| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_67669 |
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| Symbol | |
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| ID | 4838563 |
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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 | 1476222 |
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| End bp | 1479575 |
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| Gene Length | 3354 bp |
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| Protein Length | 960 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640389878 |
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| Product | predicted protein |
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| Protein accession | XP_001384585 |
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| Protein GI | 150865388 |
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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 | 6 |
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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 | 20 |
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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 | ATATAGGCCA GCCTATCTAA GTGAAGTATT CCGTCCTACG ACATTCATTG TCACTGTAAA
GATTCTGTTA ATCCATAGGA CTGGTTTTTC ATTCTCATTC CATAAAAGCC TACAACTTCA
CTTCAATCTT CAATTCTTAC ATCTTCACAT TTCCATTCTT ATTACATAGC TTTTACCATT
AGCTTCCCAT CGGCCGTATA CCCATCACAC TCATCGGAGC GAGCTATTGC TACAGTTATT
GTCATCCACA TCCACATCTA CTTTGTTTCA TTATCAAAGT CTCATTTTTC AGAGAGCCAT
TCCTTTAATT CTTCAATCAT AAACAATTCG TAAATGAATG GTGCTTCCCG AGTGATCAGT
GATCAGAATC AGCGAGCTCA ACTAGCAGCG CAGTTCAACG ATTTCTACCT CCACATAACA
CTGCCCAACG TCACCCAGAT TGGCAATTAT CGTATCATCG AAGAGATAGG CGAGGGAGCC
TTTGGCAAGG TTTACTTGGC CAAGCATGTC TTGCTTAACA TAGAAGTAGT CTTGAAATGT
GGACTAGTCG ATGATCCCAA TATTGTACGA GAGATCTACT ATCACAAGCA GTTGAAACAC
AAGAACATCG TAAGTCTCTA CGAGGTTATC AAAACAGAAT CGCATCTCTG GCTCGTTCTC
GAGTATTGTC AGGGTGGGGA ATTATTTTAC TATATATACG AGAAAAAGCG TCTAGATTAT
CGAGAATGCC AGCACCTTTT CTTTCAGATA GTTCTAGCCT TGAGACATGT CCATCTGCTT
AATCTAAGTC ATCGAGACTT GAAGCTAGAG AACATCTTGC TTGCGGACAA AAAGAGGTCG
ATTGTCAAGA TTACAGACTT TGGCTTTGTG CGGGAGTTTG ATCCTCTGAA CAGGCGTTTT
TTGTCGACTA TCTGTGGAAC CACAGTCTAT ATGGCACCAG AGTTGTTGAA GAACGAGAAA
TACTCAGGTT TTGCGAGCGA TATCTGGGCT CTCGGAGTAA TTCTCTTTAC TATGATATAT
GGTGAGATGC CCTTTGATGA AGATGACGAT CTCAGAACAA AGTACAAAAT CGTCAATGAA
GAACCTTTCT ACAGAGACAA TATACCGCAA CATTTAGTCC AACTTATCCA GAAGATGCTA
TCCAAAGATC CCAACGAAAG ACCGCATCTC AACGACATCT TGAACTCGCA GTTCTTGATA
GACATCCACA ACAAATTCAC CGAGAGAGAC TCCAAAAAAT ACAACGACAC TGAGTCGATC
ATTTCTATAC ATCAGTACTA CAGCAATTGC GCCAGACCGT TCCAGTCTAA AGTAGAGAAA
GAAATCATAA AAAGACTTCA GAAGTTGAAC TTCGACATAG ACGAACTTCA AGCTTGTGTT
TATAGCAATG ATATGAATTC GTTAACAGCT TTCTACGAGT TAATGTTGAC ACAAGAGTTC
TCCAAGAAGA AAAGGAAGTA TTATAGAGAG AAGCAGAAAA AATACTACGA GGCCAAAAGA
ACACTCCGCA AATCAAGAAA GCGAGTTAAG AGTGCACTTT CGCTATCTGA CCTGAGTGTC
ACTGGTAATG CTCCACCTTT AGAGAGAATC ATTTCCAGTT TGAGTTTGTC GTCCAACAGA
AATGGTAGCC GTGCAGCGTT AAATAAGACT GTAGAGTCGC GTATGTCTTC AGATGGTGCA
