| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_58093 |
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| Symbol | ATC9 |
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| ID | 4838666 |
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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 | 754336 |
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| End bp | 758412 |
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| Gene Length | 4077 bp |
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| Protein Length | 1358 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640389981 |
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| Product | cation translocating P-type ATPase |
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| Protein accession | XP_001384101 |
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| Protein GI | 150865049 |
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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
[TIGR01657] P-type ATPase of unknown pump specificity (type V) |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.128504 |
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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 | ATGGGACCAC ACGCCAAACA GCAGCAGCCG AACCGGAGCA GACGCTCGTC GTCGTTTGAC
AGAAGACAGT CCAGGTCTCG TTCCAGACAC AACTCGGTGA CTTCGCTAGA CTCCTCCAGC
AGCTTCCTAG TGGATGACAA TAACCATGAA ATGTATGCTG GTGCCGCTTC TGAGGTGATT
CCGTCGTCAA TTTCCTCGTT GCACTATCCA CACCATTTTG GTCGATTCCG GAGCCGGCAG
GAACTGGCAA TCTCTAGAGA AACGTCTCCG TTGCTCCAAG GAGATCAGAA CGATTTGGAT
TTGCATAGTG TCAAGTCAAA CGTCTCGATT TCTTCGTACG ACAAGTCCCA CTTCAAGTTC
TTTTCACCTG ATGAAATTGA AATGGCTCAG GGTGGTTCGA CTTTGGAAAA CCCTGAGGAT
CCTGTGGATT ACAATACCAA TTGGGACTAT TCTGTGGACA AGTACGACTC AGTAGAAGAG
CCTTTAACGG TTTCAGACTC GGCTGTAGCC TACTACGACC AGGCCGGAGT CAACGAACGA
TTTCTGCTGC CAGAACCGGC AGATTATGGA GCTCTCAATG CCCACTATGA ACGTAGAAAT
AGAAGAGGCT CTGATGAAAG TAGCAACAAA TCCAGTTTAC TTGATAGTGA GAGTATGACT
TCCAGGAAAA TCGATCAAGA TTTCTATAAG GATTTTCCAG CAAAGCTCGA CTATCAGAGA
TTTTATCTTG CTGAAGAGGA TTTGGTCATT GGTATCGCTG GTTACGCTAA CTGCTGGTGG
AAGAAGCTTC TTTTCTACTT CATCAGCATC TCTACTCTTG GTATAGCCTA TTTGGTCCTT
AGATGGTTTC CCAAATACAG AGTAAACTTG ATGGGAAACA GATGTCCCCT TGGTTTGGCC
GATTGGTGTG TGATTGAAAA CGAGTTCGGT GAGTTACAGA TTGTCAATAT TGATTCTCAT
AGACTAAACG AACGTCTTTC TAGCTTCTTG ACTCTTGTAT CTTCTGAGGA GCAAGGAGAA
GAAATTCCTA GTAAAGAGAG AGACCCTATA ATCCCCGTGG TCCGTTCATT TTGCTACAGA
