| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_82776 |
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| Symbol | CCC2.3 |
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| ID | 4838095 |
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| Type | CDS |
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| Is gene spliced | Yes |
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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_009043 |
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| Strand | + |
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| Start bp | 959689 |
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| End bp | 963663 |
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| Gene Length | 3975 bp |
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| Protein Length | 1214 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640389410 |
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| Product | copper-transporting P1-type ATPase |
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| Protein accession | XP_001383470 |
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| Protein GI | 150864588 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG2217] Cation transport ATPase |
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| TIGRFAM ID | [TIGR01494] ATPase, P-type (transporting), HAD superfamily, subfamily IC
[TIGR01511] copper-(or silver)-translocating P-type ATPase
[TIGR01525] heavy metal translocating P-type ATPase |
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 1 |
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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 | 19 |
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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 | CTTGGCGCAA TTTTTTATTC GCAGCAGCAC AATTCGCGCA GCACTATATA GTTAGAGAGG
TCGCTTGAGT TTGTCCAATT TGTCATTTTG CAACTTCTTC ATTTATAGCT ACACTATCAT
AAAGAGTAGG GAGGCGACAG AAAGTTACAC CTCACACCAC GACTACCCTA CTGCTTCGCT
CTTGTACTTC AATCCTATCG AATAGCATTG TTTCATCATC TTCTCATCAA GTAGTTTTTC
TCGCTAATCC GAGCATCGCA TTCAGAGATT CACATACAAT TTGAAATGGA ACATCTCCAC
ATCAACTTTA GCAATATCCA TTGCAACAAC TGTGTTTCTT CTATATTCAC AGTGCTATCT
CAGTATTTCG TCAACATTCA ACTTGCGTCA GCTGACTCTG ACACTGGCAC ACAGACCGTT
TCTGAAATTA AGGAACTCAG CAAGACAAAT CCGATCTTGC TGATAAACAA CAACGATGTG
GACGTCTACT ACAGTATCGA CTCATCCAAG CCATCCTCCG AACCTCCTAT GAAGAAAATC
ATCAAATCTC TAAACAAGGC TGGTTTCAAG TTGCTTTCTT GGGAAATAGA GAAAGATGGC
ACTGTAGTTC TCAGCAGCTC TGGCAATGCT TCGCCAAATG TCGAGGATAT CTTTTCAGCC
