| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_53820 |
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| Symbol | |
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| ID | 4851624 |
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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_009068 |
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| Strand | - |
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| Start bp | 2367928 |
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| End bp | 2371644 |
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| Gene Length | 3717 bp |
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| Protein Length | 1183 aa |
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| Translation table | |
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| GC content | 40% |
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| IMG OID | 640393332 |
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| Product | predicted protein |
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| Protein accession | XP_001387026 |
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| Protein GI | 126275077 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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| Plasmid unclonability p-value | 0.877693 |
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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 | 9 |
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| Fosmid unclonability p-value | 0.117257 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | AACTCCATTC TCATCTCGAA GTCGTCTAAT GCTACCACTA CAATCTCAAC GAACGACCCT
ATCACACCTA CTGTATCGTT ATCAGATGCG AACAGCTGCG ATTCTTCACC CACCGGATCT
CCTAAAAGGG AGGAAGACTT GAGACACAAC TTGCTAGGCA AGGTCACGGG CTTCTTCCAC
AAATCGATAA CACGTTCCAG AGATAATTCG ATATCATCCG GAAGAGATCC ATTAGATATG
CTCCAATCTC CCCCCATATT AAAGACTCCT TCAGCTCCAT GTACACCCAA GGAGTCTCCC
TCTGATGTCT CTACTGTCAC GTTGAACCAT TACCGCTTTC CACAGTCTCC ATTAAAAAAG
TCTTCGCCTC CAGTCAAGGA AACGAAGAAA GTGTTCTTAG AATATGATCC TATAAGTAGA
AGGAAGGTGT TGAACACATA CGAAATATTA AGAGAAATCG GAAAAGGTGA ACATGGGAAG
GTGAAACTTG CTAAAGACTT GATACACAAT GAGCTTGTAG CAATCAAGAT CGTCAATAGA
AAGTCCAGAC GTGACAGAGC GTCCATGCGT ATGATGCGTA GATCTTCTTC CAAACCAAAT
GCTTTCCATA ACGATTATGA AGTGAAGATT AAGCGTGAAA TCGCTATCAT GAAGAAATGC
AACCACAAGC ACATCGTCCA ATTGAAAGAA GTCTTGGATG ATTTAAATTC AAATAAAATC
