AYL99_08176 cDNA ORF clone, Fonsecaea erecta

Gene
Clones
gRNAs

Summary

Gene Symbol	AYL99_08176
Entrez Gene ID	30012344
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Fonsecaea erecta

mRNA and Protein(s)

mRNA	Protein	Name
XM_018839684.1	XP_018690805.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following AYL99_08176 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AYL99_08176 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
OFo20512	XM_018839684.1 Latest version!	Fonsecaea erecta hypothetical protein (AYL99_08176), 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_08176 ( XM_018839684.1 ) cDNA ORF clone, Fonsecaea erecta -> XP_018690805.1 Fonsecaea erecta hypothetical protein (AYL99_08176), partial mRNA.

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CloneID	OFo20512
Clone ID Related Accession (Same CDS sequence)	XM_018839684.1
Accession Version	XM_018839684.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3699bp) 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_017387250). COMPLETENESS: incomplete on both ends.

ATGGAGGCCG CCGACACCGT ACTGACTAGC TCACCAGAAT CCCGTCGCAG GTCCGGCAGA 
GTGGTGCGCA AACCAGAATC CTTCTCGCAA AACCAGCACG GCGCCAGCGT GCTCAAAAAT 
GGTGCCGGCA AAAGAAAAAG AGCAGCCGAA CCAACCCATG GAGAAGAAGA TGATGAAGAC 
AACGAGTCCG TGGAAGACAG GGAAGACGAG GAAGAAGAAG ATGAAGAAGA AGAAGATGAT 
GAGACCGAGT CCGACGAGGA CGACGGTGAG CCGGACGAAG AGGAAATAAA AGCCCAACGA 
CGGGCGCAGA GAGCAAAAGC AGCGGCTGCA AAACCTGCAG CCAAACGCGC AAAAACAACC 
CCTGGACTCA GCACGACTCT CGCCATTCGG TCAGCAAATA CTCAGAGTCA ACCTGCAGCA 
AGAGCCTCAA AATCTAGAAA AGCTCGCGCT CGACCCAGCC AGGCGCATCG ACAAGGACTT 
TACGCCGAAG TATTTGACAG GGGACAGTCG CCCGAGGACA CCGCTGCTGC GTGGTTTGAG 
GAGGTGCAGA AGGACAGCGT CAGAGCGTTG CGAGACCTGG TCAACTTTGT CCTCCAGTGC 
ATCGGCTGCA ACTCGAAAGT AGAGGAACAG GACATTGCAG ATCTGGACTC TGTCCCGAGC 
AAACTAGGCG ATATTCTGCA AGAATACGAA CAGCAAAAGC CCACGGACTA CCCACTGATC 
TCGAAGCAGA AACATTATGC AGGATTTCAG AATGTCCTGG AAGAATTCTT CAAGGCCATC 
ATCAAGGTAC TGCATACGTC CTCCGCCTTC TATGACCAAA CCGAAATATA CGACAATATC 
TACGTCTGGG TTGCGACGAT GTCAGGTGCA AACTACAGGT CCTTTCGACA TACCGCGACT 
ATAATTTCCT TGGCTATGAG CACCGCCCTT TGCGACGTGG CGAAGGAGCT GCAGGATACC 
ATGGCAACAT TAAAGGCACA ACTTGACGCC GAAAAAAGGA AGAAGAACCC TAACAAAGCC 
CGGATCAAGA CTATTGAGGA GAGCCAGAGA GCTGCCGAGA GTAAGCTTGA CGCTATTGAC 
ACTCAGTTGC GAGACGCCTT TGAGACCGTC TACGTCCATA GGTATCGAGA TCAAGACGAG 
AAAACCCGCG CTCCCTGTGT GGCGGCTCTG GGCAACTGGA TTGTGCTCTA CCGCAAGATG 
TTTCTCGAAG GTCACTACTT GCGATATCTA GGCTGGGTCA TGAGCGACAC GAGTGCCAAT 
ACCAGACTGG AGGATATCAA ACAACTGAAG AGGTTATTCA GCAACAAGAA CAACATTGCC 
GCTCTGAGGG CCTTCACCGA TCGATTTCGG ACCAGGTTGG TGGAAATGGG CGCGAAGGAT 
