| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_79239 |
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| Symbol | STT4 |
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| ID | 4840518 |
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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_009047 |
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| Strand | - |
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| Start bp | 350549 |
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| End bp | 356353 |
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| Gene Length | 5805 bp |
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| Protein Length | 1910 aa |
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| Translation table | 12 |
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| GC content | 42% |
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| IMG OID | 640391833 |
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| Product | phosphatidylinositol-4- kinase involved in protein kinase C pathway |
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| Protein accession | XP_001386270 |
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| Protein GI | 150866615 |
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| COG category | [B] Chromatin structure and dynamics
[D] Cell cycle control, cell division, chromosome partitioning
[L] Replication, recombination and repair
[T] Signal transduction mechanisms
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG5032] Phosphatidylinositol kinase and protein kinases of the PI-3 kinase family |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.393825 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGATTTTA CAGGAATATC CCGAGGTTCT ATACGTGGAG AAGCTCTCCA AAAGTTGGCC
AAACTTTCGG TGGAACATGC TCCTGCCTCT TTGCCTCCTA CTGGAATCAG CGAACAAGGC
AATAGTCTCG ACGAGTTTGG CACATTGATG TCATTGGCTC CCAAGGAAGA GACTACTGAC
GAGGAAGAAG ACTTGTCTGA GATTCCCATC ACCACCAAGG AGTACGAGGT TCTCATTGCC
TTGTGTGATT CGACCGGATT TGCCGTCAAG TTTCCTCCTC AAGTGAAGTT GTTGTTGGAC
AAGTTCAGGG TTTATCTTTT GGAGTTGCCC AACCAGAAAT TCAACCATCT GCTTGTAGCA
TCCGCACGCG AGTCTCCTCC GTGGGCTGTA CTTGGTGAAA AGTTGACTAC AGCTTTGATC
AACATCGCCT ACAAATTCGA CAAGAAATAT CTTGAAAATG TATTGGATAT CTTTCTGGAG
TTCAATGAAC GCTTCTTCAG CTTCGAAGAG CCCGAAATCT CCAACTACTT CACGTTGTTG
GGCTACATCG ACGCTTTGAG CAAGAACTCA AAGATATTGA CTGAATCTCC TAAGGCTTTC
AAGATTTTCC TCACTGTGGA CACATGTATC GACACTTTTG ATTTCTTGAA CGATATCGAA
TGGTACTCCG ATGCTATTTT CACTGAAACT AGCGACTATT CTATGTTGTT GGAAAACGAG
TATATCGTAG ACTTCTCGCC AATCCTCTAC CTTGAAAAGC TCAGTAAGTT GATGGCTTCT
