AYL99_06836 cDNA ORF clone, Fonsecaea erecta

Gene
Clones
gRNAs

Summary

Gene Symbol	AYL99_06836
Entrez Gene ID	30011004
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Fonsecaea erecta

mRNA and Protein(s)

mRNA	Protein	Name
XM_018838345.1	XP_018692905.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following AYL99_06836 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AYL99_06836 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
OFo19173	XM_018838345.1 Latest version!	Fonsecaea erecta hypothetical protein (AYL99_06836), partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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)

AYL99_06836 ( XM_018838345.1 ) cDNA ORF clone, Fonsecaea erecta -> XP_018692905.1 Fonsecaea erecta hypothetical protein (AYL99_06836), partial mRNA.

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CloneID	OFo19173
Clone ID Related Accession (Same CDS sequence)	XM_018838345.1
Accession Version	XM_018838345.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3951bp) 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	2017-08-27
Organism	Fonsecaea erecta
Product	hypothetical protein
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_017387248). COMPLETENESS: incomplete on both ends.

ATGCCCCGTC CCGAAGTGCA CGAACCTCTT TCTTCCAGTT CTCCACACCC TCCGCCTGAT 
CTACCATCAT CCTCACACGA AATACCGGAC GCAGAAATGG CGGATGTTCC TTCTACAGAG 
CCCGAATCTC AACCGCAAGA GTCGGCGAAT ACTGCTGAAG CAGAGCCTGC GGCCGAGGTT 
TCGGAGAGCG TGGTGGTTCC GGAATCTGCA ACGTCTGAAG AGGAAGGAAC AAGTACATCG 
GTAACGGAAG CCCCAAATCA AGACTCAAGC ACTACGCCTC CTCCGCCACC GGAGCCGCGC 
CATAACATTC CAGAATGGAC AATCTATGAA GAGGACTGGT CAAAGCCGAC CGAGGAGGAG 
ATGGAAGAAC TGAGACTGAG AGAATCCAGA GGTACAGAAC TGAGCGCACT GGACGTCCCT 
AGTGTGGAGA AGCGCATCTA TTCAGACGTG GACGTTCCAG ACATGCGTCC GATCAAGAAG 
TTGCGCCTCA GCTGGGTCAT CAAGGGCGTC AGAGGAACCA AGGACAGACC CAACCATGCC 