GCCGACATCA ACGTAAGGGT AGAGGCTATA GAGCTGCTTG ACCGACTCCG GGATGCAGAG 
CTGCTGGAAC CCGATGACAT CGATGAGATT GGGCGATTGA TCTTCGACAG TGAACCTCGG 
ATCAGAAAAG CGGTGGCTAA GTTTTTTGTC GCCAACATTG AAGACCTTTA CCGTGCCACG 
ATTGAGGATT TCGATGAGAG TCAGTACGAT GCCGCGCTGC CGGACACAGA AGATGTGGAA 
GACTTTTTGG TTCCCACTCG ATCTTGGATC AAGTTCAAGT GTTTGGGCTC GGTCCTTGCT 
GGCTACGACA ACGATGAAGA ATCGACGGAT GCGACGACTG TTCAACCTTT GCCCGTGAAT 
TCGATTTCGG ATTCTCGCTA TACCCTCGCT ACACAGTCAA TCTTCCCTCA TATGGCAGAA 
CTGCACCACT GGGAAAATTT GGCAGGCTAT CTTCTCTATG ATCACACCTC CATCCCATCG 
GAGGGCGACG ATGATGACAT CGACTTCCAG GTTCAGCAAG CATACAAGCT AGGTGCGGGC 
GAAGATACCA TCCTGCTGGA CGTTCTGCAT GCAGCCTTCA AGTCATATTT GCGGTCGATA 
CAAGAACCAG CAGGAGGACG GAAACCTAAT CTCACAAAAG TACAGATTCG AGAGAAGCAA 
GAATCGGCAG CGCAGAATCT CACAGCCCTG CTGCCTCGAT TGATGAGTAA ATTTGGCAGT 
ACGCCACACA CCGCGTCATC AATCCTCCGC ATTGAACAGC TGCTTGATAT CAGCTTGATC 
AATGAGCTAC AGAGCGGCGA AACCAGCTAC TCTGCAATCC TTGACGACGT CGCCAAGCAG 
TTTGTGTCGC ACTCGGACAA GCAGGTTCTT GCAACCGCTA GTGCGGCTCT CCGGAATGCT 
CTAAGCTACG AACCGAGTAG AGAGGCAGCC AATGCGAAAG TTCAGGAGAT CTGGACTGAA 
TCCGTCGCAA CCCTGGCAAA TCTTCTTGAT GGCGAGGATG TCGGGACACG AGGTCTGCTG 
GACAAACCTT CACTTGTGGA GGTTGTGAAT ATCGTCGTTC GCCTGGCTGA GCTAGCAGGT 
GTACGTGACT GCAGCCATGT GGTTGAAAGT AAATTGCCCA CGAGGTCATC AAGAAAACGG 
AAAGGCAACA CAGGCGGGCC CCGGACTCTG CTCAGCCTAC TATTGCAGCT CTTGCATCGG 
GGCGTACCCG ACCAAGACAC CACCGCTGCT TTTGCTGAGC TTGAAGATCA ATTATGCAGT 
GCTGTTATCG AGCTGGTCTC GCGCTATTTC CGTTGGAAAG TGGTTGGGAT CAAAAAGGCA 
ATAAACGCCA ACGAAGAGGC GCAACTGTCC ACCGCATCAT TGACAGATCT GGCCGCGACG 
CGGACAGTGT TCGTGGACAA CATCGCTCCA GTGATTCAAG TGCGCAAGCC TCTTGACCTA 
GTGCGATACC AAGCTATCCT AAGTGTGCTG GAACTCTTCG CACTCTTCGC CACGATAAGA 
AATATCAGAC CCGAGAAAGG TAACCTGAAT GATGACATAG AGCGGAAGCT GCGTGGTTTG 
AACGCTTTCG TCCCAGACGA TATTATCAAG GAAGTTATGA TCACGCACGA AAAGATGGAG 
CAGTCATTTG CGAAGAAGAC GCGTCGAAAG ATTGAGTCTG TCAGCGAGAA GGGAAAATCA 
AACGATCCAA CCGCAAGGAT TGACGATGAT GACGATATTG AAAAGCCGCC TGAGGATTCG 
GATGACGAAC GAGACGGTTC CGATGACGAA GAGGACGAGG TAGATGAAGA CGAGGAGGGA 
ACACAAGGCA AGAGTGCGAA GAAACAAGCA GCCCTCCTGG CAGAACACAA TCTCTGCGAA 
TTGACCAGCA AAATTGTTTT TAACCTTGTG GGCGGTACGA TTAAGGACGA CAAGATCGTT 
AAGGCACGGC TAATACTGAA CCGTACAAAG TTGGGCAAGA ACTACTCTGC GTTGCTGGGT 
TATTTGGATG AAAAGAAGAA GCCACCGCGG AGAAAAGGAG GAAAGGAGCT TTCGGAAAAG 
GAGAAGAGCG GCAAGAAAGG AGACCAAGGG AGAGACAGAG CTGGCAAGCC AGCAATCTCG 
AAAGAAATCG TGCTCGAGGA CGATGACATT GAGGACGATT CTGATGCTCC TCCCGAGGAA 
CAGCATGAAG ATGAGGCGCA GCGACAGCGC GAGCTACTGG AAGACGGGAT TGAGGATCGT 
GGCAATGAAG ACGATGACGA TGACGGTGCT GGAAACGAGC AAGGAGGTCA GCTGGAGGGT 
GAAAGCGGCG GCGACGACGA CGAGATCATG GGCGATTAA

