| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_622 |
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| Symbol | CAT8 |
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| ID | 4837479 |
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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_009042 |
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| Strand | - |
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| Start bp | 2355255 |
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| End bp | 2358281 |
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| Gene Length | 3027 bp |
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| Protein Length | 1009 aa |
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| Translation table | 12 |
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| GC content | 40% |
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| IMG OID | 640388794 |
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| Product | CAT8 controls the key enzymes of gluconeogenesis |
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| Protein accession | XP_001383208 |
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| Protein GI | 150864413 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 1 |
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| Plasmid unclonability p-value | 0.00677411 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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Fosmid Coverage information |
| Num covering fosmid clones | 13 |
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| Fosmid unclonability p-value | 0.437282 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | AAAGTTTCGG TGTCGAAGAC AAATACGAAA ACCATAAAAG CTCCTGGTAG TTCTAAGGAA
AGAGTAGCAC AGGCTTGTGA TAGATGTCGT GCGAAGAAAA CGAAGTGCGA TGGCCGTAAT
CCATGCTCAA GTTGTTCAGC TGTGGGCCTA GAATGTATTG TGTCAGATAA GTTGTCAAGA
AGAGCGTTTC CAAAGGGATA TACAGAGACC TTGGAGGAAA GAATACGACA ATTGGAATCA
GAAAATAAGA AACTTGCTGG TCTTTTGGAT ATTCGAGACG AGCAGCTTGA ATTATTGAAT
TCAGGCTTGA GTGGGTCTGA TATCCAAGCT GACAATACTA AAAATTTGTC TTTAATAAAG
GAAGAACCTG TAGAAGACCA CAATAAGGTC ACTTCTTCAA ATCTCAGCCT ACTTGAAACA
GAGAGCCGTC AACTGACCGA AGTGCATACA CATGATGGCA GTTGTCCTTG TGGATGTTCA
AATCCACATG CTGTTCATGA AAGACCGGTT TCCATAGCAG GATCCATGTA TGATGGACAA
GCCCCAGTTT CTATTGCTGG GTCTATAAAC TTAAGTGATG ACGACGACGA CGATCGTGAT
AGCTTATTGA GCGTTGAAGA GTACCTGGTG ATAGACTATA GGAAACTGAA GCCGTATTCA
ACAAACTTGA GTAACAGAGA AGTCAGTCCC GCGCCTGGAG CGTTCGCTGC TGCTACGGCT
ATCGCTCAGA TGCAGAAGAA TAAAGTATTC CAACAACAAC AGCAACAGCT TGAACACCAA
AGCAAACAAC AGATGCTTAC TTCTTTGGTT GCAATCTCCA TTCCCCGTAG CACAGAAGAA
ACCTTGTTCA TTCCAACCTT GTTGGCCAGA ATTTGCCAGG TTTATGGTTA CAACTCCAAG
CCTTCTATAG TAACAGCAAA TGCTATTGCA TCTTTGAAAG AAAATCCTAA AGAAAGTAGC
AAGTACAAAT CACCTCGAGA AGCTCTACTG AAGTTGATAA TGAACAAAGA TGCTTCGAAA
CTTAATGATG CGGAAGCATC CTTTTTCATC AGAGATTTGA TAAAGTTACC TCCACGAATG
GATATGGACC ACCTAACTAC AGTGTACTTT CAAGACTGGG GAAATTCTCT TCCAATCATG
GACAAAAACG CTTTTTTGAA AAACTATGTA AAACTCCTTG ATATCTTAGA AGGATCACAG
TATACTTCCA ACCCAGATGA CCATGTGTCC TTCGAGCTGA TTGAAAAGTT TGGCGCAATC
ATGGTCATTG TGTTATGTTT GAGTTTGTTG GCTACAAAAA ATGCTCATTT GTCTGGAAAC
