FYCO1 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
NM_024513.3	NP_078789.2	FYVE and coiled-coil domain-containing protein 1
XM_006713333.2	XP_006713396.1	FYVE and coiled-coil domain-containing protein 1 isoform X1
XM_011534111.3	XP_011532413.1	FYVE and coiled-coil domain-containing protein 1 isoform X1
XM_006713333.3	XP_006713396.1	FYVE and coiled-coil domain-containing protein 1 isoform X1
NM_024513.4	NP_078789.2	FYVE and coiled-coil domain-containing protein 1
XM_011534111.2	XP_011532413.1	FYVE and coiled-coil domain-containing protein 1 isoform X1
XM_011534111.1	XP_011532413.1	FYVE and coiled-coil domain-containing protein 1 isoform X1
XM_006713334.2	XP_006713397.1	FYVE and coiled-coil domain-containing protein 1 isoform X1
XM_006713334.3	XP_006713397.1	FYVE and coiled-coil domain-containing protein 1 isoform X1

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu21346	NM_024513.4 Latest version!	Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$274.50-$384.30 $549.00
OHu21346	XM_006713334.3 Latest version!	Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$274.50-$384.30 $549.00
OHu21346	XM_011534111.3 Latest version!	Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$274.50-$384.30 $549.00
OHu21346	XM_006713333.3 Latest version!	Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$274.50-$384.30 $549.00
View Old Accession Versions >>
OHu21346	XM_006713333.2	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$274.50-$384.30 $549.00
OHu21346	NM_024513.3	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$274.50-$384.30 $549.00
OHu21346	XM_011534111.2	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$274.50-$384.30 $549.00
OHu21346	XM_011534111.1	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$274.50-$384.30 $549.00
OHu21346	XM_006713334.2	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$274.50-$384.30 $549.00
Hide Old Accession Versions >>

FYCO1 ( NM_024513.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_078789.2 Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), mRNA.

Price & Availability↑

CloneID	OHu21346
Clone ID Related Accession (Same CDS sequence)	NM_024513.3 , XM_006713333.2 , XM_011534111.3 , XM_006713333.3 , NM_024513.4 , XM_011534111.2 , XM_011534111.1 , XM_006713334.2 , XM_006713334.3
Accession Version	NM_024513.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	2017-10-01
Organism	Homo sapiens(human)
Product	FYVE and coiled-coil domain-containing protein 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB134257.1, BC101468.1 and AC099782.2. This sequence is a reference standard in the RefSeqGene project. On Dec 21, 2011 this sequence version replaced NM_024513.2. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AJ292348.2, AL832358.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

RefSeq	NP_078789.2
CDS	216..4652
Translation	MASTNAESQLQRIIRDLQDAVTELSKEFQEAGEPITDDSTSLHKFSYKLEYLLQFDQKEKATLLGNKKDYWDYFCACLAKVKGANDGIRFVKSISELRTSLGKGRAFIRYSLVHQRLADTLQQCFMNTKVTSDWYYARSPFLQPKLSSDIVGQLYELTEVQFDLASRGFDLDAAWPTFARRTLTTGSSAYLWKPPSRSSSMSSLVSSYLQTQEMVSNFDLNSPLNNEALEGFDEMRLELDQLEVREKQLRERMQQLDRENQELRAAVSQQGEQLQTERERGRTAAEDNVRLTCLVAELQKQWEVTQATQNTVKELQTCLQGLELGAAEKEEDYHTALRRLESMLQPLAQELEATRDSLDKKNQHLASFPGWLAMAQQKADTASDTKGRQEPIPSDAAQEMQELGEKLQALERERTKVEEVNRQQSAQLEQLVKELQLKEDARASLERLVKEMAPLQEELSGKGQEADQLWRRLQELLAHTSSWEEELAELRREKKQQQEEKELLEQEVRSLTRQLQFLETQLAQVSQHVSDLEEQKKQLIQDKDHLSQQVGMLERLAGPPGPELPVAGEKNEALVPVNSSLQEAWGKPEEEQRGLQEAQLDDTKVQEGSQEEELRQANRELEKELQNVVGRNQLLEGKLQALQADYQALQQRESAIQGSLASLEAEQASIRHLGDQMEASLLAVRKAKEAMKAQMAEKEAILQSKEGECQQLREEVEQCQQLAEARHRELRALESQCQQQTQLIEVLTAEKGQQGVGPPTDNEARELAAQLALSQAQLEVHQGEVQRLQAQVVDLQAKMRAALDDQDKVQSQLSMAEAVLREHKTLVQQLKEQNEALNRAHVQELLQCSEREGALQEERADEAQQREEELRALQEELSQAKCSSEEAQLEHAELQEQLHRANTDTAELGIQVCALTVEKERVEEALACAVQELQDAKEAASREREGLERQVAGLQQEKESLQEKLKAAKAAAGSLPGLQAQLAQAEQRAQSLQEAAHQELNTLKFQLSAEIMDYQSRLKNAGEECKSLRGQLEEQGRQLQAAEEAVEKLKATQADMGEKLSCTSNHLAECQAAMLRKDKEGAALREDLERTQKELEKATTKIQEYYNKLCQEVTNRERNDQKMLADLDDLNRTKKYLEERLIELLRDKDALWQKSDALEFQQKLSAEERWLGDTEANHCLDCKREFSWMVRRHHCRICGRIFCYYCCNNYVLSKHGGKKERCCRACFQKLSEGPGSPDSSGSGTSQGEPSPALSPASPGPQATGGQGANTDYRPPDDAVFDIITDEELCQIQESGSSLPETPTETDSLDPNAAEQDTTSTSLTPEDTEDMPVGQDSEICLLKSGELMIKVPLTVDEIASFGEGSRELFVRSSTYSLIPITVAEAGLTISWVFSSDPKSISFSVVFQEAEDTPLDQCKVLIPTTRCNSHKENIQGQLKVRTPGIYMLIFDNTFSRFVSKKVFYHLTVDRPVIYDGSDFL

Target ORF information:

RefSeq Version	NM_024513.3
Organism	Homo sapiens(human)
Definition	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), mRNA.

Target ORF information:

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

NM_024513.3

ORF Insert Sequence:

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

FYCO1 ( NM_024513.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_078789.2 Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), mRNA.