AGAGTCATGG TCTCACCCCC TGCCGTTGTG GATGGGAACT ACTGGCAGAT CAAATTCTAC 
CCGCGCGGCC ATACAACCTC AACTTATAGT GCGTACATAA AGTGCAGCAG ACGGCCTCCT 
AAACCAGACT CCAAACCGTC TGACAGCACC TTCTCAGTTT TCGAAGGGCC CCCAGACGCA 
GATTTGGGAA ACGGCGTCGT GCCTACCATG ACGCTCAAGA CTGAATGGAA AGCCAACAAC 
GAGGACTGCG CTTCAAATGC CTCCGCTACC GCTAACGCAG GCCAAAAGCA AGACAGTCAA 
CCACCTTCCG AAGGAGCAAA TTCCGGCGAT GTCGATCTTG GTCATAACGA TGCGCTTGAT 
ATACAAACTA CTGCAGAGCC GGGAGACGAT GACTGGCGAC TCTCTGCTCA GCTTGGAGTG 
GTGATGTACA ACCCCGAAGA GCCACGCACT TGTACGTATG CCTCCACGGC AGGACAATTC 
TCCAGGTATG TGGATGATTG GGGCTGGTCG AGCGTTGCAG GACCCTGGAG AGATGCACAC 
CTTCGACAAC ATTTGCAGCG AGCACCGCTC CTACAGAACG ACACCATTGC CATTGACGCC 
TACATTCGCA TCTTCGATGA TCCGACCAAG GCGTTGTGGT GGCGTAGCTC CGACGCTGAA 
CCCCACTGGG ACTCAAAATC GCTTGCAGGA TACTTCCCAA TGGGAACTCC TCCGCTGTAC 
CACAGTCCTG CCGTGGCAGG GATGACTGCA TGGCTTCTTC TGGCCCCGTT CCGCAAAGTC 
CTTCAGCAAG CGGACGCCGG GGGCTGGCGG CATAATTCCC AAGTTCGACC GAGGCCTTTC 
ATCGCTCAAC TGCAGATGAT CCTCTTTTTG ATGCGAACGT CAAGAAAGGA ACGTGAAACC 
TACGTGGATC TGTACCCTGC GATCCAAACC CTGAGAGACT TTGGAGAAGA GTACACGGAC 
GTGAAAACCT TCTGGGAAGC GTTTCGAAGG ACGATCGAAC TCGAACTTGA ACATGATCAA 
GAAAGCTTGA GAGCACTGAA GACAATTTTT GACAGTCCGC ACGGCCCGGT TTCGCTACCA 
CCGCTACCGG TTGAGAACGT GCTGGACATC CAGCAAGGGC TCGCCCGTGT CTTGCGGGAT 
ATGAATTTCA AAGGATGCCT TCCCAACTTT CTGCCTCTCA TGCTAGCGCG GGACAAGTTT 
GACACGACGA CACGAGAGTG GAAATTGCTT TACGACCGTG TGATCTTGAA CGATGAGATT 
GATGTGTCGG AATTCAGCAC AGACGCAGAC GGCGTTAAGT ACACCCTCTA CGGATTCATG 
GTACATGCCG GTGTACGAAA CTCTGGGAAG TTCTACGCGG TTTTGCGACC GAATGGGCCA 
AACACAATGT GGCTTGCTTT CGAGGATGGG GATGGTAACC AAGTATTCTC TTACAGCAGA 
AAGGCCATTC AGGTATTCGA GGGACTCGAA GGACAGGCTC TGAAGGATTT CAACTCGACC 
CGGACCACTG CTTACATGGC AATGTACGTT AAGACGAGCT GCTTAGCCGA GTATCTGCCT 
GGAGGTCTGG AACCGTATGC GCTGCCGAAA TGGCTGGCAC CATATCTTGA ATCTTCATAT 
CAGGAAGCCC ATGGAAACTT TGTTGAAGAG CCCACGGATG GGGCTTCGGA AGAAATCAAC 
GTTGAGGTCT ACTCTGATGA AGGCATCATC GGAAGAGAAG GGCTGCTCGA CATGTACAAC 
