| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_53781 |
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| Symbol | |
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| ID | 4851723 |
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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_009068 |
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| Strand | - |
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| Start bp | 2660843 |
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| End bp | 2663479 |
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| Gene Length | 2637 bp |
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| Protein Length | 878 aa |
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| Translation table | |
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| GC content | 41% |
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| IMG OID | 640393431 |
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| Product | predicted protein |
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| Protein accession | XP_001387075 |
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| Protein GI | 126275397 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.236699 |
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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 | 21 |
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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 | ATGTTTCTGT TCATTGTAAC TGAACTTTGG GGGGATATCT CCATAGCCAA CAATACGCTT
CCCAATGATG GAACGCGATA CAAACCTTCG TCTACAAGGG TGGCACGATA TCAAATCATG
ATAGCCACTG TGTTGGGATT GTTTGCCTTC TTTAGTTTCT GTGTTTTAAG AGTGAAATAT
CCAAAGATAT ATGTGGCGAA CTTCAACCAT TACAATTCCA ACAATTTACA TTCTTCTTCA
AGGCAGAATC TTCCGAGACT TCCCGCGAAG TCACTTTTTG GTTGGGTGCC TATTTTGTAC
AAAATTAACG AGACTCAGAT TCTCGACAAT GCGGGTTTAG ACGCTGTGGT CTTCCTCGGC
TTCTTCAAGA TGTGTATCAA GTGTCTTGCT GCCTGTTTCA TCTTTGCTGT AGCAGTGATA
TCCCCAGTGC GATACTTCTA CACTGGAAAG GTAGACCAAG ATTATCCAGA CGACGACGAC
GATGACGACG ATGACCCTAC AACCCTTGTA AAGCGAATGA GCAAAATTGC AGTGACTGCC
CTTGTTTCCG AGGAAGGAAA CTACCAGAAG TTCTTGTGGT TGTACACTAT ATTCACGTAT
GTGTTCACAT TTACAATTGT ATATTTTTTA TTTCAGCAAA CCTCCAAGAT TATCAATATG
CGGCAATCGT ATTTGGGTAA ACAGAACTCG ATTACTGATA GAACAGTGAA AATCTCTGGC
ATACCACCGA TACTCCGAGA CGAAATCGAT TTGAAGAGAC ATATCGAAAA ACTCGGAATC
GGCGAAGTAG ACTCTATAAT TATCGTCAAG GAATGGAACA ACTTGAACGC ACTTTTCAAG
CTCAGAAAGA GAGTGTTAAG AAACTTGGAA GTCTTCTGGG TGGAGTACTT TAACACAAAT
GGCATCAGGA ACAAGAACGA CTTGCTCTCA TCAAGTCTCC ACCCTCAAAT ACGAGATCTG
ATTAACCTAG AGGCGAGCCA ATCATATAGA GACACACCCG AAAATGGTGA AACTATATCA
GAACAACATG ACAATGAGAA TGATGATACA CAGTCAGTAC GTTCTTCTTT AATGGAGCAA
ATTTCAGAAC TAATTGAGCA GGATTTCGGC GAAGATTCTG TTGGCCATCT TCCTTTACTT
