENGMRIVGLSVPLANARDIGEWIGANKHTIYNFSPHARPVPLELHIQSFSIPHFPSLMLAMAKPAYHSILQLAPDKPALVFVPNRKQTRSTAIDLLAACAADDNEDRFLHADVNELAPLLNRIQERTLAESLSHGIGYYHEALSATDKRIVSHLFTIGAIQVLLASRDVCWDLNLTAHLVIVMGTQFFEGREHRYIDYPISEILQMFGKATRPKEDKIGRGVLMVPSVKREYYKKFLNEALPVESHLQLYLHDAFVTEISTRTITSTQDAVDWMTYTYFYRRLLANPSFYGLSDISHEGLSTFLSELVENTLRELSEAKIIDLDEEDDSVSPLNAAMIGAYYNISFITMQTFLLSLSARTKLKGILEIITSATEFESIQMRRHEDHILRRVYDRVPVKMSQPAYDSPHFKAFVLLQAHFSRMQLPIDLAKDQEVIVSKVLNLLSACVDVLSSEGHLNAMNAMEMSQMVVQAMWDRDSPLKQIPHFGPEAIKVANEYNINDIFEFMEAMDPSENKDYPTLVKRLGLDNSQLAQAAAFTNEKYPNLDLDFQVEDPENITSGEPAYLKIKIEREVEEDEEPDTTVHAPFYPGKKMENWWLVVGDEKTKNLLAIKRVTIGRKLELRLEYIVPTPGEHELTLYLMCDSYVGVDQAPTFTVTAAEGMEEDESEEEEE

Target ORF information:

RefSeq Version	XM_001262020.1
Organism	Aspergillus fischeri NRRL 181(Neosartorya fischeri NRRL 181)
Definition	Aspergillus fischeri NRRL 181 pre-mRNA splicing helicase, putative partial mRNA.

Target ORF information:

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

XM_001262020.1

ORF Insert Sequence:

