| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_81786 |
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| Symbol | |
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| ID | 4837502 |
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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_009042 |
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| Strand | + |
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| Start bp | 2510925 |
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| End bp | 2513555 |
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| Gene Length | 2631 bp |
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| Protein Length | 854 aa |
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| Translation table | 12 |
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| GC content | 41% |
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| IMG OID | 640388817 |
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| Product | Uncharacterized conserved protein |
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| Protein accession | XP_001382711 |
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| Protein GI | 150864033 |
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| COG category | [S] Function unknown |
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| COG ID | [COG5594] Uncharacterized integral membrane protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 8 |
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| Plasmid unclonability p-value | 0.773258 |
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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 | 10 |
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| Fosmid unclonability p-value | 0.0807232 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ACTTCAGAAA TTCCACCATA ACATAAGCCT ATGTCCATAC CTCAATCGTT CATGGAACCC
ATCAACGACC CCATAGCCAT CCGTGGGCCT CAGCGGGTGT TCCAGGCCCA GCTCCTCTTC
TGTTCGTCTC TAGGACTCAT TTCGTTCTGT CTCTTTTGTG TGTTGCGCTA CCGATGGCCA
CATATCTATG CTGTTCGTAC ATTAAGAAAG AGCTCGGCCA GTCCGCTTCA GCCGTTGCCA
CGAAACTACT TCGGCTGGAT CTCTGTGATA TACAAACTCA CTGATGAAGA CATTCTCAAC
TTTTCAGGCT TGGATGCTTA TGTCTACTTG GAGTTCTTCA GAATGGGCAT TAAGGTGTTC
TTCCTTCTCG CCATCGTCGC CCTTTGTATC CTAAGTCCTG TTAGGTACTA CTTCACAGGT
AATTACGATA AGGACAACAT CACCTGGGGC AAAGTGGTAA CTTGGGGTAT CTTATATGCG
GGCGGAGAGC CTTCAAACCC AAACCATCCT CCCGATATCA ACGACGACTT CCCCAAATAC
TTGTGGGTGT ACCCCGTGTT CACCTACCTT TTCTCTATCA TCGTATACGT CTACTTGTTT
GAGTTTACTC AGAAAGTGTT GAAGACAAGA CAGAAATACT TGGCTTCGCA GAACTCTATT
ACTGATAGAA CTATCCGTTT GGACGGGATA CCGAAAAAGA TTCTCAAGAA GAACGACCCT
CAGATTTTGA AGCGCTTCAT AGAGGATTTA GGCATCGGAA AAGTCATCGA CGTGAAACTC
ATGTATGACT GGACTCCTAT GGAACACCTC TTCAAACAGA GACGTAAGAT TATTAACAGG
TTGGAAGATC TCTATGCTTC CAAAAACGAA CTAACTATCG ATATATATAC CCAGGACAGG
ACGCCTTCAG TGATGCCGGA TCTCAATGTC TCCTATGCAC CAAAAATGGA TGCTGCTACT