GAAAGACGAA GTTCTCATAC CAGAACGGCT TCTGGCTCTG GGCCCACTTT ACGAATCGAC
AACAATGGGC TATTAAACGT GGGCTCTTCT CCAGGCTCGC CTACCTCTAC CAGATCACGA
GGAGCTCCTG ATACACCACG AGAGAGAGAA AATCTGCATG CCACCGTAGA AACTGGCCCA
CCGTTGCAGA GAATCGTATC CTTTGTGCCC GAGGATAATC GAAGACGATC TGATATTTCT
GTGGTTGCAA GCAACGAGCC ACTCAAGAAG AAGATCAAGA ACGGCAACTT CTTAAACAAG
ATCCAGTTCT GGAAGAAATC GAGAAAGGAA GAAGACTTGG ACTCAAACTA TAGTGTCCAT
TCCAGACAGT TCCCAAAATC TTCAACTGAC TACAGTAACG AAAAAAACGA AGACAGACCT
CTAGAAATCA CCATAAACCG TAGTTCACCT TCACGTGATA TGAATGACGT TAACAGTGGC
TCTCCACATG CAGAGCACAG ACATCTGGAA AGACATTCAG GACCACTCAT GGAGAATTTC
ACCTTGAATC AGCCAGCTTT GACGATGCGC AAAGATGATT CGATTGAAGA TCCGGCAGTT
TCCTTGACTT TAAACGAGAC GAATTCTCCT ACACCACCAG TAACCGACCA ATCGGGTTCT
CGAACTGTGA GAACCAGGCC GACTTCGATG ATTTCACAGA TGAGTCAAGT GAGTCATTTG
AGTCAGATGT CAACGATGAT GTCGGAATCG GAATTAGATA TCTTGGACGA AACGGATACT
ATGGACGATG AATATGACGA TGACGACGAC GGAGCCTATG AGTCGAGTTT GAACATCTCG
CAAGACTTCA CCAGACATCT GTCGACAGCC ATGACGCCGA CGTCGAGTTT TGGAGCGAAT
GCGCAGCTGA AGTATGCTTC TGCAAAGAAG CGGCCCGGAT ATAAGCGTAA TGGATCTGAT
TTCTCGCTCA AATCAGGGTC TACTTCTTAT AAGCACAACA AGAAGTTCTC ACTCAGCCAA
TTGTCTTCCA ACTCGTCTGA AGAGTCTTCT ATCAAGTCCA ATAGCAACTT CGTGGCACCA
ATACCTACTA AGCCGACAAT AGCATCGACA TTAAACGGTG ACTTGGACGG CACATTGACT
CCAACACATA TTGCCAGAGC CAACTCGCCA GATTTGGCGA AAGGTAAGAC GAAAAAGCGT
TGGAATCCGA TCTTTTCTGA CAACATTACT TCCAACTCTT ACAACCAGTC TAGTTCTCCA
TTGTATGGAA ACGGTCAGAT GATGGACTAT AGAGCTCATT CGCCACCACC AAATAAGATG
AACACCAAAT ACCCTGTTAA GACACTATTT GACCAAAAGA AGCAGGCGAA GACTCTGCCC
TCTCCTGGAT ATGTATCCGG GCCACTGCCC AAAGATGCAG CTAGGAGTGA TACCAGATGG
GAGCCTAACT TCGTGTCCAC ATCAGTGGTG GGGTCATTTA CAGCGCCAAA GTCGGGCTTT
GAGCCGGTGA ATGAAGAGGA TGAGAATGAA TACTAAAATG GGATTCTTAT AGATGTACAA
AGTTCAAGTA GTTTGTATGG CTGCGAAATA TAGAACAGTG AGGAAGTGAC TGTGTATGTA
TTCTTTAAAG CCGTCAGCGA AACAGTCAAG CAAATAGTAA TGTTTAAGAG CGAT
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| Protein sequence | MNGASRVISD QNQRAQLAAQ FNDFYLHITS PNVTQIGNYR IIEEIGEGAF GKVYLAKHVL
LNIEVVLKCG LVDDPNIVRE IYYHKQLKHK NIVSLYEVIK TESHLWLVLE YCQGGELFYY
IYEKKRLDYR ECQHLFFQIV LALRHVHSLN LSHRDLKLEN ILLADKKRSI VKITDFGFVR
EFDPSNRRFL STICGTTVYM APELLKNEKY SGFASDIWAL GVILFTMIYG EMPFDEDDDL
RTKYKIVNEE PFYRDNIPQH LVQLIQKMLS KDPNERPHLN DILNSQFLID IHNKFTERDS
KKYNDTESII SIHQYYSNCA RPFQSKVEKE IIKRLQKLNF DIDELQACVY SNDMNSLTAF
YELMLTQEFS KKKRKYYREK QKKYYEAKRT LRKSRKRVKS ALSLSDSSVT GNAPPLERII
SSLSLSSNRN GSRAALNKTV ESRMSSDGAE RRSSHTRTAS GSGPTLRIDN NGLLNVGSSP
GSPTSTRSRG APDTPREREN SHATVETGPP LQRIVSFVPE DNRRRSDISV VASNEPLKKK
IKNGNFLNKI QFWKKSRKEE DLDSNYSVHS RQFPKSSTDY SNEKNEDRPL EITINRSSPS
RDMNDVNSGS PHAEHRHSER HSGPLMENFT LNQPALTMRK DDSIEDPAVS LTLNETNSPT
PPVTDQSGSR TVRTRPTSMI SQMSQVSHLS QMSTMMSESE LDILDETDTM DDEYDDDDDG
AYESSLNISQ DFTRHSSTAM TPTSSFGANA QSKYASAKKR PGYKRNGSDF SLKSGSTSYK
HNKKFSLSQL SSNSSEESSI KSNSNFVAPI PTKPTIASTL NGDLDGTLTP THIARANSPD
LAKGKTKKRW NPIFSDNITS NSYNQSSSPL YGNGQMMDYR AHSPPPNKMN TKYPVKTLFD
QKKQAKTSPS PGYVSGPSPK DAARSDTRWE PNFVSTSVVG SFTAPKSGFE PVNEEDENEY
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