| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_53311 |
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| Symbol | |
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| ID | 4851878 |
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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 | 3071395 |
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| End bp | 3075504 |
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| Gene Length | 4110 bp |
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| Protein Length | 1362 aa |
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| Translation table | |
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| GC content | 42% |
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| IMG OID | 640393586 |
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| Product | predicted protein |
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| Protein accession | XP_001386918 |
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| Protein GI | 126275886 |
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| COG category | |
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| COG ID | |
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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 | 25 |
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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 | ATGCTAGTGT CGTTGCATCG ATCCACGGCT CTTCTGAAAG TGGTGGTTTC GCTTGTTTCG
CTTCTACATC TAACCCAGGC CGATTTCGAG CCAGTGAGCC AGCCGGAGCT TAAGTTCTCG
CTGTTTGGCG GCCAACTCGG CCTTTTTGGC TCTTTTGACG CGTTATCACT CTACTCTTTT
GTTAATGCTT CACAATTTCT CGATCCTGAG ATCAACACAC AAAAATCCAC ACAGAGCCAA
AACAGCGACA ACCTTTTCTT GCGAGACCTT TCCAACAACA ACAATGCCAA GCTCGCTAAC
GTCGACGGCA CAATCTCCCA GATCTTGCCG TTATCGGACC AAACCATCAT TGTGTCGGGT
AACTTCACCA CCTTTAACAA CCAGTCCATA ACATCTCCCA TAATATATAA TGTCACCTCC
CAACAGATCA CCAACATCAT CCCATCCACT ACTGGCAACT CAAAACGAGC AGACATCCCA
TCATTCGAAA ATGGTCAGGT TAAAACCGTG TATGTAGACG GCGACTTGAT CTACCTTGGT
GGAGACTTTG AGTTCAACAA CACAGTCGGC GCTGCCATAT ACAACCAAAC CTCCAAACAG
CTCTATTCTA CACATTTTGG TGGTTTCGGC TCAAACGCGT CTGTCAATGC TATCACCAAG
ATCTTTTCCA CAAATGCCGA TGACGACAGC GGTTCTATCC TCTTTGGGGG AGACTTCAAT
ACCCTTGGCT TAAGCGACTT GCTAGTTCAC AACATCACCT CCAACTCCAC CAGAAGCAAA
AATGCGACCA ACACATCCTT AATAACGGCT GAACAGATGA TATCTCTAAG ACATGGCACC
TTCACTAATG TTAATGGTGC TGTTGGCGAA GACGGCTCGT CCATAATATG CTCTGCCGAT
CAGGATACCT TTTCCTTTGT TCCAGCTCAG GGAGGCCAGT GGTTGGTCGA ATTGGCCGAT