Price & Availability↑

CloneID	OHu21346
Clone ID Related Accession (Same CDS sequence)	NM_024513.3 , XM_006713333.2 , XM_011534111.3 , XM_006713333.3 , NM_024513.4 , XM_011534111.2 , XM_011534111.1 , XM_006713334.2 , XM_006713334.3
Accession Version	NM_024513.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	2019-12-30
Organism	Homo sapiens(human)
Product	FYVE and coiled-coil domain-containing protein 1
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB134257.1, BC101468.1 and AC099782.2. This sequence is a reference standard in the RefSeqGene project. On Nov 23, 2018 this sequence version replaced NM_024513.3. Sequence Note: This RefSeq record was created from transcript and genomic sequence data to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on transcript alignments. Publication Note: This RefSeq record includes a subset of the publications that are available for this gene. Please see the Gene record to access additional publications. ##Evidence-Data-START## Transcript exon combination :: AJ292348.2, AL832358.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000296137.7/ ENSP00000296137.2 RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

RefSeq	NP_078789.2
CDS	216..4652
Translation	MASTNAESQLQRIIRDLQDAVTELSKEFQEAGEPITDDSTSLHKFSYKLEYLLQFDQKEKATLLGNKKDYWDYFCACLAKVKGANDGIRFVKSISELRTSLGKGRAFIRYSLVHQRLADTLQQCFMNTKVTSDWYYARSPFLQPKLSSDIVGQLYELTEVQFDLASRGFDLDAAWPTFARRTLTTGSSAYLWKPPSRSSSMSSLVSSYLQTQEMVSNFDLNSPLNNEALEGFDEMRLELDQLEVREKQLRERMQQLDRENQELRAAVSQQGEQLQTERERGRTAAEDNVRLTCLVAELQKQWEVTQATQNTVKELQTCLQGLELGAAEKEEDYHTALRRLESMLQPLAQELEATRDSLDKKNQHLASFPGWLAMAQQKADTASDTKGRQEPIPSDAAQEMQELGEKLQALERERTKVEEVNRQQSAQLEQLVKELQLKEDARASLERLVKEMAPLQEELSGKGQEADQLWRRLQELLAHTSSWEEELAELRREKKQQQEEKELLEQEVRSLTRQLQFLETQLAQVSQHVSDLEEQKKQLIQDKDHLSQQVGMLERLAGPPGPELPVAGEKNEALVPVNSSLQEAWGKPEEEQRGLQEAQLDDTKVQEGSQEEELRQANRELEKELQNVVGRNQLLEGKLQALQADYQALQQRESAIQGSLASLEAEQASIRHLGDQMEASLLAVRKAKEAMKAQMAEKEAILQSKEGECQQLREEVEQCQQLAEARHRELRALESQCQQQTQLIEVLTAEKGQQGVGPPTDNEARELAAQLALSQAQLEVHQGEVQRLQAQVVDLQAKMRAALDDQDKVQSQLSMAEAVLREHKTLVQQLKEQNEALNRAHVQELLQCSEREGALQEERADEAQQREEELRALQEELSQAKCSSEEAQLEHAELQEQLHRANTDTAELGIQVCALTVEKERVEEALACAVQELQDAKEAASREREGLERQVAGLQQEKESLQEKLKAAKAAAGSLPGLQAQLAQAEQRAQSLQEAAHQELNTLKFQLSAEIMDYQSRLKNAGEECKSLRGQLEEQGRQLQAAEEAVEKLKATQADMGEKLSCTSNHLAECQAAMLRKDKEGAALREDLERTQKELEKATTKIQEYYNKLCQEVTNRERNDQKMLADLDDLNRTKKYLEERLIELLRDKDALWQKSDALEFQQKLSAEERWLGDTEANHCLDCKREFSWMVRRHHCRICGRIFCYYCCNNYVLSKHGGKKERCCRACFQKLSEGPGSPDSSGSGTSQGEPSPALSPASPGPQATGGQGANTDYRPPDDAVFDIITDEELCQIQESGSSLPETPTETDSLDPNAAEQDTTSTSLTPEDTEDMPVGQDSEICLLKSGELMIKVPLTVDEIASFGEGSRELFVRSSTYSLIPITVAEAGLTISWVFSSDPKSISFSVVFQEAEDTPLDQCKVLIPTTRCNSHKENIQGQLKVRTPGIYMLIFDNTFSRFVSKKVFYHLTVDRPVIYDGSDFL

Target ORF information:

RefSeq Version	NM_024513.4
Organism	Homo sapiens(human)
Definition	Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), mRNA.

Target ORF information:

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

NM_024513.4

ORF Insert Sequence:

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

FYCO1 ( XM_006713333.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_006713396.1 Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X2, mRNA.

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CloneID	OHu21346
Clone ID Related Accession (Same CDS sequence)	NM_024513.3 , XM_006713333.2 , XM_011534111.3 , XM_006713333.3 , NM_024513.4 , XM_011534111.2 , XM_011534111.1 , XM_006713334.2 , XM_006713334.3
Accession Version	XM_006713333.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	2015-03-11
Organism	Homo sapiens(Human)
Product	FYVE and coiled-coil domain-containing protein 1 isoform X1
Comment

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

RefSeq

XP_006713396.1

Translation

MASTNAESQLQRIIRDLQDAVTELSKEFQEAGEPITDDSTSLHKFSYKLEYLLQFDQKEKATLLGNKKDYWDYFCACLAKVKGANDGIRFVKSISELRTSLGKGRAFIRYSLVHQRLADTLQQCFMNTKVTSDWYYARSPFLQPKLSSDIVGQLYELTEVQFDLASRGFDLDAAWPTFARRTLTTGSSAYLWKPPSRSSSMSSLVSSYLQTQEMVSNFDLNSPLNNEALEGFDEMRLELDQLEVREKQLRERMQQLDRENQELRAAVSQQGEQLQTERERGRTAAEDNVRLTCLVAELQKQWEVTQATQNTVKELQTCLQGLELGAAEKEEDYHTALRRLESMLQPLAQELEATRDSLDKKNQHLASFPGWLAMAQQKADTASDTKGRQEPIPSDAAQEMQELGEKLQALERERTKVEEVNRQQSAQLEQLVKELQLKEDARASLERLVKEMAPLQEELSGKGQEADQLWRRLQELLAHTSSWEEELAELRREKKQQQEEKELLEQEVRSLTRQLQFLETQLAQVSQHVSDLEEQKKQLIQDKDHLSQQVGMLERLAGPPGPELPVAGEKNEALVPVNSSLQEAWGKPEEEQRGLQEAQLDDTKVQEGSQEEELRQANRELEKELQNVVGRNQLLEGKLQALQADYQALQQRESAIQGSLASLEAEQASIRHLGDQMEASLLAVRKAKEAMKAQMAEKEAILQSKEGECQQLREEVEQCQQLAEARHRELRALESQCQQQTQLIEVLTAEKGQQGVGPPTDNEARELAAQLALSQAQLEVHQGEVQRLQAQVVDLQAKMRAALDDQDKVQSQLSMAEAVLREHKTLVQQLKEQNEALNRAHVQELLQCSEREGALQEERADEAQQREEELRALQEELSQAKCSSEEAQLEHAELQEQLHRANTDTAELGIQVCALTVEKERVEEALACAVQELQDAKEAASREREGLERQVAGLQQEKESLQEKLKAAKAAAGSLPGLQAQLAQAEQRAQSLQEAAHQELNTLKFQLSAEIMDYQSRLKNAGEECKSLRGQLEEQGRQLQAAEEAVEKLKATQADMGEKLSCTSNHLAECQAAMLRKDKEGAALREDLERTQKELEKATTKIQEYYNKLCQEVTNRERNDQKMLADLDDLNRTKKYLEERLIELLRDKDALWQKSDALEFQQKLSAEERWLGDTEANHCLDCKREFSWMVRRHHCRICGRIFCYYCCNNYVLSKHGGKKERCCRACFQKLSEGPGSPDSSGSGTSQGEPSPALSPASPGPQATGGQGANTDYRPPDDAVFDIITDEELCQIQESGSSLPETPTETDSLDPNAAEQDTTSTSLTPEDTEDMPVGQDSEICLLKSGELMIKVPLTVDEIASFGEGSRELFVRSSTYSLIPITVAEAGLTISWVFSSDPKSISFSVVFQEAEDTPLDQCKVLIPTTRCNSHKENIQGQLKVRTPGIYMLIFDNTFSRFVSKKVFYHLTVDRPVIYDGSDFL

