| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_82766 |
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| Symbol | |
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| ID | 4838060 |
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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_009043 |
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| Strand | - |
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| Start bp | 1103269 |
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| End bp | 1106326 |
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| Gene Length | 3058 bp |
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| Protein Length | 833 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640389375 |
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| Product | hypothetical protein |
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| Protein accession | XP_001383842 |
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| Protein GI | 150864852 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.887075 |
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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 | 0.302626 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | AAATACACCA AGTAAAGTGT CGAGGAAAGT AGTACCAGTC CTTCAAGATG ATGGAAATAC
TAATTACTTT AGTGCCTTCC ATCTGCTGGA TCTTGTACCG ATGTTTCCAG ATCCTCAAGA
CTCCGGTAGA GGAAATAATC GAGGATTTGA ATATAGAAAT TCCTCACTCC CCCAATCTTT
GTATCGACGC CATTAGTGAG ACCCTGATAG TCATCCATTG GGATATCGAG ATCAAGTACG
ACGAGAACAT CTACTATGTT TTGGTTATCA ACGGCAAGGA AGCAGCTACT ATCACTTCCA
CCTCTTGTAG ATTGAATAAC CTTTCACCAA AGCAGATGTA CCAACTCCAG ATTGTAGCCA
TTAATTCGTT GACCAACTTC AGATCGCAGT CCAAGTCTGT TTTTGTTCAT ACGATTAACA
AGAAGGACTC CAAGTTGAAG TTCATCTACG ATGATAAATT TGAAGATAGC GATATCACTA
TTTCAAATAC CGAAAAGCTT TTGGCTGAAG AAACTCACAA GGATGGTGAT GAAAAAAGAC
ATTTAGTAGA CATAGACAAT CTCAGTGTTG TAGATATTCA CAAAATCACA GATCCGGACA
TTCTCAACGA CTACTTGCTT TGTTTCCAGA AGGAATTGAT TAAAGTCAAC CAGGAGTTCA
AAAGCTACCT GGCAAATATC GTCAAGGAAA GCGAGGAGCT CAACAAAGAG TACCAGTTCT
ACAAGCAAGA GTACGATGAG GAAACTGACA CTAAACTTAA AAAGGACAGC GATGTAAAAT
CACTAGAAAA GTCTAAGGAC AAACTAACGT TTAAAAAATC GAAACTAGCT AACCAGCTAA
ATGCAATTAA AAGTTCTATG GAAATGTTTG ACAGCAAAAT ACTTAATCTT ACTAATAAGA
TCAAAAAGTT GGAAGAGAGA AACTCACTAC TTCTTAATAA CGAAGATTTG GAAAAACAAA
AAATTTACAA GGAAATTAAC GACATCAACA GCGAGATTGA TAACATCAAA AAGGACAATG
ATAATGTTGA AGAGTCGCTA AAGACGACTC AAGCTGAGAA GAAGGAACTT TCAGCCATAC
TTCAACATCT TAAACCTCTC ATTGACGCTT TCAATACTCC ACCTATGCCA CCTAATGGCA
CAGCCGTAAC GGCTCACGTC AAAGACAACG ACAACATCAC ATCTCATAAC ACGCCTTCTT
CATCTGTATC GCCTTCACCT GTTCCACAAG CAACTTCCTC CATTTTCATG AAAGATGGCT
CTATCAATAA GAACATCTAT GATATTTTAT ACAAGATATT CGAGATTGTT CCCTCGTGGC
AGGACGACAT ATTGAAAGAA ATGAATACAT ACCAGGAGTT TGAGAACAGC TGGAAGGAAG
CATTTCAAAC CGAAATCAAG AGATACGTCA CGTTGCATCA GACTTTACAA ATCGCGAAAC