ATCAAACAGC AGTCTCGGCA TAAAGGGCTG TTCCACCTAC TGAGCTCGCC CAAAGAGGCA 
ACATATCAGG ACCTAAGACA GCGCCTCGCC GGAAAGCTTG GAATTAGTGA TCCTCAAATG 
ATCCGGCTTT TTCAGATGGG GTACAGCGGC ATTGGACACT ACGCAACTGC TCAAATGCTC 
AACGTCAACC TGACGGACAC TGTCGGCGAC GGTCAAGTTG TGGGCCAGCC ATTATGCTTG 
TGGATGTCAG TGCTCGGCAA GGATGAGCTT GAATTATTTG GTGAGCCGGA CCGAGCACCC 
GCCCAAGTGG AAGCGGACCT GCTGCCTTCA GAAAGTGAAA CATCCCTCTC GGCCAATGTC 
GCCCACGGGA ATGAAGAACA AATTGCTGCT CCTGACGCGG AACAAGCTTC GATCCGAGCA 
GCTGTTACGG CCGACGTTGA CCGTATCTCA AATAACACAC AGCAACCGCC CGCGGTCGCC 
GTGGAGATCA ACGATCCAGA CACTCCCATG CACGAGATTC CACCCCCGAC CGCCGAGGAA 
AGCTTGACTG CGAATGTGCC TCATGGTCAT CTCATCGACG CGGCAGCGCA TGGGGAGATG 
GCAGCCCCGC CTGTCGCCGA TGAGACGCAG TTCATTTCAG CACCCGGGTT CTCAACGTTA 
TCTCAAGCAG AAGAATCTCT GATTGCCGCG GTCATCTCTG AAGAGTCTGA AGCTATGGAC 
TTTGTCATGA ACTCCGGATC TGCCTCGACG GATAATTCAG CCTCGCAATC TGGCGAGTCG 
TCACAGTCTT CATCTCCGCC CTCTGAGAAG CAGGGACCTG TCGATAATGT CTATGGCTTC 
ATTCAAATGT TCGACGTTGA CAAGCAAACT TTCCGCGTCC AAGGGACCTT CTTCGCCCGG 
TCAGAAGAAA GAGTGAGAGA CTTCGTGCAG AGGCGCTTTG GCTATGGACC CGACAAGAAC 
TTTATTGCCT GGCGTCGCCA TTCCACCGTC GATGGAACTG TTGTGGGACC CGAGGACACG 
TTTCTGGATC CTCGGTTCGT CAACGGTTGT GATCTTGTCG TGTACGAGCC AGTGTCAGAA 
TCTCGTGTGA GAGAGCTTGA AAAGGAAGGC AAGTTTGCCA CTCCTCACGA ACTATCCCAC 
TTCTTGCGGA TGGTTGAGCG TCGACATCCA GTCCAGGCCA AAACAAGCAT CGACCCGGTC 
GAGATTGCGG ATTTTGGAAC CGACTACTAC AAAGGACCCC TGGTCAATGG ACTCTGCCAT 
GGGGCTAAGT GCTTCAGTAT CAGTTCCACG GGCAACACCT ACGAAGGACC CCTTGTTTGC 
AACATCAAAC GCGGCAAAGG AGGCAAGATG ACATATTATA ATGGCGACAC CTATGAAGGA 
GAATGGTGCC ATGACGAGCG TCACGGCCAT GGCACTTTTG TGGAGGCTAG AACGGGCAAC 
AAATACGTGG GCGGCTTTGA GAACGGCAAG CGGTGGGGGA TGGGCACCAC GTACTGGCAG 
GTTGCAGACG AGCAGGCGGA CCTGTGCCAG ATCTGCTACA GCAACGAGAT TGACGCGTTG 
TTCTTCGACT GTGGACACGT GTGTGCTTGT GTCGAATGCG CGAAGCAGTG TGAGATCTGC 
CCTATTTGCC GGAAAACGGT GAAGCAGGTG GTCAAAATGT TCCGAGCCTG A