AGCGACGAAG TACAAAACAG ACCAAAGACA AGAAAGGGGC TATTTGGCAT CTTTGGAAAG
GAAGTGGACG CTATAACTTA CTGGAGTGAA CAGTTGGAAA TTGTAGATAA AGAGATCGTA
AAGGCTAGAA CAAGAGAGTA TCCTGCCACT TCTAGTGCTT TTTTGACGAT GAAGTCTGTA
GCTCAGGCCC AGATGCTAGC GCAGGCCGTC CTTGATCCAA AAATAAACCA TCTCATAACC
ACTCTTGCAC CTGCTCCGCA CGATATCATA TGGAACAATC TTTGTTTAAC AAGAAGAGAA
AGAAATATGC GAATTTTTAT GGTCACCTTA TTCATTGGAC TTGTGAGTGT ATTGATGGTT
TATCCTGTTA GATACTTGGC CAATTTCTTG AACATCAACA CGATTTCTAG AGTACTTCCC
AGGTTGGGAG AGTTCTTAAA GGCTAACCGT TGGGCAGAGA CCTTGGTCAC TGGGATCCTT
CCACCATATA TCTTCACCAT TATGAATGTG ATTATACCGT TTTTCTACAT CTGGATATCA
CTGAAACAAG GGTTTACTTC TCATAGTGAT GAAGAGTTAT CTTCGGTATC TAAGAACTTC
TTCTATATAT TTGTAAACTT ATTCTTGGTT TTCACTTTGT TTGGTACTGC TTCACTTAGC
GATACTACCA AGATAGCATA TGAGTTGGCC CAATCATTAA GGGACCTCTC TTTGTTTTAT
GTCGATTTGA TCATATTACA GGGTTTGGGC ATGTTTCCAT TCAAGCTTCT CCTACTTGGT
AACTTAATCA GATTCCCCAT AGAATCCTTA TTTTGGTGCA AAACCCCGAG GGACTACCTC
CAGTTGTATA AGCCACCAGT ATTCAACTTC GGCTTGCACT TACCACAGCC CATCCTTATT
TTGATCATAA CGATCGTTTA TTCGGTGATG TCAACTAAAA TCCTTACTGC TGGGTTGCTT
TACTTCCTCA TTGGCTATTT TGTATACAAA TACCAATTGC TCTATGCATG TATTCATCCA
CCCCATTCAA CAGGCAAGGT GTGGCCTCTT GTCTTCAGAA GGGTGATTCT TGGTCTATTG
ATTTTCCAAT TGACTATGGT TGGTACGCTA GCTCTCCAAG AAGCCTATTT ATGTGCTTCA
TTTTTGGCTC CATTACCAGC CATCACGGTC TTTTTCTTGT GGAGCTTTCA AAACAGCTAT
ATACCGTTGT CAATGTTCAT TGCCTTACGA GCAATAGAAA ATAACCAACT TGGAACTCAT
GACGACGAAG AAGCATATTT TGCTACTGTA GGTTCTACTT CTACAGAAGA AGATGTCAAC
AGTAAGACCG TTGATGAGAG ACGCGAATTG AACACAACCT ACGAATACCC CAACTTGTTG
GACAATCTCG ACGGTCCCCT TATAGCCATA GATAGAAACG AGGTCTTAAT AGTTAATAGT
GAAGGTGTTA CGGTGAGAAA GGCTCAGAGT TTCGACGAAT GGGACTGGAG TATATAG
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| Protein sequence | MFLFIVTELW GDISIANNTL PNDGTRYKPS STRVARYQIM IATVLGLFAF FSFCVLRVKY
PKIYVANFNH YNSNNLHSSS RQNLPRLPAK SLFGWVPILY KINETQILDN AGLDAVVFLG
FFKMCIKCLA ACFIFAVAVI SPVRYFYTGK VDQDYPDDDD DDDDDPTTLV KRMSKIAVTA
LVSEEGNYQK FLWLYTIFTY VFTFTIVYFL FQQTSKIINM RQSYLGKQNS ITDRTVKISG
IPPILRDEID LKRHIEKLGI GEVDSIIIVK EWNNLNALFK LRKRVLRNLE VFWVEYFNTN
GIRNKNDLLS SSLHPQIRDL INLEASQSYR DTPENGETIS EQHDNENDDT QSVRSSLMEQ
ISELIEQDFG EDSVGHLPLL SDEVQNRPKT RKGLFGIFGK EVDAITYWSE QLEIVDKEIV
KARTREYPAT SSAFLTMKSV AQAQMLAQAV LDPKINHLIT TLAPAPHDII WNNLCLTRRE
RNMRIFMVTL FIGLVSVLMV YPVRYLANFL NINTISRVLP RLGEFLKANR WAETLVTGIL
PPYIFTIMNV IIPFFYIWIS LKQGFTSHSD EELSSVSKNF FYIFVNLFLV FTLFGTASLS
DTTKIAYELA QSLRDLSLFY VDLIILQGLG MFPFKLLLLG NLIRFPIESL FWCKTPRDYL
QLYKPPVFNF GLHLPQPILI LIITIVYSVM STKILTAGLL YFLIGYFVYK YQLLYACIHP
PHSTGKVWPL VFRRVILGLL IFQLTMVGTL ALQEAYLCAS FLAPLPAITV FFLWSFQNSY
IPLSMFIALR AIENNQLGTH DDEEAYFATV GSTSTEEDVN SKTVDERREL NTTYEYPNLL
DNLDGPLIAI DRNEVLIVNS EGVTVRKAQS FDEWDWSI
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