GACCATGCTG AAGGATTTTT TGACTTCTTG AACTTATACT CTAAGTTTGC TAAATCTCGT
TCTACCAAAA ACCACTTGAA AAACTGTGTA ACTTGCCAGT TGGAGCAAAC GGCCAGAGCT
GCTAAGGACA GAGACTCAGA GAACGAGACT TCAACGTTGG AAACTGTAGT GGACCAGCCA
GACAAAGAGT ACAGAGCCGT CTTTTCAGTC ACGGGCATGA CATGTGCTGC CTGTGTTCAG
TCTGTAACAG CTGAATTGAA CAATATTCTC AATGGAGGAA CTCCTGTCAA ATCAGAGGAG
CCCAACTTTT CAGTCGATCT TATCCAACAA AGTGCAGTAA TAATCATTCC AAACAAGCAA
ATCATCAACA AGGTCGTAGA CTCCATAAAT GACATTGGCT TTGAGTGTAG ACTCCTAGAG
GTGTTGCCAG TGCAGAGATC CATAAACACC AAAGTCACTG CTATCATCAG TGGTATAACC
TGTGTAGCTT GTGCCAACTC CATCCAATCT GCAGTCAAAG AATTACCATT TGTGTTGGAC
TCTGGTATCA ATACTGTAAC AAAGACCGGA CAATTCGTGT TGGAAGAATC TCCTTCTGAT
AAAGTAAATC ATTTGGCCAA GCTCAAGGAG ACAATCGAGG ACTGCGGCTT CGATTTTGAA
GTAGTATCAA AAGATAAGAT AAATTATACT TCATCAAGGA AGAAGTCCAG AACAATTAAC
ATCAGTGTTA ATGGGATGCA CTGTGAACAT TGTCCTGAGC TAGTTGCCAA TTACTTGTCT
AGTTATGGTG AAGCTATAGT CATTAATGAT CCCATAACTT TAGAACATCC ATTCATCAAG
TTTACATACA TCCCAAACAA TGATGTCACA GTAAGAAAGT TTCTTCGTGA CTTGAACCAT
ATTGTTCCAA GTGAAAACGA AGACGGATAT ACCTTCAATT ATGACGAACA AGGTGTATTC
AATTGTGCGT TAGTGGAATC TGTTTCTATG GATGAACACT TGAGAAAGCT TTCCAAGAAG
GAGATTCTTA GAGTCGCCGT AAGACTATTG ATTGCTACCG TATTTGCCAT TCCTACGTTT
GTGTTTGGAA TAGTTGCCAT GTCATTATTA CCTTCCAGTC ACCCATTTCG TATGTGGGTC
GAAGACCCAC TTTGGGCAGG TAACGTCTCT AGAAACACCT GGATCTTGTT GTTTTTAAGT
ACACCTGTCT ATTTCTTTGC GGCGGACATT TTTCATCGCA AGGCGATTAA AGAAGTCAAA
TCGTTGTGGC TCCATAAGAA TTCCTTCAAA TCTAGACTAT TTAAGTTTGG ATCGATGAAT
TTATTAATGT GTTTGGGTAC TTCAGTTTCA TACTGGGCTT CTATTGTTTT GTTAATTTTG
AGTGCCAAGC AAGAACCTAA GAGCCACATG GGCTTTCACA CAACGTACTT TGACTCGGTC
GTTTTCTTGA CTTTCTTCTT GTTGATCGGA AGGCTTCTTG AAAGCTATTC TAAGAGCAAA
ACCGCTAGTG CAATTGCGAA TTTGGGATCA TTGAAAGTTT CGACAGCAAC GCTAGTAGAT
CTTGTCGACG ACAATTTTGC TAACGATGAA GTCATCGATG TGAAGTATCT AGAGACAGGT
GATTATATTC GTGTAGCTAC TGGTGAATCC CCTCCAGTAG ACTGTGTCAT TGTAGAAGGC
TCTTCTGAAT TTGACGAATC AGCCTTGACC GGTGAATCAG TACCCGTCAA ACATTCATCG
GGCCATCAAA TATTTTCCGG TACTGTCAAT ACTGGCAGCA ATGCCGTGAT AGCAAAAATT
ATCAGCTTAG AAGGCGATTC GTTGATCGAT CAAATTGTCA ACACTGTCAG AGATGGTCAG
ATGAGGAAAG CTCCTATTGA AAGGACTGCA GACTTGTTAA CTGGATACTT CGTTCCTGTA
ATTACGTTAT TAGCAATTAT TACCTGGATA ATCTGGTTGT CTCTTGGACA TTCTGGAGCA
TTGCCTGATG GGTACTTGGA TATCGACATC GGTGGTTGGA CTGTTTGGTC TTTGGAGTTT
TCCATTGCAG TATTTGTTAT TGCATGTCCT TGCGGAATTG GACTAGCTGC TCCTACTGCT
CTTTTTGTCG GTTCAGGGTT GGCTGCGAAA TATGGTATTT TAGCAAAGGG TGGTGGCGTT
GCATTCCAAG ATGGTGCCAA TACCAATGTT GTCTGCTTTG ATAAAACTGG TACATTGACC
CTTGGTGAAT TACAAGTTAC TGACTACGCT TTTGCTTCTC TTAATGAAAG GGATAGTGTA
GTCAAAACTT TTGCATTACA AACTGCTAGA GATTTGGAGT TGGCATCTAA ACATCCTTTG