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

RefSeq	XP_018692905.1
CDS	1..3951
Translation	MPRPEVHEPLSSSSPHPPPDLPSSSHEIPDAEMADVPSTEPESQPQESANTAEAEPAAEVSESVVVPESATSEEEGTSTSVTEAPNQDSSTTPPPPPEPRHNIPEWTIYEEDWSKPTEEEMEELRLRESRGTELSALDVPSVEKRIYSDVDVPDMRPIKKLRLSWVIKGVRGTKDRPNHARVMVSPPAVVDGNYWQIKFYPRGHTTSTYSAYIKCSRRPPKPDSKPSDSTFSVFEGPPDADLGNGVVPTMTLKTEWKANNEDCASNASATANAGQKQDSQPPSEGANSGDVDLGHNDALDIQTTAEPGDDDWRLSAQLGVVMYNPEEPRTCTYASTAGQFSRYVDDWGWSSVAGPWRDAHLRQHLQRAPLLQNDTIAIDAYIRIFDDPTKALWWRSSDAEPHWDSKSLAGYFPMGTPPLYHSPAVAGMTAWLLLAPFRKVLQQADAGGWRHNSQVRPRPFIAQLQMILFLMRTSRKERETYVDLYPAIQTLRDFGEEYTDVKTFWEAFRRTIELELEHDQESLRALKTIFDSPHGPVSLPPLPVENVLDIQQGLARVLRDMNFKGCLPNFLPLMLARDKFDTTTREWKLLYDRVILNDEIDVSEFSTDADGVKYTLYGFMVHAGVRNSGKFYAVLRPNGPNTMWLAFEDGDGNQVFSYSRKAIQVFEGLEGQALKDFNSTRTTAYMAMYVKTSCLAEYLPGGLEPYALPKWLAPYLESSYQEAHGNFVEEPTDGASEEINVEVYSDEGIIGREGLLDMYNIKQQSRHKGLFHLLSSPKEATYQDLRQRLAGKLGISDPQMIRLFQMGYSGIGHYATAQMLNVNLTDTVGDGQVVGQPLCLWMSVLGKDELELFGEPDRAPAQVEADLLPSESETSLSANVAHGNEEQIAAPDAEQASIRAAVTADVDRISNNTQQPPAVAVEINDPDTPMHEIPPPTAEESLTANVPHGHLIDAAAHGEMAAPPVADETQFISAPGFSTLSQAEESLIAAVISEESEAMDFVMNSGSASTDNSASQSGESSQSSSPPSEKQGPVDNVYGFIQMFDVDKQTFRVQGTFFARSEERVRDFVQRRFGYGPDKNFIAWRRHSTVDGTVVGPEDTFLDPRFVNGCDLVVYEPVSESRVRELEKEGKFATPHELSHFLRMVERRHPVQAKTSIDPVEIADFGTDYYKGPLVNGLCHGAKCFSISSTGNTYEGPLVCNIKRGKGGKMTYYNGDTYEGEWCHDERHGHGTFVEARTGNKYVGGFENGKRWGMGTTYWQVADEQADLCQICYSNEIDALFFDCGHVCACVECAKQCEICPICRKTVKQVVKMFRA

Target ORF information:

RefSeq Version	XM_018838345.1
Organism	Fonsecaea erecta
Definition	Fonsecaea erecta hypothetical protein (AYL99_06836), partial mRNA.

Target ORF information:

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

XM_018838345.1

ORF Insert Sequence:

ATGCCCCGTC CCGAAGTGCA CGAACCTCTT TCTTCCAGTT CTCCACACCC TCCGCCTGAT 
CTACCATCAT CCTCACACGA AATACCGGAC GCAGAAATGG CGGATGTTCC TTCTACAGAG 
CCCGAATCTC AACCGCAAGA GTCGGCGAAT ACTGCTGAAG CAGAGCCTGC GGCCGAGGTT 
TCGGAGAGCG TGGTGGTTCC GGAATCTGCA ACGTCTGAAG AGGAAGGAAC AAGTACATCG 
GTAACGGAAG CCCCAAATCA AGACTCAAGC ACTACGCCTC CTCCGCCACC GGAGCCGCGC 
CATAACATTC CAGAATGGAC AATCTATGAA GAGGACTGGT CAAAGCCGAC CGAGGAGGAG 
ATGGAAGAAC TGAGACTGAG AGAATCCAGA GGTACAGAAC TGAGCGCACT GGACGTCCCT 
AGTGTGGAGA AGCGCATCTA TTCAGACGTG GACGTTCCAG ACATGCGTCC GATCAAGAAG 
TTGCGCCTCA GCTGGGTCAT CAAGGGCGTC AGAGGAACCA AGGACAGACC CAACCATGCC 
AGAGTCATGG TCTCACCCCC TGCCGTTGTG GATGGGAACT ACTGGCAGAT CAAATTCTAC 
CCGCGCGGCC ATACAACCTC AACTTATAGT GCGTACATAA AGTGCAGCAG ACGGCCTCCT 
AAACCAGACT CCAAACCGTC TGACAGCACC TTCTCAGTTT TCGAAGGGCC CCCAGACGCA 
GATTTGGGAA ACGGCGTCGT GCCTACCATG ACGCTCAAGA CTGAATGGAA AGCCAACAAC 
GAGGACTGCG CTTCAAATGC CTCCGCTACC GCTAACGCAG GCCAAAAGCA AGACAGTCAA 
CCACCTTCCG AAGGAGCAAA TTCCGGCGAT GTCGATCTTG GTCATAACGA TGCGCTTGAT 
ATACAAACTA CTGCAGAGCC GGGAGACGAT GACTGGCGAC TCTCTGCTCA GCTTGGAGTG 
GTGATGTACA ACCCCGAAGA GCCACGCACT TGTACGTATG CCTCCACGGC AGGACAATTC 
TCCAGGTATG TGGATGATTG GGGCTGGTCG AGCGTTGCAG GACCCTGGAG AGATGCACAC 
CTTCGACAAC ATTTGCAGCG AGCACCGCTC CTACAGAACG ACACCATTGC CATTGACGCC 
TACATTCGCA TCTTCGATGA TCCGACCAAG GCGTTGTGGT GGCGTAGCTC CGACGCTGAA 
CCCCACTGGG ACTCAAAATC GCTTGCAGGA TACTTCCCAA TGGGAACTCC TCCGCTGTAC 
CACAGTCCTG CCGTGGCAGG GATGACTGCA TGGCTTCTTC TGGCCCCGTT CCGCAAAGTC 
CTTCAGCAAG CGGACGCCGG GGGCTGGCGG CATAATTCCC AAGTTCGACC GAGGCCTTTC 
ATCGCTCAAC TGCAGATGAT CCTCTTTTTG ATGCGAACGT CAAGAAAGGA ACGTGAAACC 
TACGTGGATC TGTACCCTGC GATCCAAACC CTGAGAGACT TTGGAGAAGA GTACACGGAC 
GTGAAAACCT TCTGGGAAGC GTTTCGAAGG ACGATCGAAC TCGAACTTGA ACATGATCAA 
GAAAGCTTGA GAGCACTGAA GACAATTTTT GACAGTCCGC ACGGCCCGGT TTCGCTACCA 
CCGCTACCGG TTGAGAACGT GCTGGACATC CAGCAAGGGC TCGCCCGTGT CTTGCGGGAT 
ATGAATTTCA AAGGATGCCT TCCCAACTTT CTGCCTCTCA TGCTAGCGCG GGACAAGTTT 
GACACGACGA CACGAGAGTG GAAATTGCTT TACGACCGTG TGATCTTGAA CGATGAGATT 
GATGTGTCGG AATTCAGCAC AGACGCAGAC GGCGTTAAGT ACACCCTCTA CGGATTCATG 
GTACATGCCG GTGTACGAAA CTCTGGGAAG TTCTACGCGG TTTTGCGACC GAATGGGCCA 
AACACAATGT GGCTTGCTTT CGAGGATGGG GATGGTAACC AAGTATTCTC TTACAGCAGA 