ATCTTGAACT CTATTGTCGG GAACAAGGAC AAGTCGTTGT TGGAGTACGT TTTGGACAAG
GTCGCCAGCA AGTACAGCGA TTCGGAGAAA TTGCCTAACG GCCAGGATTT GTCCAAGGAC
AACTTGGACA TCTCCCAATC TCACATGCAG ATAATCAAAA CGTTGTCCGA TCTTGCCATC
CACAAGATGG AATTTTTAGA TAGAGGTGAG ACCTATATTG TATACTCTAC CTACAAGAGA
TTGAAGCATG GGTACTTGGC AAAGAGCCAC AACATTGAAG TGATTAGTTG TGGTATGTTC
ACTGACAATG TTGACCTCAA GATTGCCAAA CGATTCTTCA AGATTTGTCT GGAAATTAAG
GACGTGATGT TGGACCCAGA TTTGGGGATC AGCACACTAC AACTTGGCTC GCTCTTGGTG
TTTAAGGACG ATCTGGTAGG TTCCTCTTTG ACGCGAACCT TCACTTCCTT AGTGGCCAAT
CCTAAATTCA ATACTGACTA CTGTATTGAA GCTTCTAAGT GCGTAGGGTT TGCCAGTAAA
GTCATGTCTC AAGATGCTGT TATCACCACT ATCTACGCAT TGACAAATTT GTTGTTTGTT
GGTAACGACG GTCTACAGTT GCTGAACAGA AATTCAGTTA GACGTACAAA TGGTCCGATT
TCTCGTGCTC TTGATGGCTT GTCTCTCCGC GACGTACCGT TGTCTAGAAG AGCCTCTATT
TCTTCATTGC CAACAAACAC TAGTAGAACA AATCTTTCTA TTAGAAGTGT GGCTGGAGAG
TATGACGAGA ACGACTACAA CAAGGTATGC GAAAATGCTG TCACTTCCAT CATTGAGATC
TCTCAAGCTT GCAATGACGA AACAATCCCT ACTTTGGCTG TCACCATCTT GTCGCAAAAG
ATTACAAAAT TGGAGACACC AATCGGTGGC TTGTTGCTTA AGGGATTGGC AGCTTGTGCC
CCTTTCTTGC CAGAAAGAGA GTTCACTATT TTAGTGAGAT TATTGAACAG ATTGTCTGTT
GATGCCAACG ATGCCAAGAA TGTGGTATTG TTAGATGATC TTATTGCTAC CAGAGTTTCT
CTCTCGCGCA AGTTGAAGAA GGATAACCCC TTGTATTTGA TCTATTTGAA AGAGATGTTA
CAAGCGATCA TCAGTAAAGG TGATGTTCAA GTATTGGAAC ACCACAGATC TCACAATGAG
ATCAGCGAAA TTGGTGATCA GATCGCAATT TACTTGAAGC CATTGGCTGA GATGTTGCCA
GATGTTCGGA AGGGTGATGA TCCTTTAGTT ATTAAGGAAA CTGAGACTAT CAATCTCTTT
CGCAACATTT GGTTCAACAT GGTTGTGCAT GGGTATTCTA TCAATTCTAA AAATTCCAAG
GCCTATTCTA AGGAATTAGA GAGAATAGCT TACAACACGC CACCATTGGC ATCCGAATTG
TCATGGGATA GAACAGAGAC ATCTTTGGAA ATGAACACTG TTTTGAGAAG AGGATCTTCC
AATCACAATA TCAAAGATCA CAGACATATT ATAGGTGATA TCTTTGAAGT TCACAGAAAT
TTGTCTTACC CCAAGTTGAT CTTTTTGTCT GCCACTGTAT TTGTTGAATC GTTAAGAGTC
AAGTCGGGCG ATTGTGCAAC CATCTTGCAA TACTATTCTG ACCCCTCGAT CAAAACTAGT
GGCGTTGAGA AGTATATTGG CTTCATTTCT TTCAAGATTG TTAAGGATTA TATCTACTTA
GTCAGCTGCG GCGCCAACAA ACAGTTCACC GCAGAACACA TTGCTCTGCA ATTGACAAAC
ATCTTGGTTT TCTGTTGTCA CAGACTCGAA GATTTGCAAG ATGCCGCTGT TCAATGTGCT
GATTTGTTAA TCAACAAGGT TCCTTCTTCT TTGTGCCACC ACAGAAGTTT GTACACGTTA
TTTGACTTAT TGACGATACT CTTCGATAGC ATTGTCGATG CTGAAACCCA TCAGTATGAG
CCAACTACAT CTTATCGTGC CAAGAGAACT GGTATCAGAA TATCGTTATC AGACTCCTAT
AAGTGGAGAA ATGAAACCTT CAATCGTTTG CACGAGAAAT CAAAGCACTG GCTCAAATTG
GTTTTGCACA AGAGTAGTGT TGATGTGAAA AGTTTGATCC AGTCGTATGT CACCGAAGGC
GAGCGTTTCC AGAGTGCAAA GAGGCTTGAT TTTGGTGTCT CCTTTGCTCT TGAAATGGCT
GGTAGTATTC TTGCCAATGA CAGGGAGTTG ACTCACATTT CACGCTACCC TGTCAAGAAC
TTGAACACAT TGCCCACTTT GGTTTCACAA TTAAACTGGA GAAGTGGCTT TGTAGATGAT
