| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_67560 |
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| Symbol | DNF3 |
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| ID | 4838464 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Scheffersomyces stipitis CBS 6054 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_009044 |
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| Strand | + |
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| Start bp | 779199 |
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| End bp | 784590 |
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| Gene Length | 5392 bp |
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| Protein Length | 1776 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640389779 |
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| Product | aminophospholipid-translocating ATPase |
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| Protein accession | XP_001384106 |
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| Protein GI | 150865053 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG0474] Cation transport ATPase |
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| TIGRFAM ID | [TIGR01494] ATPase, P-type (transporting), HAD superfamily, subfamily IC
[TIGR01652] phospholipid-translocating P-type ATPase, flippase |
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.547535 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 23 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCCATTT GTGCGTGGTT TTTTTTTCAG CCAGATACTT TCGGACCAGA TTCTTCTTTG
ATAAATCATA AGAAATCTCT CCACAACTTT TCTCAAAGAC TCTTCATTCG AATATTAGTG
ACTGAGAAGA TTACACAACT ACTACGGATG AGTCTACCGC CAGAAACACC GCAGGAACAG
CCTTCCAGCA CTCTGCAAAC GCGACGCAAG AGGGGACTTT CACTCCGATC CCAGCTCTTT
TCTAAAGCGA TCTCTGGCCA GAACCAGCCA CTGCAACTGC TGGAACATTC CAGAAACCCT
TTCAGAGTAA AATTCGATAT AACTGAACCT TCAGATTCTA ATGAAAATGC TGATGGCCAA
GCGAATCTGG CAAATGGCAG CTATCTTCGT ACAGATAACC CATCTCTTGG AACAAATGAC
AACACCAGTT ATCAGATAGA ATTGAACACA CTACATCCGG ATACAGCCTC AATTCCTCAG
ATAAACATCA ATGCACCTTC CCCTGATTCT CGTTCTGAAG ATGCAAATTT GCACGTTCCC
TACGGGCATT TGAACGACTC AACTCTCATA AGATCTACCA CTCATCTAAC AGTCGATTCC
AACAGATCTG ATGCCAGCTC GCTGTCCTTC TTAGCCAAAC GTAAAAGAAC CTCTCAACGT
CGCTATGGTA CGAAAAACAG ATTGGTCAAA AACTTGATAA GGCTCAAGGA CAACATCTTG
GGCAACAAGA CACTTCCAAG TACTGAGAGG GGCCGAGTGA TTCCAATCAC CACAAACTTC