AGAATCTTGA CGAGAACTAT CAGCCAGTCA AATTGTCGGA GTACCAAGCT TCGATAGAAT
TTGGTGGCTT TGGAAATGCT TTGGCGAAAC AAAAATTCTC AGGGAAGAGA AACTTCTCTC
CTTCTATAGA TGACAATATT GACGGCAAAA ATAGCACCCA AGCAAATGTC AACTTCCATA
ACCATTATGG GCAAGTTTAT TCACACGAAG CAGAAAATCA ATCTGGTGAC CACTTCCATA
ATATTGACAC CGTCAGTGCA CAGCTTGAGC CTACTTTAGA TCAGCAGTTG TATAGTGGAG
TTCAATCTCC AATTAGCTCT ACCCAACTTT TGCATACAAA CGATTTTGAT CAGCAAATGA
TGACTTCGCC TACCTTGATC AACTCGTTGA TGGAACAGCA ACAGACTCAG CAGTCTCAGA
TCATCAATAG CGCCAACACT ATGCAAGGTT TCCCTTACGA TGATTCGGCT TATCAACAAG
GAATCACTTC TCCTATTCAG GAGAATACTC AGCCTTTGAT GAACTACGAC AGCAACTTCA
ACTCGTTATT GTACAACTAC AACTCTCCAG TAATGAGCCA TGCCGCATTA GGAACTACGC
CAGTATCTTC TGGAATCATT GGAGCTTCTA CGTTAGGTGG AGCAGGTGTC TGGAGTACAC
CTTCTACAGC TCCTGCTACT GCTAACATTG GTACTACAAA CAATCTTGGA ACTACTAATA
ATCTTGGTAC TGCTAACAAT CTTGGTGGAC TTGGAGATCT TTTTGCTTCT AACCAGAATC
ATAGTGTGAG CAGTTTGAAT GCGGTTAATT CCAACGATAT CAGTCTCTTG CAGCCTCGTG
CTAACTATGG AGGTCCCACA GCCAATGTCG ACAATAATCA AGGGTTTTTG ATGACTCCTA
GTTCCAGCAG TAAGTTATGG ATGGACGTGA ATGATTCTTT CATTGGCGGC AACAATAACA
ACGACATTGC AGGAAATTCA GCTATTGGCA TGGGTCATAA CAGAAGTGTT TCCAACAACA
GCCAGATCTG GAGGAACGAC AATAGTGCCA CTACACACAA CTTCAACTTG GGAGGAGTGG
GAGGAGACTT TCTGCCGTTT GGAACCAGCA TCCATTTCCC TACAAATCTC TCTAATCCAC
CAGGCTCAGC ACTCAGTCCC GGAGCTACGA ATGCTACCAA TGCTCTCTAC AACGGTTTAG
GTACAAATGC CTACAATTTT GGCCAGCCTT TACAGAGCTC TGTACAGCAG GGAGGGGATG
AGTTCTCGTA CGACTTCGCC AACAACAGCC AAACTCAGTT TCCAGACGAA AGAAAGGAGT
ACAGCGAAGC CATTTGAACA CAAGGTACAT TTGTGGGGCC GACAGTCTAT GTATACAGTG
GGTCTAAGCG AGCTGGTACT GTAGAGTGAG AGAGGAACAG TGAGAAAGAG AAAATCTCGG
GTATCGAAGG CTTCTGAAAA TTCAGTGCGC AATAAAGACA GAACCACAGT GAATTGAACT
CAGGCGTACA CTTAATAAGC CATGAGTGTG GAGCGAAGTC AGTGAAGAGT CGACGGAGAG
GAAGGTGGGT GTTGATAGTT TTTAAGTGTA TATACATATT TATTAAAAGT AAATGCCC
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| Protein sequence | MMEILITLVP SICWILYRCF QILKTPVEEI IEDLNIEIPH SPNLCIDAIS ETSIVIHWDI
EIKYDENIYY VLVINGKEAA TITSTSCRLN NLSPKQMYQL QIVAINSLTN FRSQSKSVFV
HTINKKDSND ITISNTEKLL AEETHKDGDE KRHLVDIDNL SVVDIHKITD PDILNDYLLC
FQKELIKVNQ EFKSYSANIV KESEELNKEY QFYKQEYDEE TDTKLKKDSD VKSLEKSKDK
LTFKKSKLAN QLNAIKSSME MFDSKILNLT NKIKKLEERN SLLLNNEDLE KQKIYKEIND
INSEIDNIKK DNDNVEESLK TTQAEKKELS AILQHLKPLI DAFNTPPMPP NGTAVTAHVK
DNDNITSHNT PSSSVSPSPV PQATSSIFMK DGSINKNIYD ILYKIFEIVP SWQDDILKEM
NTYQEFENSW KEAFQTEIKR YVTLHQTLQI AKQNLDENYQ PVKLSEYQAS IEFGGFGNAL
AKQKFSGKRN FSPSIDDNID GKNSTQANVN FHNHYGQVYS HEAENQSGDH FHNIDTVSAQ
LEPTLDQQLY SGVQSPISST QLLHTNDFDQ QMMTSPTLIN SLMEQQQTQQ SQIINSANTM
QGFPYDDSAY QQGITSPIQE NTQPLMNYDS NFNSLLYNYN SPVMSHAALG TTPVSSGIIG
ASTVSSLNAV NSNDITNVDN NQGFLMTPSS SSKLWMDVND SFIGGNNNND IAGNSAIGMG
HNRSVSNNSQ IWRNDNSATT HNFNLGGVGG DFSPFGTSIH FPTNLSNPPG SALSPGATNA
TNALYNGLGT NAYNFGQPLQ SSVQQGGDEF SYDFANNSQT QFPDERKEYS EAI
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