Target ORF information:

RefSeq Version	XM_006713333.2
Organism	Homo sapiens(Human)
Definition	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X2, mRNA.

Target ORF information:

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

XM_006713333.2

ORF Insert Sequence:

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

FYCO1 ( XM_011534111.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011532413.1 Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), transcript variant X1, mRNA.

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CloneID	OHu21346
Clone ID Related Accession (Same CDS sequence)	NM_024513.3 , XM_006713333.2 , XM_011534111.3 , XM_006713333.3 , NM_024513.4 , XM_011534111.2 , XM_011534111.1 , XM_006713334.2 , XM_006713334.3
Accession Version	XM_011534111.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	FYVE and coiled-coil domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011534111.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

RefSeq	XP_011532413.1
CDS	293..4729
Translation	MASTNAESQLQRIIRDLQDAVTELSKEFQEAGEPITDDSTSLHKFSYKLEYLLQFDQKEKATLLGNKKDYWDYFCACLAKVKGANDGIRFVKSISELRTSLGKGRAFIRYSLVHQRLADTLQQCFMNTKVTSDWYYARSPFLQPKLSSDIVGQLYELTEVQFDLASRGFDLDAAWPTFARRTLTTGSSAYLWKPPSRSSSMSSLVSSYLQTQEMVSNFDLNSPLNNEALEGFDEMRLELDQLEVREKQLRERMQQLDRENQELRAAVSQQGEQLQTERERGRTAAEDNVRLTCLVAELQKQWEVTQATQNTVKELQTCLQGLELGAAEKEEDYHTALRRLESMLQPLAQELEATRDSLDKKNQHLASFPGWLAMAQQKADTASDTKGRQEPIPSDAAQEMQELGEKLQALERERTKVEEVNRQQSAQLEQLVKELQLKEDARASLERLVKEMAPLQEELSGKGQEADQLWRRLQELLAHTSSWEEELAELRREKKQQQEEKELLEQEVRSLTRQLQFLETQLAQVSQHVSDLEEQKKQLIQDKDHLSQQVGMLERLAGPPGPELPVAGEKNEALVPVNSSLQEAWGKPEEEQRGLQEAQLDDTKVQEGSQEEELRQANRELEKELQNVVGRNQLLEGKLQALQADYQALQQRESAIQGSLASLEAEQASIRHLGDQMEASLLAVRKAKEAMKAQMAEKEAILQSKEGECQQLREEVEQCQQLAEARHRELRALESQCQQQTQLIEVLTAEKGQQGVGPPTDNEARELAAQLALSQAQLEVHQGEVQRLQAQVVDLQAKMRAALDDQDKVQSQLSMAEAVLREHKTLVQQLKEQNEALNRAHVQELLQCSEREGALQEERADEAQQREEELRALQEELSQAKCSSEEAQLEHAELQEQLHRANTDTAELGIQVCALTVEKERVEEALACAVQELQDAKEAASREREGLERQVAGLQQEKESLQEKLKAAKAAAGSLPGLQAQLAQAEQRAQSLQEAAHQELNTLKFQLSAEIMDYQSRLKNAGEECKSLRGQLEEQGRQLQAAEEAVEKLKATQADMGEKLSCTSNHLAECQAAMLRKDKEGAALREDLERTQKELEKATTKIQEYYNKLCQEVTNRERNDQKMLADLDDLNRTKKYLEERLIELLRDKDALWQKSDALEFQQKLSAEERWLGDTEANHCLDCKREFSWMVRRHHCRICGRIFCYYCCNNYVLSKHGGKKERCCRACFQKLSEGPGSPDSSGSGTSQGEPSPALSPASPGPQATGGQGANTDYRPPDDAVFDIITDEELCQIQESGSSLPETPTETDSLDPNAAEQDTTSTSLTPEDTEDMPVGQDSEICLLKSGELMIKVPLTVDEIASFGEGSRELFVRSSTYSLIPITVAEAGLTISWVFSSDPKSISFSVVFQEAEDTPLDQCKVLIPTTRCNSHKENIQGQLKVRTPGIYMLIFDNTFSRFVSKKVFYHLTVDRPVIYDGSDFL

Target ORF information:

RefSeq Version	XM_011534111.3
Organism	Homo sapiens(human)
Definition	Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), transcript variant X1, mRNA.

Target ORF information:

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

XM_011534111.3

ORF Insert Sequence:

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

FYCO1 ( XM_006713333.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006713396.1 Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), transcript variant X2, mRNA.