AACGAGATCA ATTCCTACTT TCAGGATCAG TACTACAACG AACATACCAA GTGTCTCATC
GACGAACGTA GTGACGAGCC GTATGAGAAG AACATAGTGA CTTCTTCTAA GTATACTGTC
TATTCGTTTT TACCTAAACA GTTGAGAGCC CAGTTCTCCA AAATCGCCAA TTGCTATTTC
ATGGTCGTAG CAATCATGCA AATGATCCCC ACATGGTCTA CAACAGGTCA GTACACTACT
ATCATCCCGT TGATGATCTT CATGTCAATT TCGATAGCTA GAGAAGGATT TGACGACTGG
AAAAGACATG GCCACGACAA AGAAGAAAAC AACAAAAAGA CAAAAGTCAT CAAAGAAGAC
GAAAACTTGA GCAACTTCGA TACCCACTCA ATTACAACCA TATTGACAGA AACAATTTCA
GTCAGTAATA ACAACATCCT TTCTCCTCAT GGATCACGAG CAGCGAGCCC ATCTAATAAC
GTCTCTTCCA ATTCATCATT ATCAGATCCA GAGCCACAAA ATGAGACAAA CACAAACTAC
ACGAATTTGG AGCTTATGAA ACAGTACAAT CTCAAGGAGT ACGCCACGAA GTGGAAACAC
ATAAAAGTAG GAGACATCAT AAAAGTCTCT GAAAATGAAG CCTTCCCAGC AGATGTCATG
TTATTAGCTA CGAGTGACAC AGATAACCAA GAAGCATTTA TAGAAACCAT GGATTTAGAT
GGAGAAACGA ACTTAAAGCT GAAGTGTCCA CATGCTGAGA TCTGTAAGAA GTTCTCTAAT
GTGACTGGGT TGAAAAACAC AAAGATGTTG ATAACCGTAG AAGACCCCAA CATCGATTTG
TACAACTTTG AAGGTTCGTT TGAGGTAAAC GACAAAGTGT TTGCTTTGGG GCCAGATAAT
GTCGTTTATA GAGGTAGCGT TCTTCGAAAC ACAAAGTCGG TTTTAGGATT GGTCATTTTC
ACAGGTGAAG AGACAAAAAT CAGAATGAAC AATATTAAGA ATCCCAGAAC TAAGGCTCCA
AAATTGCAGA GAAACATCAA CTACATTGTG ATATTTATGG TGTTTGTAGT GATTTCGTTG
TCGGCGTTTT CCACCATGGT GCAACGTCTT CTATACGAGA GAAATAGAGA CAAGGCATGG
TATCTCTTTG ATCTGGATGC TGGTGTTGCA TCTACTCTTA TGGGTTTCAT CATCATGTAT
AATACATTGA TTCCATTATC GCTTTATGTC ACTATGGAAA TCATCAAGGT GATGCAATTG
CTATTTCTAC AGTATGATAT AGACATGTAC CACGTAGAGA GCAACACACC CGCAGATGCG
AAGACAGCAA CCATCTTGGA AGAACTTGGT CAAGTCAGCT ACATATTCAG TGACAAGACA
GGAACTTTGA CTGATAACCA GATGATTTTC AGGAAGTTCA GTGTCTGTGG AGCAAGCTGG
TTACATGACT TGGACTTGAT GTTGAACGAA AAGGAAGACC CTAACAAAGT CGCTCCTTTA
GTACCAATGC CACGAACCAG CATGCATCAC CTGCCACGCC AGTCTGGTCG CAAGGTAGGC
CCAGATTATC AGCCAAGAAC AAGTACTACT TCTATTGCTA GAGAAAGTTT GGAATTATCC
TTGGTCAGAT CGAATGTTAC CTGGAAGTCT TCTGCTCAAC CAAACAAGAC GCAGGACATG
TCCAGTTCTT TGAAATTGAT AAAATACATA CAATCGCATC CACATACTAT CTTCTCCAGA
AAGGCTAAGA TGTTTCTTTT GAGTATTGCC TTGTGCAATA CTTGTCTTCC TAGAAAAGAC
AATACTTCGA AAAACTCGTC AGTGCTTACT CTTGATGACA TTGACGGGGT ACAGCAGCAG
GAGTTAAGAG CAAAGCGAAA TGTGGAAGAC TCTTCTATCT CTTATCAAGC TGCTTCTCCA
GACGAATTGG CACTTGTTCA AGCATCCAAG GATCTAGGAT TTGTGGTTCT AGATAGGCAG
AACAATGTGT TGACAATTAA GACTTATCCA GAGGGATTTC AGAAAGAACC CAAATTCGAG
GAGTATCAAG TTCTCGAAGT TATAGAGTTC TCATCTAGTA GAAAAAGAAT GTCTACTGTA
GTTAGGTTTC CAGACGGAAG AATTTGTCTT ATTTGTAAAG GTGCCGACAA TGTCATTTTG
