| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_84044 |
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| Symbol | CCC2.2 |
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| ID | 4839114 |
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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_009045 |
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| Strand | - |
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| Start bp | 843277 |
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| End bp | 846990 |
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| Gene Length | 3714 bp |
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| Protein Length | 1196 aa |
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| Translation table | 12 |
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| GC content | 42% |
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| IMG OID | 640390429 |
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| Product | copper-transporting ATPase (Cu(2+)-ATPase) |
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| Protein accession | XP_001385171 |
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| Protein GI | 150865804 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG2217] Cation transport ATPase
[COG2608] Copper chaperone |
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| TIGRFAM ID | [TIGR00003] copper ion binding protein
[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 | 0 |
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| Plasmid unclonability p-value | 0.00231928 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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Fosmid Coverage information |
| Num covering fosmid clones | 16 |
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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 | ATGCTGGTGC TGTTTGCCAT AGGGGGTATG ACCTGTGGAG CGTGCTCGGC CTCTATCACC
GATGCCGTCT CAGCTCTCTC GGGTGTAACC TCAGTATCGG TCTCGCTTCT CACTGACGAA
GCAAAAATCG TCTACGACGA AAAAGTGATT TCCCCTGAAC AGATTAAGCT GGCTATCGAA
GACTGCGGTT TCGATGCTCA AGTCATCAAA AGCTCGAAGA AACCTATTAA AAGCTCAATG
AAGAAAACTC ACGCTCCGCC TCAATATGAA ATTTCAGGCT CAGCTAATTC AGCCTCCATA
GCCTACAACA CAACAGTTCA CATAGACGGA ATGACTTGCG GAGCATGTTC CGCTTCCATC
ACCGAAGCTG TAGAGAAGCT TCCGGGAGTT GAACTGGTTT CTGTTTCGCT TGTGACAGAA
TCTGGGCTCA TCAAACATAC TAGTGAAATT TCCAAGGAAA CCATACGACT GGCTATAGAA
GACTGTGGTT TCGATGTCAC CATAGAGAAG TCTAAGATGG TATCCTCTAC TTCCTCTCCT