ATGGCGGACC AAAATATCTC CCAGTACAAG TACTCGGCGA TGTCCAACCT GGTTCTCCAG 
GCGGACCGTC GTTTCATCTC TCGCATCAAT GATGAACCCA CCGGAGACCC AGAATCCCTT 
GCTGGGCGCA TCAGCATTCG GGAGATGGGT TCAAGAGTCG CGCATGACGA TGCGCCAAAG 
ACTAAGAAGA AACCCGTCGG ACCTACAGAT ATCGAGCGAG GTGCGATCCG AGAAGGCGAG 
GATGTGCTCG CTCGAGAACA GAGAAAACGT CGCGGGCAAC AGCAATTACG CGGCCAGGGT 
ATTCTCTCCG CTGCCGATGC TCTCATCGAA GGGTTGAAAT ACCGCCCTCG AACGCCCGCC 
ACCCGCGCGA CCTACGATCT TATCCTTACA ATGACTGCAA GCCATCTGGG TGATGTCCCT 
CACGAAGTCG TTCGGAGTGC TGCCGATGCT GTGTTGGAGC TATTGAAGGA CGAAGATATG 
AAGGACTTCG ACAAGAAAAA GGAGATTGAC GACTTGCTCG GCAGCTCCAT GAGTCCAAAA 
GAGTTCAACG AACTTGTAAA TTTGGGAAAG AAGATTACGG ACTACGATGC GCAGGACGAG 
GACGAAGAGA TGGAGGGCGG AATGGATGGC CAAGAAGAGG CAGAGCTCGA CGAACGTCAG 
GGTGTTGCCG TCGTCTTCGA CGAGGAAGAT GAGGATGATG AGCGCATGGG CACTGTCACC 
GAAGTCCGAG ACGAGGATGA CCTGACCGAC GATGAAGAGC CAGATGAACA AGAAGCTCCC 
GATATTGAGG CTGCGACGAC CGAGAAAGCG AATATCGAAG GTCTCGAGGC TGAGGAAGAG 
ATGGTCATCG ACGGTGGACT AGATCGCGCT GACCAACGGC GGAACAAGAA CTTGATAGTT 
CCTGCCCGGC AAATCGACGC TTACTGGTTA CAACGCCAAA TTGGTTCTGC GTATACCGAT 
GCTCATATAC AACAGGAGAA GGCCACACAG GCTTTGGAAA TACTTGGTGG CAAAGCGGAG 
GACGGCACGG AGAAATCGCT GCGAGACGTG GAAAACGACC TGATGGAACT TTTCGATTAT 
GAACACCCAG ACCTTGTCGC CAAATTCGTC ATGAACCGTG ATAAGATTGT GTGGGTAACG 
CGTTGGCGCA GGGTTGCCGA AGATGCCGAT GCTCGCCATC TCGTCGAAAG TGAGATGGTT 
GAGGCTGGCC ACCGAGCTAT TTTGGACGAA ATTCGAGGCA AGACGGTTCG CGATGAAGCG 
GCAGGTCGTC CCGAGAAGAA GATCAAACTC GATCTGATGG ATGTCGATGT CCCTAGCGCG 
CCGGCTCCCG AACAGAAGCC TGCAGAGGGT GGCTTGGTCG GCGGTCTGCA GCCCAAGAGG 
CTGATCAACC TGGAGAACCT TGTCTTCCAC CAAGGCAACC ATCTGATGAC CAACCCGAAT 
GTCAAGCTAC CTCAAGGTTC CACCAAGCGA ACATTCAAAG GATACGAGGA GATTCATGTA 
CCACCGCCCA AACCCAAGCG AGACCCTGGG GAGAAGAACA TCCCCGCCAC TGAACTGCCT 
GAATGGGCCC GTATCGGCTT TGGCAGTGCC AAGGAGCTCA ACCGAGTTCA GACCAAATGC 
TACCCAGCTG CCTTCCACGA TGATGGCAAT ATGCTTGTCT GTGCTCCTAC GGGATCTGGA 
AAGACCAATG TTGCCATGCT TACCATCCTT CGCGAGATCG GCAAGAATCG CAACCCGGAG 
ACCGGGGAGA TAATGCTTGA TGATTTCAAA ATCATTTATA TCTCTCCCTT GAAAGCTCTG 
GTCCAGGAGC AAGTCGGCAA CCTCGGCAAA CGGCTCGAGC CCTACGGCAT TCGAGTTTCC 
GAGCTGACTG GTGATCGCCA ACTCACAAAG CAACAGATTG CTGAAACCCA GCTGATTGTC 
ACGACTCCCG AAAAATTTGA CGTCATTACC AGAAAGGCGT CTGAGACGAG TTACATCAAG 
CTCGTGCGTC TGATCATTAT TGATGAAATT CATTTGCTTC ATGACGAGCG AGGACCCGTT 
ATCGAAAGTA TCGTTAGTCG GACAATTCGC AAGGTAGAGC AGACCGGAGA ACCTGTCCGC 
ATCGTTGGTC TCAGTGCAAC TTTGCCAAAC TACCGTGATG TAGCCAGCTT CTTACGAGTC 
GACCCCAATA AAGGCCTGTT CCACTTTGAT GGTTCTTATC GACCATGCCC GTTGAAGCAG 
GAATTCATTG GTGTCACCGA CAAGAAAGCT ATCAAGCAGC TGAAGATGAT GAACGATATT 