TACATCAAGT TCTTTTACAA TCCAGTGGAA GACATATACA GAAGCAACAC TAACTGGTAC
GACTTGCACT GGCTAAACGT CAAGAATACT AAGGACGGTG TGTCACAGAG TCTCCAAGAA
CAGAGATTGG AGCTCTTTGA CAAAAACAGC ATTGAAGTAG AGGAAAAATC CATAATGCAA
TTGCTTGTAG ACGAAGTATT GCATCCCTTC TACGTTTTTC AGGTATTCTC CATTTTCTTG
TGGTTAGCTG ATGATTACTA CTACTATGCC TCTTGTATCT TTTTGATTTC TGCCATCTCA
ATCATCAATT CTTTGGTGGA AACAAGGTCC ACCATCAAGC GTTTGCAAAC TATCTCGAGA
TTTTCCTGTG AAGTCAGAGC GTGGAGAAAC GGGTTCTGGA AACAAATTGA CTCTACCGAG
TTGGTTCCAG GTGATGTATT TGAAGTAGAC CCTTCTTTAT CTGTAGTGCC ATGTGACGCT
CTTTTGATTA ATGGTGAATG TGTCCTCAAC GAATCAATGT TGACTGGTGA ATCTGTTCCT
GTTTCAAAAA CTAGTGCTAC CCAAGAAACG GTACAGTCCT TGCCGGAGAA TTTTGCTACA
GCCATCTTAT CGAGGTCATT CTTGTACAAT GGTACGAAAT TGTTGAAAAT GAAATCTTCT
AATGATGAGC CAGTTACTGC GATGGCAGTC AAAACCGGTT TTAACACCAC AAAGGGTTCT
TTGGTTAGAT CGATGTTATT CCCAAAACCT ACAGGATTTA AGTTCTACGA AGACTCGTTC
AAATACATTG GATTTATGAC CATCATTGCT GCTATTGGGT TCACATACTC CACATATAAC
TTTATTCAAT TAGGATTAAG TAAGAGGGTC ATGATCCTAA GAGCATTGGA CATCATCACA
ATCGTGGTTC CACCTGCATT GCCTGCAACT CTCACAATCG GTACCACCTT TGCTATCAAC
AGACTAAAGA AACTAGACAT TTTCTGTATT GCTCCTACCA GAGTCAATAT CGGCGGAAAA
TTGGACGTTC TTTGCTTCGA CAAGACTGGT ACCTTAACTG AAGATGGCTT GGATGTTTTG
GGAGTACACG TTGCCAACAA TGCTTCTGGT AGAAAAGAAA TAGTCTTTGA GGACATTGTA
CAAAATGGTC GTAACCTTGT TAGTGAAACT ATCAAGTCGG TGCATGATTC CAACAATGGT
AAGTTCTTGC TTGGTTGTAT GACTACTTGT CATTCGTTGA GATTGATCGA GGACGAATTA
CTTGGAGATC CTTTGGATGC AAAGATGTTC GAATTTACTC AATGGAATTA CAAGGAAGAT
CAGGTTACAG GGTTGCCAGT TATGTACTTT GGCGACAAAC AGTATACTGT ATTGAAGGAA
TACGAGTTTA TTTCGTCATT ACGTAGAATG TCGGTATTGG CCCAATCTCA GGATAGCAGA
GAAATCGTAT ATACGAAAGG TGCTCCAGAA GTTATGATTG ATATCTGTGA GCCAGACTCC
TTACCTTCAA ACTTTGATGA ATTATTACAT CGCTACACGC ACAGTGGTTA CCGTGTTATT
GCCTGCGCTT ATAAGGAATT GACTAGTTCA GGAAGAACTG CTCCCAGAGA CCAAATCGAG
TCGAACTTGA TTTTCACTGG TTTTATCATT TTTGAGAATA AACTCAAGAG CTCGACCAAA
CACACATTGA GACAATTGAA TGATTCTCAT ATCAGAACAG TCATGTGCAC TGGTGATAAT
ATTTTAACTG CCATCAGTGT TGCCAGAGAA TGTGAATTAA TCGCTCCGGA AGTCACTAAC
ATCTATGTCC CATCATATGC CGGTGAGGGT GATGATATCT ACATTACTTG GGAAGATGTT
GATAACCTGG AAAACAAGCT TGATCCTGAA ACAATTAAAC CTATTGACAT ACGACAGGGT
TCTGACTATA AATTGGCTAT CACCGGTGAC GTTTTCCGAT TCTTGTTGAC TGAAGTCAAG
GATATTCAGT TGGTTCAAAA TGTCTTGATG AACTGTGACA TCTTTGCCAG AATGTCGCCT
GATGAAAAAC ACGAGTTGGT TGAACAATTC CAGAAAATTG ATTACACTGT TGGGTTTTGT
GGAGATGGAG CCAACGATTG TGGAGCTTTG AAGGCTGCTG ATGTTGGTAT CTCTTTGTCA
GAAGCTGAAG CTTCTGTGGC TGCACCTTTT ACTTCAAGAA AGTTTGAAAT TTCATGTGTC