GAGAAGTTGA AGTATGCCGA TATGGCAAAA GAGAAAGCAA AAGAAATCTC ACTCAACACG
ACAGAAAGAA AAACACAACA GGCTGATATA GTTTTGCTGA ACAGATTTTC CTCAGAACTA
GAATCGAGAA AATCAATTGG CTCCATTGGT CAACGTTTGA GTTTGAGTGG CGGCGATAGA
ATTACTTCCA CTATTGACAA CACGCTTCTG AATGCTGAAG ATGAGATGGC TGATATTGCC
TTAAAGGCAA GAAAGTCATT GCATGTCCAT CAAGCAAAGA AGTATAGCAT GGATCAGGCC
TCGTTTACTA ATGTAGATCC ACCGTCTCCA GTACTTAACC TGTCCGGGAC TCTGGGAAGC
AATAGCCAGA TCCCCAACGA CAGGCTACTT CTCAATGATG AATACCTTGT CGAAAAGACA
TTGGAGCATA TTGAAGAATT TTCCACTGAA GGGCTCAGAA CATTGATGTA CTCGTACAGG
TGGTTGGATA AAAATGAGTA TGAGGCATGG TCCCAAGAGT ATAGCCTTGC TAGGACTGCT
TTAAAGGATA GAGCCAGAAA GGTAGAGGAA GTAGGAGCTA AAATCGAACA CAAGTTTGAG
CTTCTTGGTG CAACTGCTAT TGAAGATAAA TTGCAAGAAG GAGTCAGTGA TACTATAGAC
AAGTTAAGAA GGGCAGGAAT CAAGATGTGG ATGTTGACAG GAGACAAACG TGAAACTGCT
ATTAATATTG GTTACTCGTG TAGACTCATT AAGGACTACT CCACTGTTGT TATTCTTTCG
CATGATGAAG GAATCGATAC GATTATGGAT CGTATCACTT CTGCCAGTCA GGAGATACAA
GCAGGAAGAG TAGCCCATTG TGTTTTGGTA ATTGATGGTG GAACTTTAGC TGAAATTGAA
AATGATTCCG CTTTGCTCAC TTTGTTCCTT GATCTATGCA TCCAGGTAGA TTCTACAATC
TGCTGTCGTG CTTCGCCTTC ACAAAAGGCT AATATGGTTA GTGCTGTGCG AAAATTGAAC
AACAGGGCTG TGACTTTGGC AATTGGAGAT GGTGCAAACG ATATTGCCAT GATCCAGAGT
GCTGACATCG GTATTGGTAT CACTGGTAAG GAAGGGCTAC AAGCTGCTCG TTCTGCCGAT
TACGCCATTG CCCAGTTCCG GTTCTTGCTT AAGTTGTTAT TAGTCAATGG TCGTTACAAC
TACATACGAA CATCCAAGTT TGTCTTGTGC ACTTTCTACA AAGAATTATT GTTTTATTTG
ACGCAGTGTG TCTATCAGAG AAACACTTTA TTCTCAGGCT CTTCGATGTA TGAAAGTTGG
TCGTTGTCGA TGTTCAATAC GTTGTTCACT TCTCTCCCCG TCATCTGTAT TGGTATGTTC
GACAAAGACT TGAGGCCCTC AACGTTGATA GCAGTACCTG AATTGTATGC AAAGGGAAGA
TTGTATCAAG CTTTCAATTT GAAGATCTTT GTGTCATGGA TGTTCTTGGC TGCCATTCAA
AGTGTCGGTA TATCTTTCAT GGCTTACTAT GTATGGGGAT TTACCGCTTT ACGTGACAAT
ACAACTTTCC CATTGGGTTC TTTGGTGTTT GCTGCTCTTG TTGTAATCAT CAATGCGAAG
TGTGAGTTCA TTGAAATGCA GAATAGACAA TGGCTAGCCT TCGCTGCATT CTTTATTTCT
GTTGGTGGAT ACGCCTTGTG GAACTGGCTA ATTATGATGT TGTACAGAAC AAAGGATTCG
CCAATTTACT TTGTAGCCTA CGGTTTACTA ACATGGGGCC GTGATCAGAG TTGGTGGGCT
ACTCTTCTTG CACTCATCAC AGTTCCTCTA TTTGCTGATA TACTTTTCAA AGTGTTTAAA
TTCATGTTTA AGCCAGCAGA TGATGAACTT TTCAGGTTGT TTGAAAAAGA TATCGACATG
AGAAGGTTCT TTGAACAACA CTCATATAAA GAATTGTATC AGGGATGGAC CTTTTCTAAA
CAACCGTCCA CACTTTTTGC AAAGTTAAAA AACGTTGCTA AAGGAGTATT GGGAAAGCCA
GCTATCCAAC AAGAACTTGA GGCATTCGAC AATGGTTCAG AACACCAGTC GGCTTACAAT
AGAAAGAGGG CAGGAACAAA TCCATTACCT TCTGAACTAC CACCTGGCGG TGAAGGAATT