TGCTATAACA AGGTTCTCGA GCAAGTCGGG CAGCGAAGAA ACCAGATGCT CATCTTCGTT 
CACTCTCGAA AGGAAACGGC GAAGACGGCC AAGTATATCA GGGATAAAGC ATTGGAGATG 
GAGACGATTG GCCAGATTTT GCGTAGCGAT GCTGCAAGCA GGGCTATTTT AGCGGAAGAA 
GCCGAGTCCG TCGATGATGC ATCGCTGAAA GACCTGTTGC CATACGGTTT CGGTATCCAC 
CATGCAGGAC TGAGTCTTGC GGATCGTGAC TCAGTCCAAG CGCTGTTCGC TGATGGCAGC 
ATTCAAGTCC TCGTATGCAC GGCAACTCTT GCCTGGGGTG TCAACCTGCC CGCGCATACC 
GTTATCATCA AAGGAACTCA GGTATATTCA CCGGAGAAGG GTAGCTGGGT TGAGCTTAGC 
CCTCAGGATG TCCTCCAGAT GCTGGGACGA GCTGGTCGAC CTCAATACGA CACGTTTGGT 
GAAGGTATTA TCATCACATC CCAGACTGAA ATTCAGTACT ACCTCTCCCT CATGAACCAG 
CAATTGCCGA TTGAGAGTCA GCTCATGAGC AAACTTGCTG ATAACATGAA TGCGGAGATC 
GTCCTTGGAA ACATCCGCAA TCGCGACGAG GGAGTGGAGT GGCTGGGTTA CACTTACCTT 
TTTGTCCGTA TGCTCCGCTC GCCTGGCCTG TACAGCGTGG GCGCCGATTA TGAGAACGAC 
GACGCGTTGG AGCAGAAGCG GGTTGACCTT GTTCACTCCG CAGCCGTCAT CTTGGAACGG 
GCCGGACTTA TCAAGTATGA GAAGAAGACT GGACGCCTGC AATCCACCGA GTTGGGACGA 
ATTGCTTCGC ATTACTACAT TGGCCACAAT TCCATGTTGA CCTATTCTCA GCACATTCAA 
CCATCCATCT CGACCATTGA GCTCTTCCGC ATTTTCGCCC TCAGCGACGA ATTCAAGTAC 
ATCCCTGTTC GCCAAGACGA GAAGTTGGAG TTAGCGAAAC TCCTCGGTCG TGTTCCTGTT 
CCTGTGAAGG AGAGCATTGA TGAACCTCAT TCGAAGATCA ACGTTTTGCT GCAGGCCTAC 
ATTTCCAGAC TGAAGCTAGA AGGACTTGCT TTGATGGCAG ACATGGTGTA TGTCACTCAG 
TCCGCGGGTC GTATTCTGAG GGCCCTTTTT GAGATTTCCT TGAAGAAAGG CTGGTCATCT 
GTCGCGAAGA CTGCTCTCGA CCTCTGCAAG ATGGCGGAAC GGCGGATGTG GCCGACCATG 
ACACCACTGC GTCAATTCCC TCACTGTCCC CGGGATATCC TGCAGAAAGC GGAGAGAATC 
GACGTGCCTT GGGCCAGCTA TTTCGACCTC GACCCTCCTC GCATGGGCGA ACTTCTTGGT 
ATGCCCAAGG CTGGACGGAC CGTGTGTGAT CTCGTGTCCA AGTTCCCTCG TTTGGAAGTC 
CAGGCGCAAG TTCAGCCTGT AACCCGGTCA TTGCTTCGAG TGGAGCTTAC CATCACTCCG 
AATTTTGTGT GGGATGATGC TTTGCACGGA ACAGCGCAAG ACTTTTGGAT CCTCGTCGAG 
GACTGTGACG GCGAGGAAAT CTTGTTCCAC GATCAATTCA TCCTCCGGAA GGACTATGCG 
CAGGCCGAGA TGAACGAGCA CCTAGTCGAA TTTACGGTTC CCATTACCGA GCCTATGCCC 
CCTAACTACT TCATCTCTCT CGTTTCCGAT CGGTGGATGC ACTCAGAGAC CAAGATTGCG 
GTATCTTTCC AGAAGCTGAT TCTTCCGGAG CGATTCCCGC CCCATACTCC TTTGCTGGAC 
ATGCAACGGG CGCCCGTCAA GGCACTGAAG CGTGAGGATT ACCAGCAACT CTATCCTGAG 
TGGCAACTCT TCAACAAGAT CCAGTCTCAA ACTTTCAAGT CGTTGTATGA TACCGACGAC 
AATGTCTTCC TCGGTGCTCC TACGGGCAGC GGCAAAACTG TTTGTGCTGA GCTTGCATTG 
CTGCGGCATT GGGCAACCGG AAAGGGCGGC AGAGCCGTCT ATATTGCTCC TTTCCAAGAA 
TTGATTGATC ACCGACATGC AGACTGGGAG AAGCGGTTGG GTAACCTCGG TGGCGGCAAG 
AATATCGTCA AGCTGACTGG AGAGACCACT GCGGATCTGA AATTGCTGGA TCAGGCAGAT 
CTGGTTCTCG CCACGCCGAC GCAGTGGGAT GTTCTGTCCC GGCAATGGCA AAGGCGCAAG 
AACGTGCAAT CCGTGCAGCT GTTTATCGCA GATGAACTCC ATATGCTTGG AGGCTATGGA 
GGATATGTGT ACGAAGTAGT GGTGTCGCGC ATGCATTCTA TTGCCCTTCA GCTAGAGAAC 