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

RefSeq	XP_018690805.1
CDS	1..3699
Translation	MEAADTVLTSSPESRRRSGRVVRKPESFSQNQHGASVLKNGAGKRKRAAEPTHGEEDDEDNESVEDREDEEEEDEEEEDDETESDEDDGEPDEEEIKAQRRAQRAKAAAAKPAAKRAKTTPGLSTTLAIRSANTQSQPAARASKSRKARARPSQAHRQGLYAEVFDRGQSPEDTAAAWFEEVQKDSVRALRDLVNFVLQCIGCNSKVEEQDIADLDSVPSKLGDILQEYEQQKPTDYPLISKQKHYAGFQNVLEEFFKAIIKVLHTSSAFYDQTEIYDNIYVWVATMSGANYRSFRHTATIISLAMSTALCDVAKELQDTMATLKAQLDAEKRKKNPNKARIKTIEESQRAAESKLDAIDTQLRDAFETVYVHRYRDQDEKTRAPCVAALGNWIVLYRKMFLEGHYLRYLGWVMSDTSANTRLEDIKQLKRLFSNKNNIAALRAFTDRFRTRLVEMGAKDADINVRVEAIELLDRLRDAELLEPDDIDEIGRLIFDSEPRIRKAVAKFFVANIEDLYRATIEDFDESQYDAALPDTEDVEDFLVPTRSWIKFKCLGSVLAGYDNDEESTDATTVQPLPVNSISDSRYTLATQSIFPHMAELHHWENLAGYLLYDHTSIPSEGDDDDIDFQVQQAYKLGAGEDTILLDVLHAAFKSYLRSIQEPAGGRKPNLTKVQIREKQESAAQNLTALLPRLMSKFGSTPHTASSILRIEQLLDISLINELQSGETSYSAILDDVAKQFVSHSDKQVLATASAALRNALSYEPSREAANAKVQEIWTESVATLANLLDGEDVGTRGLLDKPSLVEVVNIVVRLAELAGVRDCSHVVESKLPTRSSRKRKGNTGGPRTLLSLLLQLLHRGVPDQDTTAAFAELEDQLCSAVIELVSRYFRWKVVGIKKAINANEEAQLSTASLTDLAATRTVFVDNIAPVIQVRKPLDLVRYQAILSVLELFALFATIRNIRPEKGNLNDDIERKLRGLNAFVPDDIIKEVMITHEKMEQSFAKKTRRKIESVSEKGKSNDPTARIDDDDDIEKPPEDSDDERDGSDDEEDEVDEDEEGTQGKSAKKQAALLAEHNLCELTSKIVFNLVGGTIKDDKIVKARLILNRTKLGKNYSALLGYLDEKKKPPRRKGGKELSEKEKSGKKGDQGRDRAGKPAISKEIVLEDDDIEDDSDAPPEEQHEDEAQRQRELLEDGIEDRGNEDDDDDGAGNEQGGQLEGESGGDDDEIMGD

Target ORF information:

RefSeq Version	XM_018839684.1
Organism	Fonsecaea erecta
Definition	Fonsecaea erecta hypothetical protein (AYL99_08176), partial mRNA.