TACCTTGTAC TAGAATACCT TGAAAAGGGA GAAATCAAAT GGAAGAGATA CGAATCTGAA
GCTGCTGTAA CTCCAAGGAC TGATGAGATT CCTTGCTGTG GAAGTAATCC CTTGTACAAT
ATAAAACATC CTCATCACGA AGATGACTTC TTGTTGTCTG ATATATTTTC GCCAAATTTG
ACCTTTAGAC AATCTCGTAA AATTTTCCGC GATGTGTTGT TGGGTTTAGA ATATTTGCAT
TTACAAGGAA TTGTACACAG AGATATCAAA CCAGCCAACT TGTTGGTTAG TTCAGACAAT
ATTGTCAAGA TCAGTGATTT TGGCGTGTCG TTTGCTTCTT CATTGAACGA AAACGATGAA
GGGTACCTAG TAAATGAATT AGAATTGGCA AAGACAGCTG GAACTCCAGC ATTTTTCGCT
CCAGAATTAT GTCAAACGAA CTTTAGCAGT TCTACACTGG AGTTGTCATC TTCGAGAAAC
TCTGCATCTT CTTTAGAAAT CCTTAAGAAT GACACTTTAA AGATCACAAA AATTCTACCC
AAGATAGATT ACAAAATTGA TATTTGGGCC CTTGGTGTTA CGTTATACTG TTTGTTGTTC
GGAAAAGTTC CTTTCAATGC TGACTCGGAG TATGAATTGT TCCAAGTGAT TGTAAATCAG
CCGTTGATCT TCCCGGAAAA CAAAGATGCA TTTCATTCTC CTACTAATGT TACCGAGGAA
GAATTCGACT TGGCCAAGGA TTTATTATCT AAATTGTTGG ATAAAAATTG TGCGACTAGA
ATCGAAATTA AAGATATCAA AATCCATCCA TTTACTTTAA TGGATTTGGA AAATGATTTG
GTAGCTTTGG ATGATTTACT TCATATGAAC AATGTAAATG ATGAAGATCA CGTTCAACTA
GACTTCGAAC TTGAAGAAAA AGATATTGTT CTGCAAGAAG AGATTGACAA TGCCGTCATT
GGATTTGGTA ACAGAATCAA AAGAAGTTTG GTAACTGCTA TTCGTGCTGG CGGTATGAAA
GATAGCGAAA TCAGAAACAA GTTTGCCGCT TTGCAAATGG AACACTCCAG AAGTACCTCC
AGTGAAGATT CGTCCAGTAG CAATTCCAAT TTCAATTCTT CGACAAGATT AACAGCAAAT
TTACACAACA ACCATTCCAT GATTCTTTCT GAATCTTTCC AAGTCAGTAC ACCTCCAGTT
TCAGGAGCAA TTATCAATAC AAGAGGCATA TCACATCAAT CAGATCACCA TACTTCTGTT
CCACATGTCC CATCGCATTT ATCTCAACAA CTTTCAGTGC CTCCACAGCC AGCTATTCAC
CCTCAGCAAT TACAGCCATC TCCATCTGTA GCACGTTCTT CCTCGTATTC TATTGCGGGC
ATTAGTAGAG AGGGAAGAAG CTTACTTCAA GACATGATTG ATTCGCATAG TTCTTCTTCG
AGTAGAAGAG GTTCTGTTGG AGTTATAGAA GCTCCACAGA TTGAAACTAA GAGAAATGTT
GGAGGCGATT TATATTTGAC GAACCAATCG GCGATGGATG CTTTCAAAGG TATACAAGAA
CAGGACGACA AACGGAGAAG AAACTCCAGT ATGTTCTCTA GCAAACATTC ACAGCCAAGC
ACAGCCAAGA ATTCCATTAG CTCAGCATCT GATGAGAATT CTAAGTATCA CCATCATCAC
ATTAACATTG CTGCTCCAAT TCCAGTTCCT GCTGCTCCTT CCACAACTCT TTCCAGTAAC
TTCCCACCGC CAAAGAAGAC TGAGAATCAA TTGAAGATTG GTCCTATCAG TATCGAGAAT
GATAGAAGAC CATCTTCTGT AATGTCATTA CCTTTGAGTG AAAGTTTTGC ATCATTGGAT
AGTATCAATG ACGAATATCT CACCTTGAAG TATCAAGAAT ACACGAACAA TAAGCTCAAA
CTTGGAGAAA GCCGTGGAAC GGAGTTCCAT TCAGATCCAA ACCTTTTCCA TCATTCTCCA
GACGATGTTA CGTATAACAT TAGTGAGAAG TTCAAAGTTT TTGATTTAGG TTCGCTGATG
AAAAATCAAC TGGTGAAGGA GGATTCTGGA AATACAGGAA ACTCTAGAAA TTACGACCAT
GAAGGAATTG CACCAACTAC GATGCCTCTC TCCAAGTATA CCACCTCTTC GTCGTACTCG