GGTGCAAAGG TCGACCTGGA AATCAATGAC TTGTCCAGAT CGTTAATCAA CATCAACAGT
AAGATTCGGA ACATCCAAGA CCGTTTCGAT TCCAACTTCT CTACCATAAA TACAGACGAA
AATCCCGAGT TCAAACAGTT GCCAAGTGCT TTCATCACTA TGGAATCAGT AGCTTCTGCA
CAAATGGCAG CACAGACCAT CCTTGATCCA AGAGTATATA AGATGATTGT CAACTTGGCT
CCAGCTCCCA AGGACATAAG ATGGGAGAAC TTGAAAATGT CATATACAAA GAGGATGATA
AAATCATATC TTATTACCAC TATTATAATC CTAAGCTATG CGGTTATCAT TTTCTTGGTT
GCGCTCTTGA CATCTTTGTT AGATTTGAAA TCCATAATCA AGTTTTGGCC ATCGTTAGGC
AAATTCATTG GCAAGTCGAA GTTTTTGACA ACGTTCGTCA CCGGTATCTT GCCGCCATTG
TTGTTCTCTG CTTTGTCGGT ACTGGTACCT TATTTTTACA AATTCTTATG CATGCATCAA
GGATACTCCT CGAATAGTGA AATTGAATTG TCCACATTGC TGAAGAATTT CTTCTTCAAC
TTCTTCATCT TGTTTTTGGC ATTCATGACC ACAGGTACTA TTTGGGATTA CCTTTCCTAT
ATCAGCGATA CGACGAAGAT TGCAAAAACG CTTGCTTCTG CTCTTAGAAA GTACTCATTG
TTTTATGTGG ACTTGATCCT TTTGCAGGGT CTCGCAATGT TCCCTGTGAA ATTACTTCAG
ATCAGTGACT TTTTGATCTT GAATATTCTT GCAAAGTTAT TCCTACTTCG GAACATGTTC
TTGAAGACAC CAAGAGACTA TAGAAGCTAC TACTACACAC CTCAAGTCTT TGATTTTGGC
ATCCATTTAC CACAGCACAT ATTCATTTTC ATGATCATTT TAATCTATTC GGTAGTGTCT
ACAAAGATTG TCACAAGTGG TCTCGTATAT TTCGTTCTTG GATGGTTCGT CTATAGGTAT
CAATTGGTGT ACAATTTTGT GCACCCTCCT CATTCTACAG GTAAAGTTTG GCCAATGATA
TTTAGAAGAG TTATGTTGGG ATTGATTATC TTTCAATTGT TCATGTGTGG TACCTTGGTT
TTGGAAAAGG CTATCTTGTT ATCATTATTG TGTTCGCCTT TGCCTGTGGT AACTGTTGTA
ATCTTTTGGA ACTTTGAAAA GTATTACGTC CCATTGAACA CATTCATTGC ATTGAGAGCC
ATACAGAACC CATATTCATT TGATAAAGAA TTTGATGATG ACAGACTGCT GTTATCAAAC
GAAATAGAAG CTGAAACTAT CCAATCAGAA ATTGACGACG ACCTGATTAT GGATGAGTCA
TCATTTTTGA TTACTGGGGC TCTGACAGCC CGCACATATG AAGGTGCACT TTCGCGAAGA
AGGTCCACTA TAGATGAAGA AAGAGAGCAA TACACCGACT ATACATATCC TTATCTTGTC
GATCCATTAC ATGGACCCTG GATTGGTTTC GAAGGTAATA TCATATCTAT GGTGCAGTAC
AATCAAGGTG TCCTTCCTGC TGATCTTGAA GATGGAGATT CAAGCATAGT CTCTACTAAT
GATCGCGAGA CCATTATCCG CAAGAAGATA ACTGTCAGTG AGTGGGAATA G
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| Protein sequence | MSIPQSFMEP INDPIAIRGP QRVFQAQLLF CSSLGLISFC LFCVLRYRWP HIYAVRTLRK
SSASPLQPLP RNYFGWISVI YKLTDEDILN FSGLDAYVYL EFFRMGIKVF FLLAIVALCI
LSPVRYYFTG NYDKDNITWG KPSNPNHPPD INDDFPKYLW VYPVFTYLFS IIVYVYLFEF
TQKVLKTRQK YLASQNSITD RTIRLDGIPK KILKKNDPQI LKRFIEDLGI GKVIDVKLMY
DWTPMEHLFK QRRKIINRLE DLYASKNELT IDIYTQDRTP SVMPDLNVSY APKMDAATGA
KVDSEINDLS RSLININSKI RNIQDRFDSN FSTINTDENP EFKQLPSAFI TMESVASAQM
AAQTILDPRV YKMIVNLAPA PKDIRWENLK MSYTKRMIKS YLITTIIILS YAVIIFLVAL
LTSLLDLKSI IKFWPSLGKF IGKSKFLTTF VTGILPPLLF SALSVSVPYF YKFLCMHQGY
SSNSEIELST LSKNFFFNFF ILFLAFMTTG TIWDYLSYIS DTTKIAKTLA SALRKYSLFY
VDLILLQGLA MFPVKLLQIS DFLILNILAK LFLLRNMFLK TPRDYRSYYY TPQVFDFGIH
LPQHIFIFMI ILIYSVVSTK IVTSGLVYFV LGWFVYRYQL VYNFVHPPHS TGKVWPMIFR
RVMLGLIIFQ LFMCGTLVLE KAILLSLLCS PLPVVTVVIF WNFEKYYVPL NTFIALRAIQ
NPYSFDKEFD DDRSSLSNEI EAETIQSEID DDSIMDESSF LITGASTART YEGALSRRRS
TIDEEREQYT DYTYPYLVDP LHGPWIGFEG NIISMVQYNQ GVLPADLEDG DSSIVSTNDR
ETIIRKKITV SEWE
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