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CloneID	OHu21346
Clone ID Related Accession (Same CDS sequence)	NM_024513.3 , XM_006713333.2 , XM_011534111.3 , XM_006713333.3 , NM_024513.4 , XM_011534111.2 , XM_011534111.1 , XM_006713334.2 , XM_006713334.3
Accession Version	XM_006713333.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	FYVE and coiled-coil domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006713333.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

RefSeq	XP_006713396.1
CDS	1381..5817
Translation	MASTNAESQLQRIIRDLQDAVTELSKEFQEAGEPITDDSTSLHKFSYKLEYLLQFDQKEKATLLGNKKDYWDYFCACLAKVKGANDGIRFVKSISELRTSLGKGRAFIRYSLVHQRLADTLQQCFMNTKVTSDWYYARSPFLQPKLSSDIVGQLYELTEVQFDLASRGFDLDAAWPTFARRTLTTGSSAYLWKPPSRSSSMSSLVSSYLQTQEMVSNFDLNSPLNNEALEGFDEMRLELDQLEVREKQLRERMQQLDRENQELRAAVSQQGEQLQTERERGRTAAEDNVRLTCLVAELQKQWEVTQATQNTVKELQTCLQGLELGAAEKEEDYHTALRRLESMLQPLAQELEATRDSLDKKNQHLASFPGWLAMAQQKADTASDTKGRQEPIPSDAAQEMQELGEKLQALERERTKVEEVNRQQSAQLEQLVKELQLKEDARASLERLVKEMAPLQEELSGKGQEADQLWRRLQELLAHTSSWEEELAELRREKKQQQEEKELLEQEVRSLTRQLQFLETQLAQVSQHVSDLEEQKKQLIQDKDHLSQQVGMLERLAGPPGPELPVAGEKNEALVPVNSSLQEAWGKPEEEQRGLQEAQLDDTKVQEGSQEEELRQANRELEKELQNVVGRNQLLEGKLQALQADYQALQQRESAIQGSLASLEAEQASIRHLGDQMEASLLAVRKAKEAMKAQMAEKEAILQSKEGECQQLREEVEQCQQLAEARHRELRALESQCQQQTQLIEVLTAEKGQQGVGPPTDNEARELAAQLALSQAQLEVHQGEVQRLQAQVVDLQAKMRAALDDQDKVQSQLSMAEAVLREHKTLVQQLKEQNEALNRAHVQELLQCSEREGALQEERADEAQQREEELRALQEELSQAKCSSEEAQLEHAELQEQLHRANTDTAELGIQVCALTVEKERVEEALACAVQELQDAKEAASREREGLERQVAGLQQEKESLQEKLKAAKAAAGSLPGLQAQLAQAEQRAQSLQEAAHQELNTLKFQLSAEIMDYQSRLKNAGEECKSLRGQLEEQGRQLQAAEEAVEKLKATQADMGEKLSCTSNHLAECQAAMLRKDKEGAALREDLERTQKELEKATTKIQEYYNKLCQEVTNRERNDQKMLADLDDLNRTKKYLEERLIELLRDKDALWQKSDALEFQQKLSAEERWLGDTEANHCLDCKREFSWMVRRHHCRICGRIFCYYCCNNYVLSKHGGKKERCCRACFQKLSEGPGSPDSSGSGTSQGEPSPALSPASPGPQATGGQGANTDYRPPDDAVFDIITDEELCQIQESGSSLPETPTETDSLDPNAAEQDTTSTSLTPEDTEDMPVGQDSEICLLKSGELMIKVPLTVDEIASFGEGSRELFVRSSTYSLIPITVAEAGLTISWVFSSDPKSISFSVVFQEAEDTPLDQCKVLIPTTRCNSHKENIQGQLKVRTPGIYMLIFDNTFSRFVSKKVFYHLTVDRPVIYDGSDFL

Target ORF information:

RefSeq Version	XM_006713333.3
Organism	Homo sapiens(human)
Definition	Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), transcript variant X2, mRNA.

Target ORF information:

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

XM_006713333.3

ORF Insert Sequence:

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

FYCO1 ( XM_011534111.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011532413.1 Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu21346
Clone ID Related Accession (Same CDS sequence)	NM_024513.3 , XM_006713333.2 , XM_011534111.3 , XM_006713333.3 , NM_024513.4 , XM_011534111.2 , XM_011534111.1 , XM_006713334.2 , XM_006713334.3
Accession Version	XM_011534111.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	2016-06-05
Organism	Homo sapiens(human)
Product	FYVE and coiled-coil domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011534111.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

RefSeq	XP_011532413.1
CDS	294..4730
Translation	MASTNAESQLQRIIRDLQDAVTELSKEFQEAGEPITDDSTSLHKFSYKLEYLLQFDQKEKATLLGNKKDYWDYFCACLAKVKGANDGIRFVKSISELRTSLGKGRAFIRYSLVHQRLADTLQQCFMNTKVTSDWYYARSPFLQPKLSSDIVGQLYELTEVQFDLASRGFDLDAAWPTFARRTLTTGSSAYLWKPPSRSSSMSSLVSSYLQTQEMVSNFDLNSPLNNEALEGFDEMRLELDQLEVREKQLRERMQQLDRENQELRAAVSQQGEQLQTERERGRTAAEDNVRLTCLVAELQKQWEVTQATQNTVKELQTCLQGLELGAAEKEEDYHTALRRLESMLQPLAQELEATRDSLDKKNQHLASFPGWLAMAQQKADTASDTKGRQEPIPSDAAQEMQELGEKLQALERERTKVEEVNRQQSAQLEQLVKELQLKEDARASLERLVKEMAPLQEELSGKGQEADQLWRRLQELLAHTSSWEEELAELRREKKQQQEEKELLEQEVRSLTRQLQFLETQLAQVSQHVSDLEEQKKQLIQDKDHLSQQVGMLERLAGPPGPELPVAGEKNEALVPVNSSLQEAWGKPEEEQRGLQEAQLDDTKVQEGSQEEELRQANRELEKELQNVVGRNQLLEGKLQALQADYQALQQRESAIQGSLASLEAEQASIRHLGDQMEASLLAVRKAKEAMKAQMAEKEAILQSKEGECQQLREEVEQCQQLAEARHRELRALESQCQQQTQLIEVLTAEKGQQGVGPPTDNEARELAAQLALSQAQLEVHQGEVQRLQAQVVDLQAKMRAALDDQDKVQSQLSMAEAVLREHKTLVQQLKEQNEALNRAHVQELLQCSEREGALQEERADEAQQREEELRALQEELSQAKCSSEEAQLEHAELQEQLHRANTDTAELGIQVCALTVEKERVEEALACAVQELQDAKEAASREREGLERQVAGLQQEKESLQEKLKAAKAAAGSLPGLQAQLAQAEQRAQSLQEAAHQELNTLKFQLSAEIMDYQSRLKNAGEECKSLRGQLEEQGRQLQAAEEAVEKLKATQADMGEKLSCTSNHLAECQAAMLRKDKEGAALREDLERTQKELEKATTKIQEYYNKLCQEVTNRERNDQKMLADLDDLNRTKKYLEERLIELLRDKDALWQKSDALEFQQKLSAEERWLGDTEANHCLDCKREFSWMVRRHHCRICGRIFCYYCCNNYVLSKHGGKKERCCRACFQKLSEGPGSPDSSGSGTSQGEPSPALSPASPGPQATGGQGANTDYRPPDDAVFDIITDEELCQIQESGSSLPETPTETDSLDPNAAEQDTTSTSLTPEDTEDMPVGQDSEICLLKSGELMIKVPLTVDEIASFGEGSRELFVRSSTYSLIPITVAEAGLTISWVFSSDPKSISFSVVFQEAEDTPLDQCKVLIPTTRCNSHKENIQGQLKVRTPGIYMLIFDNTFSRFVSKKVFYHLTVDRPVIYDGSDFL

Target ORF information:

RefSeq Version	XM_011534111.2
Organism	Homo sapiens(human)
Definition	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X1, mRNA.