AACGAATCTA TCGAGAAATA TGTTGCATAT TTGAACCACT ACGACTATCT TATTCACGAA
TTCATCAAAC CAAACTGTGT GATCACGAAG TACTGTTCTA TTCAATCACT CCAGATATTG
TCATTGGCGT TACATTATTG TTTGGTTACT GGTGATATCA CCACATGCTA CGAATTACGT
GGTAGAGTGA TCAGTATGGC ACAGCAATTA AGGTTACATA GATGTCCTGC TGCTGTTTTA
GGTATCAGCG GAAGTGATGA GAATGTTAAC TTGCAGAATT TCAGGCAAGG TGAAAGGCGT
ATCTTATTTT GGTGCGTTTA TTGTTTGGAT GTCTATTCAT CCTTCAATCT TGGTGTTCCT
AGATTATTTA AGGATTTCGA AGTTGAATGT GCCATGCCAT TTGCTGGCAA AAATGACGAT
GATGACAATG ACAATGTCAA CATCTTGGTT GTCAATAACA CCAAGTTATC TATTGTAGGT
AAAGTTTCCA AGTTTGCCTT AAGTGTGATG CAGTACTGTA AGGTATTAGG AAACATATTA
GATTCTATTT TTTCTAGATA CGAAGCGGCA GAAACCCAGA GTAAGGCACT TGCTAGAGAT
AGAATGCTTG ATTGTTGGAG AAGAGAACTC CCTCCAGACT TGAAGTTTGA AATAGATATC
AATGGTCTTT CACTTAAGGA TACGGGTGAC ATGGCTGATG ATTCCATCTG GAGAAACTAC
TCGAGACAAC AATTGACATT GATATTTTTG TACTACCACT CCAAAATCTT AATTTATTTG
CCAATCATCT CCAAGTATGG TAACCACCAT AACGTTGGAC TTTCAGAGAA AGAACGTCTA
TTCAAAGGTG AAGGTGATGT GGCAACAATA GTATCCAGCG TCAGTATGAT TCAACAATCG
TCTATTCAAA TTCTAGAGGT ATTGAAAAGT TTGTCCAAGA ACACATCTTC TAATGTATTG
CCTATTCCTA TAAATATTGC ACGGGAACAG GCTAGGTTTG CTTTATTGGT AGCCAAGGGA
AGCTTGGATT ACATGAAAGG TGGTCCACTT TACCAGAGTC TGAAACTGTT GTTATTAGAA
ACTATTGGGT TCTTAAATCG TGAAAGTGCC TTTGATATAC CTGGTGCATT ATCTAGAAAC
TCAGTCAAGT TGATGGAGTT GTCTATACTA GGCATTCTTG GTCTTAACTT GAACAAAGCA
TCAATGAACA TAAAGAAAAA GGTCGCACCA GTCAGTCAAC CTATTTCAAG GGCTGCTGTG
GATCGAGATC CATACAATCA ACTGCAGGTA GATTCGACGC GTTCTTCATT TGCAAGAAGT
ACTGCTAGAT CACCCCCATC CAAACTAGGC AACAAGATTG CTGGTGGCGT TCCTGGATTA
TCTGAACAAG AAGTCTTAGC AGCATTGAAT GGTGAGCAGG AAAATTCTAA CGACTTTACT
GACTCAACGA TACCTCCATT AGACACCGAG GTGATGATGT CAGACTCTAA TAACACTGTC
GATGATAGCG ATTTATTAGA GACACTATTG AACTTCGACG ACTTTAAGGT TAACATTAAC
CGACAATTGA TCATGAACGA ATTTGCTGCA GATGGTTCAT TGGGATTGGT TCCATTTTTG
GATATGAACA ATTCCAGTGA CTCCAATGAC AACATATTTA ATGGCTCGTT CGACGTGGTT
AATATGAGCA AAGGCAGTAG CAATGAC
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| Protein sequence | KVSVSKTNTK TIKAPGSSKE RVAQACDRCR AKKTKCDGRN PCSSCSAVGL ECIVSDKLSR
RAFPKGYTET LEERIRQLES ENKKLAGLLD IRDEQLELLN SGLSGSDIQA DNTKNLSLIK
EEPVEDHNKV TSSNLSLLET ESRQSTEVHT HDGSCPCGCS NPHAVHERPV SIAGSMYDGQ
APVSIAGSIN LSDDDDDDRD SLLSVEEYSV IDYRKSKPYS TNLSNREVSP APGAFAAATA
IAQMQKNKVF QQQQQQLEHQ SKQQMLTSLV AISIPRSTEE TLFIPTLLAR ICQVYGYNSK
PSIVTANAIA SLKENPKESS KYKSPREALS KLIMNKDASK LNDAEASFFI RDLIKLPPRM
DMDHLTTVYF QDWGNSLPIM DKNAFLKNYV KLLDILEGSQ YTSNPDDHVS FESIEKFGAI
MVIVLCLSLL ATKNAHLSGN NESIEKYVAY LNHYDYLIHE FIKPNCVITK YCSIQSLQIL
SLALHYCLVT GDITTCYELR GRVISMAQQL RLHRCPAAVL GISGSDENVN LQNFRQGERR
ILFWCVYCLD VYSSFNLGVP RLFKDFEVEC AMPFAGKNDD DDNDNVNILV VNNTKLSIVG
KVSKFALSVM QYCKVLGNIL DSIFSRYEAA ETQSKALARD RMLDCWRREL PPDLKFEIDI
NGLSLKDTGD MADDSIWRNY SRQQLTLIFL YYHSKILIYL PIISKYGNHH NVGLSEKERL
FKGEGDVATI VSSVSMIQQS SIQILEVLKS LSKNTSSNVL PIPINIAREQ ARFALLVAKG
SLDYMKGGPL YQSSKSLLLE TIGFLNRESA FDIPGALSRN SVKLMELSIL GILGLNLNKA
SMNIKKKVAP VSQPISRAAV DRDPYNQSQV DSTRSSFARS TARSPPSKLG NKIAGGVPGL
SEQEVLAALN GEQENSNDFT DSTIPPLDTE VMMSDSNNTV DDSDLLETLL NFDDFKVNIN
RQLIMNEFAA DGSLGLVPFL DMNNSSDSND NIFNGSFDVV NMSKGSSND
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