GAAATGAAGC CATTGACCCC CACTAAGGCT CGTCTCTACA TTCCGCCAGG AGATGATGGT
GTCAAGCTCT TTAGAATCTA CTCATTTCCC AATAACGGGA TAATGAATCT TTCCTATATC
GACCCAGAAA CCAACAGTAT CGCCTTTTGT GATGCATGGT GTCCTTTGAG CACACTTACG
AGCTTGGGTG ATGCAGTTGA ATCCAACATC GCCAAGTCTA GAGATATCTC CAACTCCAGC
ACTTTTGTAG ACCCCGTGGA TGGAACCTTC TTCCAGTATT ACGACCTCTC CACCAAGTCC
AAAACCTTGG GCTATGGGTC TGACTTCCAG GAATTTGCAT TTGTAGACGA AATCGGTGTA
GACCAAGTAG GTGTTACGGT CATCGACTGG TATGGATCCA AGGCTGTTTT GGGAGGATTC
GAGTTGTACT CCAACTCCAT TACCGTCTAC GGCAACAATA CATTAAACGA ACCAAATTGT
GATGATGAGG ACGCTGGAAA TCTCTCTGAA ATCAATGCTG GCGAATTCCA ATCCGTAAAG
GACCTAGTAC CAAATGTAGC CAACACTAAC TACTTGGTTG CACAAGGTGA AGATGCGAAA
ATAACCCTTT ACCCAAATAT CTCCTATGCT GGTAACTACT CCATCATCAT GACTACTCCA
GGATGTACCT ATGATGATTC ATGTAACCAA AGATCAATTG TCAATGTCAC TCTTATCGAC
AATATGGATA CCATTTTAGC TACAAACTTA ATTTGGCAGA ACAACAACAA TAACAAATTT
GACTACTTAT TCTACGGACA TTTAAATGGA TCCTCTTCTA GCAATGGCCG TAACAGAATT
GAGATCACTT TCCATGATAC CATAGGAGAA GGTACTACTG ACCCATGGGT TGTTGTGGAC
AAAATCACGG CCAACATTGT AGGTTTGGAT AAATACTACG ATCAAAGCCT GAAGAACTCA
ACAAACTCCA CTGTGGGTAG TGAACTTGCA TACATTCATC TTAATGGATT GTTTGAGTAC
TCTTTGGCCA ACTTCACAAA CTTCAACGCA AGCAAAGTTT CTTACAAATC GGGTGACAAC
AGCACCATTA TCAGTAAAGA GAACACATTT GTGGGCAACT CTTCCATCAA CTTGTTGAGT
GGGGAATTGG TCAAAGGTTC TATTGTCAAC CAGTTCACAA TCGAAAACTC GTCAGATAGT
TCTTCGTTAC TCTTACTTGG ACAATTTGAA TCAGACTCAA CTAACATTAC ATTGACCAAC
TCCAATGTCA TAACTTTGAA TCTTAACGCC TATAATTCCA CTTCTAACCA AACAGAAGTT
AATAAGATTT CGAAGAGAGA TTTGTTCAAG AGAGCTGATT CTAGCATGAC AATCTATGGT
GTTGATTTCA ACAGTTCTGT ATCTAGTTTG TTCAACTATG AAGGTGGAAT CTTCCTTCTA
GGTGATTTTG CTGCTACTCA AGCTGGCAAC TCATCTATCA CAATGAAGAA TTTAGCCAAC
AACAATTCGT CAATAACCAC CATCAATAAC ATCGCTTACC GTTTGGAAAA TGATTGGTTT
GGATTTGGCA ACAACTTCAC AGACACCAAG TTTGACCTGT TTACCAACGT GACAATTCAA
GATACTCAAT ACTTTGTATT TTCAAATGGC AGCACATTTA AAACTTGGGA TCATACAAAT
TCGAAGTGGG TAACTGACCC TCAACACCAG CTCAATATCA GCCATGCATT GAATCTCAAT
TCCAGAATGC AGATATTAGG TGGCGAGTCT TTTAATGTGA TGGACTTCTA CAGCCGAAAC
CAGGCTTATA TTCATAGCCC TTCAAACTTC AGCAACTACA ATTTCGAGGT TTCTTCAGAC
AGTTTGGAAA TATCCAACTC TTTCTATGTC AACAGCTCCT TGAGTGTTAT TGGTGGCAGA
TTCAACACAC TGTCAGTTTC TAATATAGGA TTCATTGACA ACTCTGCTTC AAATAGTTCG
ATAAGAGCTT TGGGTGGAAA CATCGAGTGG CAAAATGCTT CGACATCCAT TCAAATGTTG
TACGTTGATA GCAACGAAGA GTTTCTATTT ATTGGTGTGA ATGGCTCGGT AGTGGTCAAT
GATGGAGTTT CCATCACTGG TATTGTGATT TACGATCTTA AGAACAATAC GTTTACAGAT
TTCCAACCTG CTGATCTTTC AAATGACGAT GGATCATCTA TAGAAGTTAA TTCCATTGTT