GCTAAAGCTG TCAGATCTTT CATCGAAGGC TACGCATTTC CTAAGCATGA CATCAAGAGT
AGCCAGAATA AGGTCCCTCG AGTAGAAACA ATTCCAGGTA AAGGTCTTCG TGGTGAGATA
GAGTTTGATA ACGGAAGTGA TATTTGGAAT GAATACAAAC CTTCCGAAGT AATTCTAGGA
AATGAAGCTT TGTTGTCTGA CTGTGGTGTC AAAATAACCG CTGACCAACT GGAAGTATTG
AACAAGTGGA AATCTGAGTG TAAGTCAATC ATCCTAGTGG CAATCAGGGC AAAGCTCTTT
GGGGATGAAC TGTTCCATTT GGTATTGATG TTAGCTACAA GAGACCAGCT TAGAGCAGAG
ACAAAAAAAG TTATTGAATA TCTCCAGACG CACGATATCG AATGCTGGAT GATTACTGGT
GACAATGCAA TTACTGCCAA GGCTATTGGG GAGGAAATTG GTATCAAGAA CATAGTCAGT
GAAGTTTTAC CTGCCGAAAA ACAGGCACAA GTCAAAAAGA TACAGCAGTT GAAGAAGGTT
GTTGTTGCTA TGGTTGGTGA TGGTATCAAT GATGCTCCAG CTCTTGCAAC TGCCGATGTC
GGAATTGCTC TTTCTTCAGG TGCCGACTTG GCTGTGACAT CTAGTGATTT CATATTGTTG
AATAAGTCTC ACCCATTGAT CACGTTGGTT ACATTGTTTG ATTTGTCAAA GACTGTGTTC
AGAAGAGTCA AGTTCAACTT TGGGTGGAGT TTAGTTTACA ATATAATTGG AATCCCAATT
GCGGCTGGCG TTATTTATCC GTATAACAAC ACGAGGTTGA GTCCCGTGTG GGCCAGTGTT
GCAATGGCCG CCTCTTCTGT CAGTGTTGTT CTGAGCAGTT TGGCTTTAAA ACTCTACAGG
CCGAAGATAA AATCAGAAGA TTTCAAATTG GAAGAAAGTG CCGCTGCTCT AGAACCAAAG
GAGCACGAAT TCTAG
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| Protein sequence | MEHLHINFSN IHCNNCVSSI FTVLSQYFTV SEIKELSKTN PILSINNNDV DVYYSIDSSK
PSSEPPMKKI IKSLNKAGFK LLSWEIEKDG TVVLSSSGNA SPNVEDIFSA DHAEGFFDFL
NLYSKFAKSR STKNHLKNCV TCQLEQTARA AKDRDSENET STLETVVDQP DKEYRAVFSV
TGMTCAACVQ SVTAELNNIL NGGTPVKSEE PNFSVDLIQQ SAVIIIPNKQ IINKVVDSIN
DIGFECRLLE VLPVQRSINT KVTAIISGIT CVACANSIQS AVKELPFVLD SGINTVTKTG
QFVLEESPSD KVNHLAKLKE TIEDCGFDFE VVSKDKINYT SSRKKSRTIN ISVNGMHCEH
CPELVANYLS SYGEAIVIND PITLEHPFIK FTYIPNNDVT VRKFLRDLNH IVPSENEDGY
TFNYDEQGVF NCALVESVSM DEHLRKLSKK EILRVAVRLL IATVFAIPTF VFGIVAMSLL
PSSHPFRMWV EDPLWAGNVS RNTWILLFLS TPVYFFAADI FHRKAIKEVK SLWLHKNSFK
SRLFKFGSMN LLMCLGTSVS YWASIVLLIL SAKQEPKSHM GFHTTYFDSV VFLTFFLLIG
RLLESYSKSK TASAIANLGS LKVSTATLVD LVDDNFANDE VIDVKYLETG DYIRVATGES
PPVDCVIVEG SSEFDESALT GESVPVKHSS GHQIFSGTVN TGSNAVIAKI ISLEGDSLID
QIVNTVRDGQ MRKAPIERTA DLLTGYFVPV ITLLAIITWI IWLSLGHSGA LPDGYLDIDI
GGWTVWSLEF SIAVFVIACP CGIGLAAPTA LFVGSGLAAK YGILAKGGGV AFQDGANTNV
VCFDKTGTLT LGELQVTDYA FASLNERDSV VKTFALQTAR DLELASKHPL AKAVRSFIEG
YAFPKHDIKS SQNKVPRVET IPGKGLRGEI EFDNGSDIWN EYKPSEVILG NEALLSDCGV
KITADQSEVL NKWKSECKSI ILVAIRAKLF GDESFHLVLM LATRDQLRAE TKKVIEYLQT
HDIECWMITG DNAITAKAIG EEIGIKNIVS EVLPAEKQAQ VKKIQQLKKV VVAMVGDGIN
DAPALATADV GIALSSGADL AVTSSDFILL NKSHPLITLV TLFDLSKTVF RRVKFNFGWS
LVYNIIGIPI AAGVIYPYNN TRLSPVWASV AMAASSVSVV SSSLALKLYR PKIKSEDFKL
EESAAALEPK EHEF
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