Target ORF information:

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

XM_011534111.2

ORF Insert Sequence:

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

FYCO1 ( XM_011534111.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_011532413.1 Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X1, mRNA.

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CloneID	OHu21346
Clone ID Related Accession (Same CDS sequence)	NM_024513.3 , XM_006713333.2 , XM_011534111.3 , XM_006713333.3 , NM_024513.4 , XM_011534111.2 , XM_011534111.1 , XM_006713334.2 , XM_006713334.3
Accession Version	XM_011534111.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	2015-03-11
Organism	Homo sapiens(Human)
Product	FYVE and coiled-coil domain-containing protein 1 isoform X1
Comment

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

RefSeq

XP_011532413.1

Translation

MASTNAESQLQRIIRDLQDAVTELSKEFQEAGEPITDDSTSLHKFSYKLEYLLQFDQKEKATLLGNKKDYWDYFCACLAKVKGANDGIRFVKSISELRTSLGKGRAFIRYSLVHQRLADTLQQCFMNTKVTSDWYYARSPFLQPKLSSDIVGQLYELTEVQFDLASRGFDLDAAWPTFARRTLTTGSSAYLWKPPSRSSSMSSLVSSYLQTQEMVSNFDLNSPLNNEALEGFDEMRLELDQLEVREKQLRERMQQLDRENQELRAAVSQQGEQLQTERERGRTAAEDNVRLTCLVAELQKQWEVTQATQNTVKELQTCLQGLELGAAEKEEDYHTALRRLESMLQPLAQELEATRDSLDKKNQHLASFPGWLAMAQQKADTASDTKGRQEPIPSDAAQEMQELGEKLQALERERTKVEEVNRQQSAQLEQLVKELQLKEDARASLERLVKEMAPLQEELSGKGQEADQLWRRLQELLAHTSSWEEELAELRREKKQQQEEKELLEQEVRSLTRQLQFLETQLAQVSQHVSDLEEQKKQLIQDKDHLSQQVGMLERLAGPPGPELPVAGEKNEALVPVNSSLQEAWGKPEEEQRGLQEAQLDDTKVQEGSQEEELRQANRELEKELQNVVGRNQLLEGKLQALQADYQALQQRESAIQGSLASLEAEQASIRHLGDQMEASLLAVRKAKEAMKAQMAEKEAILQSKEGECQQLREEVEQCQQLAEARHRELRALESQCQQQTQLIEVLTAEKGQQGVGPPTDNEARELAAQLALSQAQLEVHQGEVQRLQAQVVDLQAKMRAALDDQDKVQSQLSMAEAVLREHKTLVQQLKEQNEALNRAHVQELLQCSEREGALQEERADEAQQREEELRALQEELSQAKCSSEEAQLEHAELQEQLHRANTDTAELGIQVCALTVEKERVEEALACAVQELQDAKEAASREREGLERQVAGLQQEKESLQEKLKAAKAAAGSLPGLQAQLAQAEQRAQSLQEAAHQELNTLKFQLSAEIMDYQSRLKNAGEECKSLRGQLEEQGRQLQAAEEAVEKLKATQADMGEKLSCTSNHLAECQAAMLRKDKEGAALREDLERTQKELEKATTKIQEYYNKLCQEVTNRERNDQKMLADLDDLNRTKKYLEERLIELLRDKDALWQKSDALEFQQKLSAEERWLGDTEANHCLDCKREFSWMVRRHHCRICGRIFCYYCCNNYVLSKHGGKKERCCRACFQKLSEGPGSPDSSGSGTSQGEPSPALSPASPGPQATGGQGANTDYRPPDDAVFDIITDEELCQIQESGSSLPETPTETDSLDPNAAEQDTTSTSLTPEDTEDMPVGQDSEICLLKSGELMIKVPLTVDEIASFGEGSRELFVRSSTYSLIPITVAEAGLTISWVFSSDPKSISFSVVFQEAEDTPLDQCKVLIPTTRCNSHKENIQGQLKVRTPGIYMLIFDNTFSRFVSKKVFYHLTVDRPVIYDGSDFL

Target ORF information:

RefSeq Version	XM_011534111.1
Organism	Homo sapiens(Human)
Definition	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X1, mRNA.

Target ORF information:

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

XM_011534111.1

ORF Insert Sequence:

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

FYCO1 ( XM_006713334.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_006713397.1 Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X3, mRNA.

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CloneID	OHu21346
Clone ID Related Accession (Same CDS sequence)	NM_024513.3 , XM_006713333.2 , XM_011534111.3 , XM_006713333.3 , NM_024513.4 , XM_011534111.2 , XM_011534111.1 , XM_006713334.2 , XM_006713334.3
Accession Version	XM_006713334.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	2015-03-11
Organism	Homo sapiens(Human)
Product	FYVE and coiled-coil domain-containing protein 1 isoform X1
Comment