Target ORF information:

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

XM_018839684.1

ORF Insert Sequence:

ATGGAGGCCG CCGACACCGT ACTGACTAGC TCACCAGAAT CCCGTCGCAG GTCCGGCAGA 
GTGGTGCGCA AACCAGAATC CTTCTCGCAA AACCAGCACG GCGCCAGCGT GCTCAAAAAT 
GGTGCCGGCA AAAGAAAAAG AGCAGCCGAA CCAACCCATG GAGAAGAAGA TGATGAAGAC 
AACGAGTCCG TGGAAGACAG GGAAGACGAG GAAGAAGAAG ATGAAGAAGA AGAAGATGAT 
GAGACCGAGT CCGACGAGGA CGACGGTGAG CCGGACGAAG AGGAAATAAA AGCCCAACGA 
CGGGCGCAGA GAGCAAAAGC AGCGGCTGCA AAACCTGCAG CCAAACGCGC AAAAACAACC 
CCTGGACTCA GCACGACTCT CGCCATTCGG TCAGCAAATA CTCAGAGTCA ACCTGCAGCA 
AGAGCCTCAA AATCTAGAAA AGCTCGCGCT CGACCCAGCC AGGCGCATCG ACAAGGACTT 
TACGCCGAAG TATTTGACAG GGGACAGTCG CCCGAGGACA CCGCTGCTGC GTGGTTTGAG 
GAGGTGCAGA AGGACAGCGT CAGAGCGTTG CGAGACCTGG TCAACTTTGT CCTCCAGTGC 
ATCGGCTGCA ACTCGAAAGT AGAGGAACAG GACATTGCAG ATCTGGACTC TGTCCCGAGC 
AAACTAGGCG ATATTCTGCA AGAATACGAA CAGCAAAAGC CCACGGACTA CCCACTGATC 
TCGAAGCAGA AACATTATGC AGGATTTCAG AATGTCCTGG AAGAATTCTT CAAGGCCATC 
ATCAAGGTAC TGCATACGTC CTCCGCCTTC TATGACCAAA CCGAAATATA CGACAATATC 
TACGTCTGGG TTGCGACGAT GTCAGGTGCA AACTACAGGT CCTTTCGACA TACCGCGACT 
ATAATTTCCT TGGCTATGAG CACCGCCCTT TGCGACGTGG CGAAGGAGCT GCAGGATACC 
ATGGCAACAT TAAAGGCACA ACTTGACGCC GAAAAAAGGA AGAAGAACCC TAACAAAGCC 
CGGATCAAGA CTATTGAGGA GAGCCAGAGA GCTGCCGAGA GTAAGCTTGA CGCTATTGAC 
ACTCAGTTGC GAGACGCCTT TGAGACCGTC TACGTCCATA GGTATCGAGA TCAAGACGAG 
AAAACCCGCG CTCCCTGTGT GGCGGCTCTG GGCAACTGGA TTGTGCTCTA CCGCAAGATG 
TTTCTCGAAG GTCACTACTT GCGATATCTA GGCTGGGTCA TGAGCGACAC GAGTGCCAAT 
ACCAGACTGG AGGATATCAA ACAACTGAAG AGGTTATTCA GCAACAAGAA CAACATTGCC 
GCTCTGAGGG CCTTCACCGA TCGATTTCGG ACCAGGTTGG TGGAAATGGG CGCGAAGGAT 
GCCGACATCA ACGTAAGGGT AGAGGCTATA GAGCTGCTTG ACCGACTCCG GGATGCAGAG 
CTGCTGGAAC CCGATGACAT CGATGAGATT GGGCGATTGA TCTTCGACAG TGAACCTCGG 
ATCAGAAAAG CGGTGGCTAA GTTTTTTGTC GCCAACATTG AAGACCTTTA CCGTGCCACG 
ATTGAGGATT TCGATGAGAG TCAGTACGAT GCCGCGCTGC CGGACACAGA AGATGTGGAA 
GACTTTTTGG TTCCCACTCG ATCTTGGATC AAGTTCAAGT GTTTGGGCTC GGTCCTTGCT 
GGCTACGACA ACGATGAAGA ATCGACGGAT GCGACGACTG TTCAACCTTT GCCCGTGAAT 
TCGATTTCGG ATTCTCGCTA TACCCTCGCT ACACAGTCAA TCTTCCCTCA TATGGCAGAA 