TCGTCTTCTG TGTCTAATAA TGACGTCTCT GGCGCTGTAG ACGAAACTAC TCTTGCTATT
TCTGGCATGA CTTGCGCTGC CTGCACTGCT TCTGTGTCTG AAGCTTTAGA GCAAAACCCT
GCAATTTCGC TGGTTTCGGT TTCGTTATTA ACCGAAGAAG CCCGGGTGTG TCATTCTGAA
GCAATACTGC CGGATGAAAT CAAGTCTTTG ATAGAGGACT GTGGATTTGG TGCTGAAGTA
ACCAAAACTG TTCACAAGAA CGTGATTTCG TACGAGGATG TCAATGAGCC AGACGAAATC
AGTTTGCAAA TCTACGGAAT CTCTGAGCTG ACTGACACCA CAAGTCTTCA GTTCAATATC
GAAGCGTACC TCAACAGTGT ACCTGGGATT ATAGACTTCA ACCTAGCATT CAAATATTCG
CCGGAAAGAG CTAATATTCC CTCTTCCACG TATGTCAATT CCTCCACTGT AAGATCGGTG
GTATCTCCGC AAGAAATTCC TGAAAACGAA GAGAATCTCA TCGACGAACT TCAAATAACG
TACGATCCTC TGCTCATTGG AATAAGATTC TTGGTTGACG GTCTCAACGA TATAGCGACA
GACATCCACT TCATCATCAT CAACTCTGTT GACCAATCGT CTGTTTCTCA GCTCAGATTA
CTATCTCGTG TTAAAGATAT TCAGTACTGG AGAAACAATT TCTTTCAGGC ATTGTTCTTG
GGGATTCCGG TTATCGTGCT ATCCAATACG CAGAAGATTC CTTTCTGGAA GCACATGATG
ATATTCCCTG GGTTGTATGT TGTATCTCTC CTTCAGTTTG TGCTAGCTGT TCCAGTGCAA
TTCAAGTTGG GAGCTGTATT TAACAAGAAG TTTCTTTATT TTGTCAAGAA CGGTGGGAAA
AACGCTACTA TGGACGTATT AGTTTGTATT TCTTCTCTGG TTTCCTTCAT CTTTTCGGCC
ATATCGCTCG TATTGAGTGT ATGGTCAGGT CAGGAAATGG GACCTCCAAA ATTGTTGTTT
GACACTGCTT GCATGCTTAT CTTGTTCATA TCGTTTGGTA AATGGTTGGA GAATAAGGCT
AAGGGTGCCA CCTCCACAGC CTTGTCCAAG TTACTTTCTT TGACACCAAC CAACTGTACC
ATTGTAAGTG ATACTGCAAG TTATGAATCG TTCCTCAAAC AGCAAGAGTT TGAAACAAAA
AGCGATGTAG CCAGTTCCAT GTTGGATTTC CCAACTAAAA ATGTCAGCAT AGACTTGCTC
CAGTCTAACG ACATTGCTGT AGTTTTACCA GGAGCAAAAG TGCCTGCCGA TGGTATTGTA
GTGTATGGTG CTTCTGAAAT CGACGAGTCA ATTATCACTG GAGAATCATT GCCAGTATAT
AAACTGAAGA ATGAGCAGGT AATTGGAGGC TCAATTAATG GTTCTGGTTT GATCCACATG
AAGGTCGTCA GAGCCGGAAA GAAGTCTCGC TTGCAACAAA TTATTAACTT GGTAAAAGAG
TCGCAAGTCA ATAAGGCTCC GGTTCAGAGA TTCTCCGATT ACATAGCGGC TAGATTTGTG
CCTGTAGTTT TGTTGCTTGC TGCTATCACC TTTGCGTTTT GGGTTGTTCT TTGCTACAAC
CAGGACAAGT TGCCTATGGC TTTCACCAAG GATGAGAACG GTAAGTTCTT TGTTTGTTTG
AAAATCGCAA TCTCGGTCAT TGTAGTTGCC TGTCCTTGTG CTCTTGGATT GGCTGCTCCA
ACTGCTGTCA TGGTAGGTAC TGGAATTGGC GCCTCTCATG GAGTGCTCAT CAAAGGAGCT
GATATCTTGG AGAGGGCCAA CTCCATCAAT GTGATTCTCT TTGATAAGAC AGGTACCTTA
ACTACCGGTG ACATGACATT GGTAAAGTAC AAACAAATCT CCACTTCTAA CCTTAGCGAA
AATGACTGGT GGACTTTGGT AGGCTCCGTA GAAAGCAATT CCGAACATCC TGTTGGCAGA
GCTATTTGCA AATCTGCAAA AGGAAAGCTT AGTCTTAATT TTGATGAAGA TATTTTTGAT
TCATCTATCA GCGAATTCAA AGTGTTGATG GGTTTGGGTA TCAAAGCAAA TGTGCAATTG
CCAAATGCTG CAAAGTACGA TGTCCACGTA GGAAATCATA GAATGGTGGA TGAAATGTTT
CCTGATTTGC TGCAAGTCAT TCATGAGCAT TTTTCAAGTA GCACGGATTC CATTCTGAAC