AAGGCCATTC AGGTATTCGA GGGACTCGAA GGACAGGCTC TGAAGGATTT CAACTCGACC 
CGGACCACTG CTTACATGGC AATGTACGTT AAGACGAGCT GCTTAGCCGA GTATCTGCCT 
GGAGGTCTGG AACCGTATGC GCTGCCGAAA TGGCTGGCAC CATATCTTGA ATCTTCATAT 
CAGGAAGCCC ATGGAAACTT TGTTGAAGAG CCCACGGATG GGGCTTCGGA AGAAATCAAC 
GTTGAGGTCT ACTCTGATGA AGGCATCATC GGAAGAGAAG GGCTGCTCGA CATGTACAAC 
ATCAAACAGC AGTCTCGGCA TAAAGGGCTG TTCCACCTAC TGAGCTCGCC CAAAGAGGCA 
ACATATCAGG ACCTAAGACA GCGCCTCGCC GGAAAGCTTG GAATTAGTGA TCCTCAAATG 
ATCCGGCTTT TTCAGATGGG GTACAGCGGC ATTGGACACT ACGCAACTGC TCAAATGCTC 
AACGTCAACC TGACGGACAC TGTCGGCGAC GGTCAAGTTG TGGGCCAGCC ATTATGCTTG 
TGGATGTCAG TGCTCGGCAA GGATGAGCTT GAATTATTTG GTGAGCCGGA CCGAGCACCC 
GCCCAAGTGG AAGCGGACCT GCTGCCTTCA GAAAGTGAAA CATCCCTCTC GGCCAATGTC 
GCCCACGGGA ATGAAGAACA AATTGCTGCT CCTGACGCGG AACAAGCTTC GATCCGAGCA 
GCTGTTACGG CCGACGTTGA CCGTATCTCA AATAACACAC AGCAACCGCC CGCGGTCGCC 
GTGGAGATCA ACGATCCAGA CACTCCCATG CACGAGATTC CACCCCCGAC CGCCGAGGAA 
AGCTTGACTG CGAATGTGCC TCATGGTCAT CTCATCGACG CGGCAGCGCA TGGGGAGATG 
GCAGCCCCGC CTGTCGCCGA TGAGACGCAG TTCATTTCAG CACCCGGGTT CTCAACGTTA 
TCTCAAGCAG AAGAATCTCT GATTGCCGCG GTCATCTCTG AAGAGTCTGA AGCTATGGAC 
TTTGTCATGA ACTCCGGATC TGCCTCGACG GATAATTCAG CCTCGCAATC TGGCGAGTCG 
TCACAGTCTT CATCTCCGCC CTCTGAGAAG CAGGGACCTG TCGATAATGT CTATGGCTTC 
ATTCAAATGT TCGACGTTGA CAAGCAAACT TTCCGCGTCC AAGGGACCTT CTTCGCCCGG 
TCAGAAGAAA GAGTGAGAGA CTTCGTGCAG AGGCGCTTTG GCTATGGACC CGACAAGAAC 
TTTATTGCCT GGCGTCGCCA TTCCACCGTC GATGGAACTG TTGTGGGACC CGAGGACACG 
TTTCTGGATC CTCGGTTCGT CAACGGTTGT GATCTTGTCG TGTACGAGCC AGTGTCAGAA 
TCTCGTGTGA GAGAGCTTGA AAAGGAAGGC AAGTTTGCCA CTCCTCACGA ACTATCCCAC 
TTCTTGCGGA TGGTTGAGCG TCGACATCCA GTCCAGGCCA AAACAAGCAT CGACCCGGTC 
GAGATTGCGG ATTTTGGAAC CGACTACTAC AAAGGACCCC TGGTCAATGG ACTCTGCCAT 
GGGGCTAAGT GCTTCAGTAT CAGTTCCACG GGCAACACCT ACGAAGGACC CCTTGTTTGC 
AACATCAAAC GCGGCAAAGG AGGCAAGATG ACATATTATA ATGGCGACAC CTATGAAGGA 
GAATGGTGCC ATGACGAGCG TCACGGCCAT GGCACTTTTG TGGAGGCTAG AACGGGCAAC 
AAATACGTGG GCGGCTTTGA GAACGGCAAG CGGTGGGGGA TGGGCACCAC GTACTGGCAG 
GTTGCAGACG AGCAGGCGGA CCTGTGCCAG ATCTGCTACA GCAACGAGAT TGACGCGTTG 
TTCTTCGACT GTGGACACGT GTGTGCTTGT GTCGAATGCG CGAAGCAGTG TGAGATCTGC 
CCTATTTGCC GGAAAACGGT GAAGCAGGTG GTCAAAATGT TCCGAGCCTG A