GCTATTGTCG GTAATGACTT CGAACAACCT GGACGTGTTG AGGATGGGTA TGAGATCCTC
CCTAGCGGAA AGAGAGTCAA GATTGTAGCA AAGGGGGTCA GTTGGGGAAG TCGTTTCAGA
CGCAATGGTT CTTCTGCAGA GAACGAGGAT GTGGATGCTA TTATAGATTC AAGATTGAAC
GATCTTAGAA AAGAAGAGGA AGGTCAAGTT GGAGATCGAT CACCAAAATA AGTTTACTAA
AAAGTTACTC GTCATTTTCA ATTCTTCAAA AGTCCGTATT TACTACTATT TC
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| Protein sequence | MAICAWFFFQ PDTFGPDSSL INHKKSLHNF SQRLFIRILV TEKITQLLRM SLPPETPQEQ
PSSTSQTRRK RGLSLRSQLF SKAISGQNQP SQSSEHSRNP FRVKFDITEP SDSNENADGQ
ANSANGSYLR TDNPSLGTND NTSYQIELNT LHPDTASIPQ ININAPSPDS RSEDANLHVP
YGHLNDSTLI RSTTHLTVDS NRSDASSSSF LAKRKRTSQR RYGTKNRLVK NLIRLKDNIL
GNKTLPSTER GRVIPITTNF NEINSYFQDQ YYNEHTKCLI DERSDEPYEK NIVTSSKYTV
YSFLPKQLRA QFSKIANCYF MVVAIMQMIP TWSTTGQYTT IIPLMIFMSI SIAREGFDDW
KRHGHDKEEN NKKTKVIKED ENLSNFDTHS ITTILTETIS VSNNNILSPH GSRAASPSNN
VSSNSSLSDP EPQNETNTNY TNLELMKQYN LKEYATKWKH IKVGDIIKVS ENEAFPADVM
LLATSDTDNQ EAFIETMDLD GETNLKSKCP HAEICKKFSN VTGLKNTKML ITVEDPNIDL
YNFEGSFEVN DKVFALGPDN VVYRGSVLRN TKSVLGLVIF TGEETKIRMN NIKNPRTKAP
KLQRNINYIV IFMVFVVISL SAFSTMVQRL LYERNRDKAW YLFDSDAGVA STLMGFIIMY
NTLIPLSLYV TMEIIKVMQL LFLQYDIDMY HVESNTPADA KTATILEELG QVSYIFSDKT
GTLTDNQMIF RKFSVCGASW LHDLDLMLNE KEDPNKVAPL VPMPRTSMHH SPRQSGRKVG
PDYQPRTSTT SIARESLELS LVRSNVTWKS SAQPNKTQDM SSSLKLIKYI QSHPHTIFSR
KAKMFLLSIA LCNTCLPRKD NTSKNSSVLT LDDIDGVQQQ ELRAKRNVED SSISYQAASP
DELALVQASK DLGFVVLDRQ NNVLTIKTYP EGFQKEPKFE EYQVLEVIEF SSSRKRMSTV
VRFPDGRICL ICKGADNVIL EKLKYADMAK EKAKEISLNT TERKTQQADI VLSNRFSSEL
ESRKSIGSIG QRLSLSGGDR ITSTIDNTLS NAEDEMADIA LKARKSLHVH QAKKYSMDQA
SFTNVDPPSP VLNSSGTSGS NSQIPNDRLL LNDEYLVEKT LEHIEEFSTE GLRTLMYSYR
WLDKNEYEAW SQEYSLARTA LKDRARKVEE VGAKIEHKFE LLGATAIEDK LQEGVSDTID
KLRRAGIKMW MLTGDKRETA INIGYSCRLI KDYSTVVILS HDEGIDTIMD RITSASQEIQ
AGRVAHCVLV IDGGTLAEIE NDSALLTLFL DLCIQVDSTI CCRASPSQKA NMVSAVRKLN
NRAVTLAIGD GANDIAMIQS ADIGIGITGK EGLQAARSAD YAIAQFRFLL KLLLVNGRYN
YIRTSKFVLC TFYKELLFYL TQCVYQRNTL FSGSSMYESW SLSMFNTLFT SLPVICIGMF
DKDLRPSTLI AVPELYAKGR LYQAFNLKIF VSWMFLAAIQ SVGISFMAYY VWGFTALRDN
TTFPLGSLVF AALVVIINAK CEFIEMQNRQ WLAFAAFFIS VGGYALWNWL IMMLYRTKDS
PIYFVAYGLL TWGRDQSWWA TLLALITVPL FADILFKVFK FMFKPADDEL FRLFEKDIDM
RRFFEQHSYK ELYQGWTFSK QPSTLFAKLK NVAKGVLGKP AIQQELEAFD NGSEHQSAYN
RKRAGTNPLP SELPPGGEGI AIVGNDFEQP GRVEDGYEIL PSGKRVKIVA KGVSWGSRFR
RNGSSAENED VDAIIDSRLN DLRKEEEGQV GDRSPK
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