CTGCACCACT GGGAAAATTT GGCAGGCTAT CTTCTCTATG ATCACACCTC CATCCCATCG 
GAGGGCGACG ATGATGACAT CGACTTCCAG GTTCAGCAAG CATACAAGCT AGGTGCGGGC 
GAAGATACCA TCCTGCTGGA CGTTCTGCAT GCAGCCTTCA AGTCATATTT GCGGTCGATA 
CAAGAACCAG CAGGAGGACG GAAACCTAAT CTCACAAAAG TACAGATTCG AGAGAAGCAA 
GAATCGGCAG CGCAGAATCT CACAGCCCTG CTGCCTCGAT TGATGAGTAA ATTTGGCAGT 
ACGCCACACA CCGCGTCATC AATCCTCCGC ATTGAACAGC TGCTTGATAT CAGCTTGATC 
AATGAGCTAC AGAGCGGCGA AACCAGCTAC TCTGCAATCC TTGACGACGT CGCCAAGCAG 
TTTGTGTCGC ACTCGGACAA GCAGGTTCTT GCAACCGCTA GTGCGGCTCT CCGGAATGCT 
CTAAGCTACG AACCGAGTAG AGAGGCAGCC AATGCGAAAG TTCAGGAGAT CTGGACTGAA 
TCCGTCGCAA CCCTGGCAAA TCTTCTTGAT GGCGAGGATG TCGGGACACG AGGTCTGCTG 
GACAAACCTT CACTTGTGGA GGTTGTGAAT ATCGTCGTTC GCCTGGCTGA GCTAGCAGGT 
GTACGTGACT GCAGCCATGT GGTTGAAAGT AAATTGCCCA CGAGGTCATC AAGAAAACGG 
AAAGGCAACA CAGGCGGGCC CCGGACTCTG CTCAGCCTAC TATTGCAGCT CTTGCATCGG 
GGCGTACCCG ACCAAGACAC CACCGCTGCT TTTGCTGAGC TTGAAGATCA ATTATGCAGT 
GCTGTTATCG AGCTGGTCTC GCGCTATTTC CGTTGGAAAG TGGTTGGGAT CAAAAAGGCA 
ATAAACGCCA ACGAAGAGGC GCAACTGTCC ACCGCATCAT TGACAGATCT GGCCGCGACG 
CGGACAGTGT TCGTGGACAA CATCGCTCCA GTGATTCAAG TGCGCAAGCC TCTTGACCTA 
GTGCGATACC AAGCTATCCT AAGTGTGCTG GAACTCTTCG CACTCTTCGC CACGATAAGA 
AATATCAGAC CCGAGAAAGG TAACCTGAAT GATGACATAG AGCGGAAGCT GCGTGGTTTG 
AACGCTTTCG TCCCAGACGA TATTATCAAG GAAGTTATGA TCACGCACGA AAAGATGGAG 
CAGTCATTTG CGAAGAAGAC GCGTCGAAAG ATTGAGTCTG TCAGCGAGAA GGGAAAATCA 
AACGATCCAA CCGCAAGGAT TGACGATGAT GACGATATTG AAAAGCCGCC TGAGGATTCG 
GATGACGAAC GAGACGGTTC CGATGACGAA GAGGACGAGG TAGATGAAGA CGAGGAGGGA 
ACACAAGGCA AGAGTGCGAA GAAACAAGCA GCCCTCCTGG CAGAACACAA TCTCTGCGAA 
TTGACCAGCA AAATTGTTTT TAACCTTGTG GGCGGTACGA TTAAGGACGA CAAGATCGTT 
AAGGCACGGC TAATACTGAA CCGTACAAAG TTGGGCAAGA ACTACTCTGC GTTGCTGGGT 
TATTTGGATG AAAAGAAGAA GCCACCGCGG AGAAAAGGAG GAAAGGAGCT TTCGGAAAAG 
GAGAAGAGCG GCAAGAAAGG AGACCAAGGG AGAGACAGAG CTGGCAAGCC AGCAATCTCG 
AAAGAAATCG TGCTCGAGGA CGATGACATT GAGGACGATT CTGATGCTCC TCCCGAGGAA 
CAGCATGAAG ATGAGGCGCA GCGACAGCGC GAGCTACTGG AAGACGGGAT TGAGGATCGT 
GGCAATGAAG ACGATGACGA TGACGGTGCT GGAAACGAGC AAGGAGGTCA GCTGGAGGGT 
GAAAGCGGCG GCGACGACGA CGAGATCATG GGCGATTAA