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

RefSeq

XP_006713397.1

Translation

MASTNAESQLQRIIRDLQDAVTELSKEFQEAGEPITDDSTSLHKFSYKLEYLLQFDQKEKATLLGNKKDYWDYFCACLAKVKGANDGIRFVKSISELRTSLGKGRAFIRYSLVHQRLADTLQQCFMNTKVTSDWYYARSPFLQPKLSSDIVGQLYELTEVQFDLASRGFDLDAAWPTFARRTLTTGSSAYLWKPPSRSSSMSSLVSSYLQTQEMVSNFDLNSPLNNEALEGFDEMRLELDQLEVREKQLRERMQQLDRENQELRAAVSQQGEQLQTERERGRTAAEDNVRLTCLVAELQKQWEVTQATQNTVKELQTCLQGLELGAAEKEEDYHTALRRLESMLQPLAQELEATRDSLDKKNQHLASFPGWLAMAQQKADTASDTKGRQEPIPSDAAQEMQELGEKLQALERERTKVEEVNRQQSAQLEQLVKELQLKEDARASLERLVKEMAPLQEELSGKGQEADQLWRRLQELLAHTSSWEEELAELRREKKQQQEEKELLEQEVRSLTRQLQFLETQLAQVSQHVSDLEEQKKQLIQDKDHLSQQVGMLERLAGPPGPELPVAGEKNEALVPVNSSLQEAWGKPEEEQRGLQEAQLDDTKVQEGSQEEELRQANRELEKELQNVVGRNQLLEGKLQALQADYQALQQRESAIQGSLASLEAEQASIRHLGDQMEASLLAVRKAKEAMKAQMAEKEAILQSKEGECQQLREEVEQCQQLAEARHRELRALESQCQQQTQLIEVLTAEKGQQGVGPPTDNEARELAAQLALSQAQLEVHQGEVQRLQAQVVDLQAKMRAALDDQDKVQSQLSMAEAVLREHKTLVQQLKEQNEALNRAHVQELLQCSEREGALQEERADEAQQREEELRALQEELSQAKCSSEEAQLEHAELQEQLHRANTDTAELGIQVCALTVEKERVEEALACAVQELQDAKEAASREREGLERQVAGLQQEKESLQEKLKAAKAAAGSLPGLQAQLAQAEQRAQSLQEAAHQELNTLKFQLSAEIMDYQSRLKNAGEECKSLRGQLEEQGRQLQAAEEAVEKLKATQADMGEKLSCTSNHLAECQAAMLRKDKEGAALREDLERTQKELEKATTKIQEYYNKLCQEVTNRERNDQKMLADLDDLNRTKKYLEERLIELLRDKDALWQKSDALEFQQKLSAEERWLGDTEANHCLDCKREFSWMVRRHHCRICGRIFCYYCCNNYVLSKHGGKKERCCRACFQKLSEGPGSPDSSGSGTSQGEPSPALSPASPGPQATGGQGANTDYRPPDDAVFDIITDEELCQIQESGSSLPETPTETDSLDPNAAEQDTTSTSLTPEDTEDMPVGQDSEICLLKSGELMIKVPLTVDEIASFGEGSRELFVRSSTYSLIPITVAEAGLTISWVFSSDPKSISFSVVFQEAEDTPLDQCKVLIPTTRCNSHKENIQGQLKVRTPGIYMLIFDNTFSRFVSKKVFYHLTVDRPVIYDGSDFL

Target ORF information:

RefSeq Version	XM_006713334.2
Organism	Homo sapiens(Human)
Definition	Homo sapiens FYVE and coiled-coil domain containing 1 (FYCO1), transcript variant X3, mRNA.

Target ORF information:

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

XM_006713334.2

ORF Insert Sequence:

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

FYCO1 ( XM_006713334.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_006713397.1 Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), transcript variant X3, mRNA.

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CloneID	OHu21346
Clone ID Related Accession (Same CDS sequence)	NM_024513.3 , XM_006713333.2 , XM_011534111.3 , XM_006713333.3 , NM_024513.4 , XM_011534111.2 , XM_011534111.1 , XM_006713334.2 , XM_006713334.3
Accession Version	XM_006713334.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	2019-12-05
Organism	Homo sapiens(human)
Product	FYVE and coiled-coil domain-containing protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000003.12) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_006713334.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

RefSeq	XP_006713397.1
CDS	1297..5733
Translation	MASTNAESQLQRIIRDLQDAVTELSKEFQEAGEPITDDSTSLHKFSYKLEYLLQFDQKEKATLLGNKKDYWDYFCACLAKVKGANDGIRFVKSISELRTSLGKGRAFIRYSLVHQRLADTLQQCFMNTKVTSDWYYARSPFLQPKLSSDIVGQLYELTEVQFDLASRGFDLDAAWPTFARRTLTTGSSAYLWKPPSRSSSMSSLVSSYLQTQEMVSNFDLNSPLNNEALEGFDEMRLELDQLEVREKQLRERMQQLDRENQELRAAVSQQGEQLQTERERGRTAAEDNVRLTCLVAELQKQWEVTQATQNTVKELQTCLQGLELGAAEKEEDYHTALRRLESMLQPLAQELEATRDSLDKKNQHLASFPGWLAMAQQKADTASDTKGRQEPIPSDAAQEMQELGEKLQALERERTKVEEVNRQQSAQLEQLVKELQLKEDARASLERLVKEMAPLQEELSGKGQEADQLWRRLQELLAHTSSWEEELAELRREKKQQQEEKELLEQEVRSLTRQLQFLETQLAQVSQHVSDLEEQKKQLIQDKDHLSQQVGMLERLAGPPGPELPVAGEKNEALVPVNSSLQEAWGKPEEEQRGLQEAQLDDTKVQEGSQEEELRQANRELEKELQNVVGRNQLLEGKLQALQADYQALQQRESAIQGSLASLEAEQASIRHLGDQMEASLLAVRKAKEAMKAQMAEKEAILQSKEGECQQLREEVEQCQQLAEARHRELRALESQCQQQTQLIEVLTAEKGQQGVGPPTDNEARELAAQLALSQAQLEVHQGEVQRLQAQVVDLQAKMRAALDDQDKVQSQLSMAEAVLREHKTLVQQLKEQNEALNRAHVQELLQCSEREGALQEERADEAQQREEELRALQEELSQAKCSSEEAQLEHAELQEQLHRANTDTAELGIQVCALTVEKERVEEALACAVQELQDAKEAASREREGLERQVAGLQQEKESLQEKLKAAKAAAGSLPGLQAQLAQAEQRAQSLQEAAHQELNTLKFQLSAEIMDYQSRLKNAGEECKSLRGQLEEQGRQLQAAEEAVEKLKATQADMGEKLSCTSNHLAECQAAMLRKDKEGAALREDLERTQKELEKATTKIQEYYNKLCQEVTNRERNDQKMLADLDDLNRTKKYLEERLIELLRDKDALWQKSDALEFQQKLSAEERWLGDTEANHCLDCKREFSWMVRRHHCRICGRIFCYYCCNNYVLSKHGGKKERCCRACFQKLSEGPGSPDSSGSGTSQGEPSPALSPASPGPQATGGQGANTDYRPPDDAVFDIITDEELCQIQESGSSLPETPTETDSLDPNAAEQDTTSTSLTPEDTEDMPVGQDSEICLLKSGELMIKVPLTVDEIASFGEGSRELFVRSSTYSLIPITVAEAGLTISWVFSSDPKSISFSVVFQEAEDTPLDQCKVLIPTTRCNSHKENIQGQLKVRTPGIYMLIFDNTFSRFVSKKVFYHLTVDRPVIYDGSDFL

Target ORF information:

RefSeq Version	XM_006713334.3
Organism	Homo sapiens(human)
Definition	Homo sapiens FYVE and coiled-coil domain autophagy adaptor 1 (FYCO1), transcript variant X3, mRNA.