TTGGTAGATC AAATACCCAA GAATACTCGC ACGTTGGATT CGGACGAAGC TCTTGCTGCT
ATTAGAGCCA AAGTCATTGA GCTTGGTGTC AAGTCAGGTG CAGACACTGT CAACAATCAT
GAGGTTATTG ATTTGCTTAC AGAGATTGCT GGATTTACGT TGATTACCGA AAGTGACCAA
TCTGAATTGG TCCGCTATTT GGTAGATGTT CCATTCCAAT TTTTTGAACC AAGCATTATG
GACGCTGCTA TTGGCATTTG GTTTGCAGTT ATGAAAGACC GACCAAATCT GGCAATGTTG
TTGCTCAGTG AAGTAGCAAA GAAGTGGGAA ACTACTATTG AATTGGGCAA GGGTCTCTTT
AGCAAAGAAC AAGATATCGA GGATCCCGAA TTCAGCAAAA TGGAGTACAG TCCAAGTGAC
CGTAAGACTG TTAACCGTAC TGCTTTCAAG ACTGCCCGTA GCTTTGAACC TCACTTACTT
ATTATTGAAT TGTTCTCTTC CAGTTTCCAA GCAACCTTGA ATCAGAGTGA CCATTTGTTG
AAGTTATACA CCAGGTTTGT CGAAGTTGGT TTGAAGAGTT TGGAAACGGC CAGTCTTCAT
CCTTTTGCCA GAATCGGTAG ATTTGAATTG ATCAGGTTTT CTTTTGATGT GTTGAACTAC
CATCACAAGT TGGGTTCTAG AAGTACTGCA AACTTGACCA AGTTGATCTT GAATGGTTCT
TTGTCTTGGT TCAAGCAAAG ATCGGCTTAT CCATTTGGTT CCAACATTCT TAAATTTAGA
GCCGATTACA CTTTGTTGAA GGAAGTTGCC CGTTTGGTCA ACAACATTCC TGTTCATCGC
CTGGAGGATT TGGAATCTAG AAGGACTCTT TTATCCTTCT TCTTGGATGA TGAGATTTCT
AAGATTTCTG TTTGGTTAGA CCCATTAAAT CCACTGGAAA CCACGGGTTC CTATGTCTCG
CAACAGATTT CTTCGTCTCA TATCACCAAG GCATTCAATA TTGATCCTAT TTTGGCGGTG
AATTTGGCGT TCAGATATAA GTCTAAGAAC TTGGATGACG TGTTGCAATC GTTGATTGTA
AAAAACCCAT TACCGGCTAT TTCATATCCC GATGCTGTTC AATTCTTCAT TGGTCTCAAC
GCAGGTACCA ACATGCCTTC TCATCACTTG TTGTTCTGGG AAGCTTTGGC TCCAATTGAT
TCGATTACTC TTTTCTTGCC ACCTTTTAGT AACAACCCGT ACATTTTGCA ATACACCATG
AGATCGTTGG AACACCACGA TGTCAATTTG ACTTTCTTCT ATGTTCCACA AATCGTGCAA
TGTTTGCGTT ATGATCAAAA GGGATATGTT GAAAGATTCA TTCTTGAAAC AGCAAAGGTT
TCTCAGTTGT TTGCACATCA AATCATCTGG AATATGTTGG CAAATAGTTA TAAGGACGAA
GAATCAAGTG AACCAGACTC GATCAAGCCA GTTCTTGATA AAATCCAAAC AAAGATGCTT
GCCTCCTACA GTCAGGAAGA TTTGGCATTC TACGAGAAAG AGTTTGGTTT CTTTAACGAA
GTCACAGGTA TCTCAGGTAA GTTGAAGCCA TACATCAAGA AAACCAAGGC CGAGAAGAAG
GTCAAGATCG ATGAAGAGAT GGCCAAGATC GAAGTCAAGC CCGGTGTTTA CTTGCCATGT
AATCCTGATG GTGTAGTTAT TGATATCAAC CGTAAGTCCG GTAGACCCTT GCAATCGCAT
GCAAAGGCTC CCTTTATGGC TACTTTCAGA GTCAAGAAAG ATGTTGAAGA AGTTCAAGAG
TCTGGAGAAA TCAAGACCGT TACTATTGAA AAGTGGCAGA GTGCTATTTT CAAGGTTGGT
GACGATTGTA GACAGGATGT TCTTGCATTG CAATTAATTT CTGTGTTTAG AACAATTTGG
ACAAATGCTG GTTTGGATTT GTATGTTTTT CCAAACAGAG TTACTGCCAC TGCTCCTGGT
TGTGGTGTTA TTGATGTGTT GCCTAATGCT ACTTCGCGTG ATATGTTAGG AAGAGAAGCA
GTCAACGGAT TATATGAGTA TTTCACGACT AAATTTGGAC CCGAGACTTC ACCTGAGTTC
CAGACAGCTC GTAACAACTT GATCAAGTCG TTGGCTGCGT ACTCTATTAT TTCGTATCTT
TTACAATTCA AAGACAGACA CAACGGTAAC ATCATGTACG ACGACCAAGG GCATGTGTTG
CACATTGATT TCGGTTTCTG TTTCGATATC GTTCCTGGTG GTGTTAAGTT CGAAGTGGCT
CCATTCAAGT TGACTCATGA AATGATTGCT GTGTTGGGAG GACGGATCGA TACACAGGCT