CTTGATGTTA TCAAGGAGGG TAGATCCAGT TTGGTTACCA GTTTCTCGTG CTTCAAGTAT
ATGTCGTTGT ACTCTGCCAT TCAATTCATC ACCGTTACAA TCTTATACCA GAGAGGTAGC
AACTTGGGTG ATTTCCAGTT TTTGTACATC GACTTGTTCC TTATTTTGCC TTTAGCTATT
TTCATGTCAT GGTCCAAACC ATACGACAAA TTGATTATCA AAAGGCCCAC AGCCAATTTG
GTTTCTCCCA AAATTCTTAT ACCATTGATC TGCCATATCA CTGTTATTTT ATTCTTCCAG
ATTCTCCTAT GGATTGTAGT GCAACGTGAG CCTTGGTACA TTAGACCTGT TCCCGATGAT
GATGACCATG TTCAATCTTC AGACAATACC GTTTTGTTTT TATTCACCAA CTTCCAATAC
ATTTTGATTG CTGTCGTTTT GAGTCAAGGA CCACCATACC GTGAACCAAT GACTAAGAAC
TATCCCTTCA TTATTAATCT AATTGTGGCC GTCTTGTTGT CATTGTCTTT GTTTTTAATA
AATGGCGACT CCTCTCTAGG CGATTTCATG CAATTAACCA ATATGGGGTC GAGTTTCTAC
TTCATTATTG TGATTCTGGC TGTGGTCAAT CTTATCATAA TGATGATCGG CGAAGAGAGT
TGGTTCAAGA AAATTGCAGC AACATACAAA AGTGTTTTCC ACAGACTGAG TTTAGGCAAA
AGCAAGAAGA TTTTCAAGAA CTTGAGAAGA GAATTCTCCT TAATCTCTAC TGCTTGA
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| Protein sequence | MGPHAKQQQP NRSRRSSSFD RRQSRSRSRH NSVTSLDSSS SFLVDDNNHE MYAGAASEVI
PSSISSLHYP HHFGRFRSRQ ESAISRETSP LLQGDQNDLD LHSVKSNVSI SSYDKSHFKF
FSPDEIEMAQ GGSTLENPED PVDYNTNWDY SVDKYDSVEE PLTVSDSAVA YYDQAGVNER
FSSPEPADYG ALNAHYERRN RRGSDESSNK SSLLDSESMT SRKIDQDFYK DFPAKLDYQR
FYLAEEDLVI GIAGYANCWW KKLLFYFISI STLGIAYLVL RWFPKYRVNL MGNRCPLGLA
DWCVIENEFG ELQIVNIDSH RLNERLSSFL TLVSSEEQGE EIPSKERDPI IPVVRSFCYR
YIKFFYNPVE DIYRSNTNWY DLHWLNVKNT KDGVSQSLQE QRLELFDKNS IEVEEKSIMQ
LLVDEVLHPF YVFQVFSIFL WLADDYYYYA SCIFLISAIS IINSLVETRS TIKRLQTISR
FSCEVRAWRN GFWKQIDSTE LVPGDVFEVD PSLSVVPCDA LLINGECVLN ESMLTGESVP
VSKTSATQET VQSLPENFAT AILSRSFLYN GTKLLKMKSS NDEPVTAMAV KTGFNTTKGS
LVRSMLFPKP TGFKFYEDSF KYIGFMTIIA AIGFTYSTYN FIQLGLSKRV MILRALDIIT
IVVPPALPAT LTIGTTFAIN RLKKLDIFCI APTRVNIGGK LDVLCFDKTG TLTEDGLDVL
GVHVANNASG RKEIVFEDIV QNGRNLVSET IKSVHDSNNG KFLLGCMTTC HSLRLIEDEL
LGDPLDAKMF EFTQWNYKED QVTGLPVMYF GDKQYTVLKE YEFISSLRRM SVLAQSQDSR
EIVYTKGAPE VMIDICEPDS LPSNFDELLH RYTHSGYRVI ACAYKELTSS GRTAPRDQIE
SNLIFTGFII FENKLKSSTK HTLRQLNDSH IRTVMCTGDN ILTAISVARE CELIAPEVTN
IYVPSYAGEG DDIYITWEDV DNSENKLDPE TIKPIDIRQG SDYKLAITGD VFRFLLTEVK
DIQLVQNVLM NCDIFARMSP DEKHELVEQF QKIDYTVGFC GDGANDCGAL KAADVGISLS
EAEASVAAPF TSRKFEISCV LDVIKEGRSS LVTSFSCFKY MSLYSAIQFI TVTILYQRGS
NLGDFQFLYI DLFLILPLAI FMSWSKPYDK LIIKRPTANL VSPKILIPLI CHITVILFFQ
ILLWIVVQRE PWYIRPVPDD DDHVQSSDNT VLFLFTNFQY ILIAVVLSQG PPYREPMTKN
YPFIINLIVA VLLSLSLFLI NGDSSLGDFM QLTNMGSSFY FIIVISAVVN LIIMMIGEES
WFKKIAATYK SVFHRSSLGK SKKIFKNLRR EFSLISTA
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