Target ORF information:

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

XM_006713334.3

ORF Insert Sequence:

ATGGCCTCCA CCAATGCAGA GAGCCAGCTC CAGAGAATCA TCCGAGACTT GCAAGATGCT 
GTGACAGAAC TAAGCAAAGA ATTTCAGGAA GCAGGGGAAC CCATCACGGA TGACAGCACC 
AGCTTGCATA AATTTTCTTA TAAACTTGAG TATCTCCTGC AATTTGATCA GAAAGAGAAG 
GCCACCCTCC TGGGCAACAA GAAGGACTAC TGGGATTACT TCTGTGCCTG CCTGGCCAAG 
GTGAAAGGAG CCAATGATGG GATCCGCTTT GTCAAGTCTA TCTCAGAGCT CCGAACATCC 
TTGGGGAAAG GAAGAGCATT TATTCGCTAC TCCTTGGTGC ACCAGAGGTT GGCAGACACC 
TTACAGCAGT GCTTCATGAA CACCAAAGTG ACCAGTGACT GGTACTATGC AAGAAGCCCC 
TTTCTGCAGC CAAAGCTGAG CTCGGACATT GTGGGCCAAC TCTATGAGCT GACTGAGGTT 
CAGTTTGACC TGGCGTCGAG GGGCTTTGAC TTGGATGCTG CCTGGCCAAC ATTTGCCAGG 
AGGACGCTGA CCACTGGCTC TTCTGCTTAC CTGTGGAAAC CCCCTAGCCG CAGCTCCAGC 
ATGAGCAGCT TGGTGAGCAG CTACCTGCAG ACTCAAGAGA TGGTGTCCAA CTTTGACCTG 
AACAGCCCCC TAAACAACGA GGCATTGGAG GGCTTTGATG AGATGCGACT AGAGCTGGAC 
CAGTTGGAGG TGCGGGAGAA GCAGCTACGG GAGCGCATGC AGCAGCTGGA CAGAGAGAAC 
CAGGAGCTGA GGGCAGCTGT CAGCCAGCAA GGGGAGCAAC TGCAGACAGA GAGGGAGAGG 
GGGCGCACTG CAGCGGAGGA CAACGTTCGC CTCACTTGCT TGGTAGCTGA GCTCCAGAAG 
CAGTGGGAGG TCACCCAGGC CACCCAGAAC ACTGTGAAGG AGCTGCAGAC ATGCCTGCAG 
GGCCTGGAGC TAGGAGCAGC AGAGAAGGAG GAGGACTACC ACACAGCCCT GCGGCGGCTG 
GAGTCCATGC TGCAGCCCTT GGCACAGGAG CTTGAGGCCA CACGGGACTC ACTGGACAAG 
AAAAACCAGC ATTTAGCCAG CTTCCCAGGC TGGCTAGCCA TGGCTCAGCA GAAGGCAGAT 
ACGGCATCAG ACACAAAGGG CCGGCAAGAA CCTATTCCCA GTGATGCGGC CCAGGAGATG 
CAGGAGCTAG GGGAGAAGCT TCAAGCCCTA GAAAGGGAGA GAACCAAGGT CGAGGAGGTC 
AACAGACAGC AGAGTGCCCA ACTGGAACAG CTGGTCAAGG AGCTTCAGCT GAAAGAGGAT 
GCCCGGGCCA GCCTGGAGCG CCTGGTGAAG GAGATGGCCC CACTCCAGGA GGAGTTGTCT 
GGGAAGGGAC AGGAGGCAGA CCAGCTCTGG CGACGGCTGC AGGAGTTGCT GGCCCACACG 
AGCTCCTGGG AGGAGGAGCT AGCAGAGTTG AGGCGGGAGA AAAAACAGCA ACAGGAGGAG 
AAGGAGCTGC TGGAGCAGGA GGTCAGGTCT CTGACCCGGC AGCTGCAGTT CCTGGAGACC 
CAGCTGGCAC AGGTGAGCCA ACATGTGAGT GACCTGGAGG AGCAGAAGAA GCAGCTCATT 
CAGGACAAAG ACCACCTCAG CCAGCAGGTG GGTATGCTCG AGCGGCTTGC TGGGCCGCCT 
GGCCCAGAAC TGCCAGTGGC AGGTGAGAAG AATGAGGCCC TGGTCCCTGT GAACTCCAGT 
CTGCAAGAGG CCTGGGGGAA GCCAGAGGAG GAGCAGAGGG GCCTGCAGGA GGCACAGTTA 
GACGATACCA AGGTGCAAGA GGGCAGCCAG GAGGAAGAGC TCCGGCAGGC CAACAGGGAG 
CTGGAGAAGG AGCTACAGAA TGTGGTCGGG CGTAACCAGC TCCTGGAGGG CAAGCTGCAA 
GCCCTGCAGG CCGATTACCA GGCTTTGCAG CAGCGGGAAT CAGCCATCCA GGGCTCCTTG 
GCCTCCCTGG AGGCCGAGCA GGCCAGCATC CGGCACTTGG GTGACCAGAT GGAGGCGAGC 
TTGCTGGCTG TAAGGAAGGC CAAGGAGGCC ATGAAAGCCC AGATGGCAGA GAAGGAGGCC 
ATTCTACAGA GCAAGGAGGG CGAGTGTCAG CAGCTGCGGG AGGAGGTGGA GCAGTGCCAG 
CAACTGGCAG AAGCCCGGCA CAGAGAGCTT AGGGCTCTCG AGAGCCAGTG CCAGCAGCAG 
ACCCAGCTGA TTGAGGTCCT CACAGCAGAG AAAGGCCAAC AGGGAGTTGG CCCACCCACT 
GACAATGAAG CCCGTGAGCT GGCTGCCCAG CTAGCCCTGT CTCAGGCGCA GCTGGAAGTC 
CATCAGGGGG AGGTCCAACG GCTGCAGGCT CAGGTGGTGG ACCTCCAGGC CAAGATGCGG 
GCAGCCCTGG ATGACCAGGA CAAGGTGCAG AGCCAGCTAA GCATGGCTGA GGCCGTCCTG 
AGGGAGCACA AAACCCTTGT GCAGCAGCTG AAGGAGCAGA ATGAAGCCCT TAACAGAGCC 
CATGTCCAGG AGCTGCTGCA ATGCTCGGAG CGTGAAGGGG CACTGCAGGA GGAGAGGGCC 
GATGAGGCCC AGCAGAGGGA GGAGGAGCTG CGGGCCCTGC AGGAGGAGCT GTCCCAGGCC 
AAATGCAGCT CCGAGGAAGC ACAGCTGGAG CACGCTGAGC TGCAAGAGCA GCTGCACCGG 
GCCAACACAG ACACAGCTGA GCTGGGCATC CAGGTTTGCG CACTGACCGT GGAAAAGGAG 
CGAGTGGAGG AGGCACTGGC CTGTGCTGTC CAGGAGCTCC AGGACGCCAA AGAGGCAGCC 
TCAAGGGAGC GAGAGGGCCT GGAGCGCCAA GTAGCTGGGC TGCAGCAAGA GAAGGAGAGC 
TTGCAGGAGA AGCTGAAGGC GGCCAAGGCA GCAGCCGGCT CACTGCCTGG CCTGCAGGCC 
CAGCTCGCCC AGGCAGAGCA GCGGGCCCAG AGCCTCCAAG AGGCTGCACA CCAGGAGCTC 
AACACCCTCA AGTTCCAGCT GAGTGCTGAA ATCATGGACT ACCAGAGCAG ACTTAAGAAT 
GCTGGTGAAG AGTGCAAGAG CCTCAGGGGC CAGCTTGAGG AGCAAGGCCG GCAGCTGCAG 
GCTGCTGAGG AAGCTGTGGA GAAGCTGAAG GCCACCCAAG CAGACATGGG AGAGAAGCTG 
AGCTGCACTA GCAACCATCT TGCAGAGTGC CAGGCGGCCA TGCTGAGGAA GGACAAGGAG 
GGGGCTGCCC TGCGTGAAGA CCTAGAAAGG ACCCAGAAGG AACTCGAAAA AGCCACAACA 
AAAATCCAAG AGTATTACAA CAAACTCTGC CAGGAGGTGA CAAATCGTGA GAGGAATGAC 
CAGAAGATGC TTGCTGACCT GGATGACCTC AACAGAACCA AGAAGTATCT CGAGGAGCGG 
CTGATAGAGC TGCTCAGGGA CAAGGATGCT CTCTGGCAGA AGTCAGATGC CCTGGAATTC 
CAGCAGAAGC TCAGTGCTGA GGAGAGATGG CTCGGAGACA CAGAGGCAAA CCACTGCCTC 
GACTGTAAGC GGGAGTTCAG CTGGATGGTG CGGCGGCACC ACTGCAGGAT ATGTGGCCGC 
ATCTTCTGTT ACTACTGCTG CAACAACTAC GTCCTGAGCA AGCACGGTGG CAAAAAGGAG 
CGCTGCTGCC GAGCCTGTTT CCAGAAGCTC AGTGAAGGCC CTGGCTCCCC TGATAGCAGT 
GGCTCAGGCA CTAGCCAGGG AGAGCCCAGC CCTGCACTGT CACCAGCCTC ACCTGGGCCC 
CAGGCCACAG GAGGCCAAGG AGCAAATACA GACTACAGGC CACCGGACGA CGCTGTGTTT 
GATATCATCA CAGATGAGGA ATTGTGCCAG ATACAGGAGT CCGGCTCCTC TTTGCCTGAA 
ACACCCACTG AAACTGATTC TCTCGACCCA AATGCGGCTG AACAGGATAC TACATCAACC 
TCGCTAACGC CTGAGGACAC TGAAGACATG CCCGTGGGGC AGGATTCGGA AATCTGCCTG 
CTGAAGTCTG GAGAACTGAT GATCAAAGTA CCCCTCACAG TGGATGAGAT CGCCAGCTTC 
GGGGAGGGTA GCAGGGAGCT GTTTGTGAGG TCCAGCACCT ACAGCCTGAT CCCCATCACT 
GTGGCCGAGG CAGGCCTCAC CATCAGCTGG GTCTTCTCCT CTGACCCCAA GAGCATCTCC 
TTCAGTGTGG TCTTCCAGGA GGCCGAGGAC ACACCGCTGG ATCAGTGTAA GGTCCTCATT 
CCCACGACCC GATGCAACTC CCACAAGGAG AACATCCAGG GCCAGCTCAA GGTTCGCACA 
CCCGGCATCT ACATGCTCAT CTTCGACAAT ACCTTCTCAA GGTTTGTCTC TAAAAAGGTA 
TTTTATCACT TGACGGTTGA TCGGCCTGTG ATCTACGATG GAAGTGATTT CCTGTAG