TTCAAGTGGT TCGAAGAATT GTGTGTCAAG GGTTACTTGG CCTGTAGACC ATACATGGAG
ACAATTGTGA GATGTGTCAA TCCTATGTTG GAAAGTGGGT TGCCATGTTT CAAAGAAAAC
ACTATTAAGA AGTTGAGATC GAGATTCGTG CCTGGGAAGT CGGAGAAGGA GGCTAGTTTG
TACTTCAGAG GCTTGATAAA GAAGTCGATG GAGAGTTTCT ACACCAAAGG TTACGACGAG
TTCCAGAGAA TTACCAACGG TATTCCATAC TAGTCCGCTC TTATACTTCA CTGTGTTCTT
TACTACATAC TATACAATAC TAATGTACAA CTGTTCTATT TTAAA
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| Protein sequence | MDFTGISRGS IRGEALQKLA KLSVEHAPAS LPPTGISEQG NSLDEFGTLM SLAPKEETTD
EEEDLSEIPI TTKEYEVLIA LCDSTGFAVK FPPQVKLLLD KFRVYLLELP NQKFNHSLVA
SARESPPWAV LGEKLTTALI NIAYKFDKKY LENVLDIFSE FNERFFSFEE PEISNYFTLL
GYIDALSKNS KILTESPKAF KIFLTVDTCI DTFDFLNDIE WYSDAIFTET SDYSMLLENE
YIVDFSPILY LEKLSKLMAS ILNSIVGNKD KSLLEYVLDK VASKYSDSEK LPNGQDLSKD
NLDISQSHMQ IIKTLSDLAI HKMEFLDRGE TYIVYSTYKR LKHGYLAKSH NIEVISCGMF
TDNVDLKIAK RFFKICSEIK DVMLDPDLGI STLQLGSLLV FKDDSVGSSL TRTFTSLVAN
PKFNTDYCIE ASKCVGFASK VMSQDAVITT IYALTNLLFV GNDGLQLSNR NSVRRTNGPI
SRALDGLSLR DVPLSRRASI SSLPTNTSRT NLSIRSVAGE YDENDYNKVC ENAVTSIIEI
SQACNDETIP TLAVTILSQK ITKLETPIGG LLLKGLAACA PFLPEREFTI LVRLLNRLSV
DANDAKNVVL LDDLIATRVS LSRKLKKDNP LYLIYLKEML QAIISKGDVQ VLEHHRSHNE
ISEIGDQIAI YLKPLAEMLP DVRKGDDPLV IKETETINLF RNIWFNMVVH GYSINSKNSK
AYSKELERIA YNTPPLASEL SWDRTETSLE MNTVLRRGSS NHNIKDHRHI IGDIFEVHRN
LSYPKLIFLS ATVFVESLRV KSGDCATILQ YYSDPSIKTS GVEKYIGFIS FKIVKDYIYL
VSCGANKQFT AEHIASQLTN ILVFCCHRLE DLQDAAVQCA DLLINKVPSS LCHHRSLYTL
FDLLTILFDS IVDAETHQYE PTTSYRAKRT GIRISLSDSY KWRNETFNRL HEKSKHWLKL
VLHKSSVDVK SLIQSYVTEG ERFQSAKRLD FGVSFALEMA GSILANDREL THISRYPVKN
LNTLPTLVSQ LNWRSGFVDD LVDQIPKNTR TLDSDEALAA IRAKVIELGV KSGADTVNNH
EVIDLLTEIA GFTLITESDQ SELVRYLVDV PFQFFEPSIM DAAIGIWFAV MKDRPNSAML
LLSEVAKKWE TTIELGKGLF SKEQDIEDPE FSKMEYSPSD RKTVNRTAFK TARSFEPHLL
IIELFSSSFQ ATLNQSDHLL KLYTRFVEVG LKSLETASLH PFARIGRFEL IRFSFDVLNY
HHKLGSRSTA NLTKLILNGS LSWFKQRSAY PFGSNILKFR ADYTLLKEVA RLVNNIPVHR
SEDLESRRTL LSFFLDDEIS KISVWLDPLN PSETTGSYVS QQISSSHITK AFNIDPILAV
NLAFRYKSKN LDDVLQSLIV KNPLPAISYP DAVQFFIGLN AGTNMPSHHL LFWEALAPID
SITLFLPPFS NNPYILQYTM RSLEHHDVNL TFFYVPQIVQ CLRYDQKGYV ERFILETAKV
SQLFAHQIIW NMLANSYKDE ESSEPDSIKP VLDKIQTKML ASYSQEDLAF YEKEFGFFNE
VTGISGKLKP YIKKTKAEKK VKIDEEMAKI EVKPGVYLPC NPDGVVIDIN RKSGRPLQSH
AKAPFMATFR VKKDVEEVQE SGEIKTVTIE KWQSAIFKVG DDCRQDVLAL QLISVFRTIW
TNAGLDLYVF PNRVTATAPG CGVIDVLPNA TSRDMLGREA VNGLYEYFTT KFGPETSPEF
QTARNNLIKS LAAYSIISYL LQFKDRHNGN IMYDDQGHVL HIDFGFCFDI VPGGVKFEVA
PFKLTHEMIA VLGGRIDTQA FKWFEELCVK GYLACRPYME TIVRCVNPML ESGLPCFKEN
TIKKLRSRFV PGKSEKEASL YFRGLIKKSM ESFYTKGYDE FQRITNGIPY
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