TCAGTCAATA CCTTGTCGTT TGTCATTATA AACGGTCAAT ACGCTGGATA CTTGGAATTT
ACAGATAGCT TGAAACCTAA TGCTAAGGAA GTGATTCATT ATTTGAAAAC AGTTGAAGGA
TATCAAGTTG GTATGGTGAC TGGTGACAGC AACTCTGCAG CCCGCAGAAT TGGTTTGGAA
GTTGGAATTC CAGAGTCTAA TATTTTCAGC GAGGTTTCTC CTGTTCACAA AGACGCTATC
ATTGTTGATA TTAAGGAACG TCTTGGTGGT GACAAGAATG TAGGTATTGC ATTTGTAGGA
GATGGTATTA ATGACGCACC AGCACTTGCT CAAGCCGACA TTGGTATGGC TATAAGCTCA
GGCACTGATA TTGCCATTGA GTCAGCTGAT ATCGTTTTGA TTGGTGGTAA TCAAGGTCAC
GTTGACTTGA GTGGAGTGTT AAATGCATTG AATATTTCTA ATGCTACATT CAGAAGAATC
AAAATCAACT TTGTTTGGGC GGCAGTCTAC AACATGATTA TGTTACCGTT TGCAATGGGC
TGTTTCCTCC CATTTAATGT CATGCTTCCT CCAATTGCCG CTGCTGGTGC CATGATGTTA
AGTTCTGTCA GTGTCGTTTT GAGTTCGTTG CTCTTAAAGA GATGGAAAGC ACCAAATACT
TCCTTCAAAC ATGTTTCTTG GAAAGTCGAC CTCGAAAATG ACGCTAAATC TGAAGAATTC
AGCTTGAAAA CAGGAACATT AGAAGATTTT AATGCTGTCA AGAGAAATGG AAAGTCCAAG
TATAGAGTTG GCAAATTTTT GACTACATTT AATATTGGAA GGTATTCTCA TTCCAGTACC
ACGTACGAAT TAGTTCCTAA TGCATCTCAT TAGGAATTTG TAAATTTGGA ATAGAGAAAC
CCTAATTACG TTATGAACTT ATGAATATAG AAATGTTTGA ATATAGAATT TTTT
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| Protein sequence | MSVSFAIGGM TCGACSASIT DAVSALSGVT SVSVSLLTDE AKIVYDEKVI SPEQIKSAIE
DCGFDAQKTH APPQYEISGS ANSASIAYNT TVHIDGMTCG ACSASITEAV EKLPGVESVS
VSLVTESGLI KHTSEISKET IRSAIEDCGF DVTIEKSKMV SSTSSPSSSV SNNDVSGAVD
ETTLAISGMT CAACTASVSE ALEQNPAISS VSVSLLTEEA RVCHSEAISP DEIKSLIEDC
GFGAEVTKTV HKNVISYEDV NEPDEISLQI YGISESTDTT SLQFNIEAYL NSVPGIIDFN
LAFKYSPERA NIPSSTYVNS STVRSVVSPQ EIPENEENLI DELQITYDPS LIGIRFLVDG
LNDIATDIHF IIINSVDQSS VSQLRLLSRV KDIQYWRNNF FQALFLGIPV IVLSNTQKIP
FWKHMMIFPG LYVVSLLQFV LAVPVQFKLG AVFNKKFLYF VKNGGKNATM DVLVCISSSV
SFIFSAISLV LSVWSGQEMG PPKLLFDTAC MLILFISFGK WLENKAKGAT STALSKLLSL
TPTNCTIVSD TASYESFLKQ QEFETKSDVA SSMLDFPTKN VSIDLLQSND IAVVLPGAKV
PADGIVVYGA SEIDESIITG ESLPVYKSKN EQVIGGSING SGLIHMKVVR AGKKSRLQQI
INLVKESQVN KAPVQRFSDY IAARFVPVVL LLAAITFAFW VVLCYNQDKL PMAFTKDENG
KFFVCLKIAI SVIVVACPCA LGLAAPTAVM VGTGIGASHG VLIKGADILE RANSINVILF
DKTGTLTTGD MTLVKYKQIS TSNLSENDWW TLVGSVESNS EHPVGRAICK SAKGKLSLNF
DEDIFDSSIS EFKVLMGLGI KANVQLPNAA KYDVHVGNHR MVDEMFPDLS QVIHEHFSSS
TDSISNSVNT LSFVIINGQY AGYLEFTDSL KPNAKEVIHY LKTVEGYQVG MVTGDSNSAA
RRIGLEVGIP ESNIFSEVSP VHKDAIIVDI KERLGGDKNV GIAFVGDGIN DAPALAQADI
GMAISSGTDI AIESADIVLI GGNQGHVDLS GVLNALNISN ATFRRIKINF VWAAVYNMIM
LPFAMGCFLP FNVMLPPIAA AGAMMLSSVS VVLSSLLLKR WKAPNTSFKH VSWKVDLEND
AKSEEFSLKT GTLEDFNAVK RNGKSKYRVG KFLTTFNIGR YSHSSTTYEL VPNASH
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