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

Gene Symbol	FYCO1
Entrez Gene ID	79443
Full Name	FYVE and coiled-coil domain containing 1
Synonyms	CATC2,CTRCT18,RUFY3,ZFYVE7
General protein information	Preferred Names FYVE and coiled-coil domain containing 1 Names FYVE and coiled-coil domain-containing protein 1 RUN and FYVE domain containing 3 zinc finger FYVE domain-containing protein 7
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 3 Map Location: 3p21.31
Summary	This gene encodes a protein that contains a RUN domain, FYVE-type zinc finger domain and Golgi dynamics (GOLD) domain. The encoded protein plays a role in microtubule plus end-directed transport of autophagic vesicles through interactions with the small GTPase Rab7, phosphatidylinositol-3-phosphate (PI3P) and the autophagosome marker LC3. Mutations in this gene are a cause of autosomal recessive congenital cataract-2 (CATC2). [provided by RefSeq, Dec 2011].
Disorder MIM:	607182
Disorder Html:	Cataract 18, autosomal recessive, 610019 (3)

Danio rerio (zebrafish)	LOC565649	XP_003201276.2
Pan troglodytes (chimpanzee)	FYCO1	XP_003309815.1
Canis lupus familiaris (dog)	FYCO1	XP_005632690.1
Bos taurus (cattle)	FYCO1	XP_005223169.1
Gallus gallus (chicken)	FYCO1	NP_001039304.2
Homo sapiens (human)	FYCO1	NP_078789.2
	FYCO1	XP_001114357.1
Mus musculus (house mouse)	Fyco1	NP_683727.3
Rattus norvegicus (Norway rat)	Fyco1	NP_001100340.1

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FYCO1 cDNA ORF clone, Homo sapiens(human)

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