GGTATGCGCA TCGTTGGGCT GAGCGTGCCT CTTGCTAACG CCCGTGACAT CGGCGAGTGG 
ATTGGTGCGA ACAAGCATAC AATTTACAAT TTCAGCCCTC ACGCTCGCCC TGTGCCTCTT 
GAGCTTCATA TTCAGTCCTT CAGCATTCCC CACTTCCCCT CACTCATGCT GGCTATGGCT 
AAACCGGCAT ATCACTCGAT TTTGCAGTTG GCTCCGGACA AACCCGCGCT TGTGTTTGTA 
CCCAATCGCA AGCAGACAAG ATCAACAGCT ATTGATCTCT TGGCTGCTTG CGCTGCGGAT 
GATAACGAAG ACCGATTCCT TCATGCTGAT GTGAATGAAC TTGCGCCACT ACTGAATCGG 
ATTCAGGAAC GGACGCTGGC TGAATCGCTC TCCCACGGCA TTGGATACTA TCACGAAGCT 
CTTAGCGCTA CTGACAAGCG CATTGTCTCG CATCTCTTCA CCATTGGTGC GATTCAGGTC 
CTACTTGCTT CACGCGATGT CTGCTGGGAC CTGAATCTCA CGGCACATCT TGTAATCGTC 
ATGGGGACAC AGTTCTTTGA AGGCCGCGAG CACCGTTACA TTGATTATCC TATCAGCGAA 
ATCCTGCAGA TGTTCGGCAA AGCTACTCGC CCTAAGGAGG ACAAGATTGG CCGAGGTGTT 
CTGATGGTAC CTTCAGTCAA GCGCGAGTAT TACAAGAAGT TCCTTAACGA AGCTTTGCCC 
GTCGAGAGTC ATTTGCAATT GTACTTACAT GACGCATTTG TGACCGAGAT CAGCACAAGG 
ACAATCACTT CGACACAGGA CGCCGTGGAT TGGATGACTT ACACGTATTT TTACCGTCGT 
CTCCTTGCCA ACCCCAGCTT CTACGGTCTG AGTGACATTA GCCACGAAGG TCTCAGCACT 
TTCTTGTCCG AGTTGGTGGA GAACACATTG AGGGAGCTGT CGGAGGCTAA GATTATTGAC 
CTGGATGAGG AGGATGACAG CGTCTCGCCC CTCAATGCGG CCATGATTGG CGCTTACTAC 
AACATCTCCT TCATCACCAT GCAGACCTTC CTCCTGTCGC TCAGCGCTCG CACGAAGCTC 
AAGGGTATTC TGGAGATTAT CACCTCAGCC ACGGAGTTCG AATCAATTCA GATGCGGAGA 
CACGAAGACC ACATTCTGCG ACGAGTGTAC GATCGTGTGC CCGTCAAGAT GTCGCAACCC 
GCCTACGACT CGCCTCACTT CAAGGCCTTT GTTCTCCTGC AAGCTCACTT CTCCCGCATG 
CAGCTGCCCA TTGATCTTGC CAAGGACCAG GAGGTCATTG TCAGCAAGGT TCTCAACCTT 
CTCAGTGCAT GTGTCGATGT TCTCTCATCC GAGGGTCACT TGAACGCAAT GAATGCCATG 
GAGATGTCAC AGATGGTGGT CCAAGCCATG TGGGATCGGG ACAGCCCTCT TAAGCAGATT 
CCTCACTTTG GCCCTGAAGC CATTAAGGTG GCCAACGAGT ACAACATCAA CGACATCTTC 
GAATTCATGG AAGCGATGGA TCCATCCGAG AACAAGGACT ACCCCACGTT GGTCAAGCGA 
CTTGGTCTCG ATAACTCACA GTTGGCTCAA GCTGCCGCGT TCACGAACGA GAAGTATCCC 
AACCTTGACC TTGACTTCCA GGTGGAGGAT CCCGAGAACA TTACATCCGG CGAGCCGGCG 
TATCTCAAGA TCAAGATTGA ACGGGAAGTC GAAGAGGACG AGGAACCTGA CACCACAGTA 
CACGCGCCGT TCTACCCTGG CAAGAAGATG GAGAATTGGT GGTTGGTTGT GGGAGACGAG 
AAGACGAAGA ATTTGCTTGC CATCAAGCGA GTTACCATCG GACGCAAATT GGAGTTGCGC 
CTGGAGTACA TTGTGCCCAC GCCTGGTGAG CATGAGTTGA CACTGTACCT AATGTGCGAC 
AGCTATGTGG GTGTAGACCA AGCCCCCACG TTTACTGTGA CGGCAGCTGA AGGCATGGAA 
GAGGATGAGA GCGAGGAAGA AGAGGAGTAA

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

PubMed

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NFIA_097520 cDNA ORF clone, Aspergillus fischeri NRRL 181(Neosartorya fischeri NRRL 181)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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