TCATATTCTT CGAAATCGAC ATCTAGTGAT GAAGAAGATG ATAGTGATGA GGAGGGTAAT
CTCACGCTTG CTTTCTCTTC AAAAGTCGCA CATCCTTCAA GACCGAATTT CTTGACTTTG
AACCAGAGAG CCAAGTCTCA TGAATCTAAC TTACCCCGGT TGATTCATAG TAGTGATCCC
AACAATCACC CAACGTATGA TGTGCCTATC GTTTTTCAGG CTGATTTACC TGTTTTTGAA
GATGTACCAG AAGACTTGAT GGCCAATGTT CCCAGAATGA GTGTGACTGA TTCTGTAGAA
AGTGCTAAGG TTCCAGCACC AACAATTGAT ACTCATGCTA TTGTTGCGTC TCATTCTATG
GTTTCCAGCA ACGGATCCAG TTCTACTTTG ACTCCAGACT ATTCGAATGC CTCTGTTTCA
GAACTGAACC AAAATGGAAA GCCAGGAGTG TCGTTTACTG GGTTTTCCGC TGTTAGTGAA
GCTGGTGCCG GCAAAAAGAT CATTGCAAAC TTGAACAACA GTCAGGTACG GGTCCCTTCA
CCGTTGGTAA ACAGTATGTT TCATTCCAAG AGTACCAATG CCGCCATCCC AAGTGAGTCC
AAAAGAAAGA TGGGATTGAG AGAGAATATA TTTAACAGCC AGTTCAATAA TCACTATAAG
AAGGATCCGG TATATTCGCC GTTCCCCAAG GCTATACATC TCGATAACGA CAAGGAGGCA
CTTGTAAGAG CTACTAGTGA GAAACAAAAT AGCAATAGAC CCAACTACTA TAGATCGAAT
TCGATCACCG TTGGTCTCTT GCAGCATGTT CGAGACGGCG GCCTGGAAGA TGCTTAA
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| Protein sequence | NSILISKSSN ATTTISTNDP ITPTVSLSDA NSCDSSPTGS PKREEDLRHN LLGKVTGFFH
KSITRSRDNS ISSGRDPLDM LQSPPILKTP SAPCTPKESP SDVSTVTLNH YRFPQSPLKK
SSPPVKETKK VFLEYDPISR RKVLNTYEIL REIGKGEHGK VKLAKDLIHN ELVAIKIVNR
KSRRDRASMR MMRRSSSKPN AFHNDYEVKI KREIAIMKKC NHKHIVQLKE VLDDLNSNKI
YLVLEYLEKG EIKWKRYESE AAVTPRTDEI PCCGSNPLYN IKHPHHEDDF LLSDIFSPNL
TFRQSRKIFR DVLLGLEYLH LQGIVHRDIK PANLLVSSDN IVKISDFGVS FASSLNENDE
GYLVNELELA KTAGTPAFFA PELCQTNFSS STLELSSSRN SASSLEILKN DTLKITKILP
KIDYKIDIWA LGVTLYCLLF GKVPFNADSE YELFQVIVNQ PLIFPENKDA FHSPTNVTEE
EFDLAKDLLS KLLDKNCATR IEIKDIKIHP FTLMDLENDL VALDDLLHMN NVNDEDHVQL
DFELEEKDIV LQEEIDNAVI GFGNRIKRSL VTAIRAGGMK DSEIRNKFAA LQMEHSRSTS
SEDSSSSNSN FNSSTRLTAN LHNNHSMILS ESFQVSTPPV SGAIINTRGI SHQSDHHTSV
PHVPSHLSQQ LSPSPSVARS SSYSIAGISR EGRSLLQDMI DSHSSSSSRR GSVGVIEAPQ
IETKRNVGGD LYLTNQSAMD AFKGIQEQDD KRRRNSSMFS SKHSQPSTAK NSISSASDEN
SKYHHHHINI AAPIPNQLKI GPISIENDRR PSSVMSLPLS ESFASLDSIN DEYLTLKYQE
YTNNKLKLGE SRGTEFHSDP NLFHHSPDDV TYNISEKFKV FDLGSLMKNQ LVKEDSGNTG
NSRNYDHEGI APTTMPLSKY TTSSSYSSYS SKSTSSDEED DSDEEGNLTL AFSSKVAHPS
RPNFLTLNQR AKSHESNLPR LIHSSDPNNH PTYDVPIVFQ ADLPVFEDVP EDLMANVPAP
TIDTHAIVAS HSMVSSNGSS STLTPDYSNA SVSELNQNGK PGVSEAGAGK KIIANLNNSQ
VRVPSPLVNS MFHSKSTNAA IPSESKRKMG LRENIFNSQF NNHYKKDPVY SPFPKAIHLD
NDKEALVRAT SEKQNSNRPN YYRSNSITVG LLQHVRDGGL EDA
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