CATTATGAAA AGAGCAACAG GTTATTGGTT GGTGGTAACT TTGACAAAGC TGGTTCTTTG
GATTGCCCGG GTCTCTGTAT TTATGATATT GCCAATACCA GATGGATTAA CCCGGAGGGT
CAAGGTGTCA CTACTTCCAT CGGTGGCGTT GCTACAGACA TTAAATTCTA CAAATCGAAC
GAGGTTCTCG TGAGTGGAAA TTTGACAATT TCAAGCAACT CTGTGAATTT CATCACCTAC
AACTTTGACA AAGGCACTTA CTCAACCCAG GCTGCACTCA ATGACTTGGG ATCTTCTAAG
GTAATCAAGA GATTCATCAT TAATGACTAC TCAAACAACG ATTTGAAAGC ACGACTTGTA
GCTTTTGGCG ATGACTTCGT ATACGGTTAC GATGGTTCAA ATTGGCACCA AATTGATGAC
GACATCAATT TCGACAATAG TACCACCTTC AGCGATTTGA AATTATTGGA TTTGAAGAAT
AAAAATGGTC AGTACAATAG CACTCTCTTT AGCCAAGGCA ATATTCTTGC CTTAGCTGGT
GCGTATTCGT TGAAAGATTA TGGCTTGGTC AATGTAGCAT TGTACAATGG ATCACAGTGG
ATTCCATATG TCTATACTAC TTCAGGCGCA AATCAATTGG GCCAAGTCAA AACAATGTTG
ATTGACGATT CTTATAGATT CCAATCGTCA GACGATATCA GCAGTGTCAA ACATTTGTCA
AAGGGTAAGG TCGTTGGGAT TTCATTGGCG TGTGCATTGG GCTCCACAAC TATCTTGGGA
TTGTTGTATG TTATCCCATA CTTTTTGTTA TTCAGAAAAC AGCGTGACGA AGAAGTATTG
CATCAACAAA GAATCGAGGA AGATCAGATG ATGAAGACAG TCAATCCAAC AGAATTGATA
CATGAGATTG ATCTTCAAAG ACACTCCTAG
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| Protein sequence | MLVSLHRSTA LLKVVVSLVS LLHLTQADFE PVSQPELKFS LFGGQLGLFG SFDALSLYSF
VNASQFLDPE INTQKSTQSQ NSDNLFLRDL SNNNNAKLAN VDGTISQILP LSDQTIIVSG
NFTTFNNQSI TSPIIYNVTS QQITNIIPST TGNSKRADIP SFENGQVKTV YVDGDLIYLG
GDFEFNNTVG AAIYNQTSKQ LYSTHFGGFG SNASVNAITK IFSTNADDDS GSILFGGDFN
TLGLSDLLVH NITSNSTRSK NATNTSLITA EQMISLRHGT FTNVNGAVGE DGSSIICSAD
QDTFSFVPAQ GGQWLVELAD EMKPLTPTKA RLYIPPGDDG VKLFRIYSFP NNGIMNLSYI
DPETNSIAFC DAWCPLSTLT SLGDAVESNI AKSRDISNSS TFVDPVDGTF FQYYDLSTKS
KTLGYGSDFQ EFAFVDEIGV DQVGVTVIDW YGSKAVLGGF ELYSNSITVY GNNTLNEPNC
DDEDAGNLSE INAGEFQSVK DLVPNVANTN YLVAQGEDAK ITLYPNISYA GNYSIIMTTP
GCTYDDSCNQ RSIVNVTLID NMDTILATNL IWQNNNNNKF DYLFYGHLNG SSSSNGRNRI
EITFHDTIGE GTTDPWVVVD KITANIVGLD KYYDQSLKNS TNSTVGSELA YIHLNGLFEY
SLANFTNFNA SKVSYKSGDN STIISKENTF VGNSSINLLS GELVKGSIVN QFTIENSSDS
SSLLLLGQFE SDSTNITLTN SNVITLNLNA YNSTSNQTEV NKISKRDFMT IYGVDFNSSV
SSLFNYEGGI FLLGDFAATQ AGNSSITMKN LANNNSSITT INNIAYRLEN DWFGFGNNFT
DTKFDLFTNV TIQDTQYFVF SNGSTFKTWD HTNSKWVTDP QHQLNISHAL NLNSRMQILG
GESFNVMDFY SRNQAYIHSP SNFSNYNFEV SSDSLEISNS FYVNSSLSVI GGRFNTLSVS
NIGFIDNSAS NSSIRALGGN IEWQNASTSI QMLYVDSNEE FLFIGVNGSV VVNDGVSITG
IVIYDLKNNT FTDFQPADLS NDDGSSIEVN SIVHYEKSNR LLVGGNFDKA GSLDCPGLCI
YDIANTRWIN PEGQGVTTSI GGVATDIKFY KSNEVLVSGN LTISSNSVNF ITYNFDKGTY
STQAALNDLG SSKVIKRFII NDYSNNDLKA RLVAFGDDFV YGYDGSNWHQ IDDDINFDNS
TTFSDLKLLD LKNKNGQYNS TLFSQGNILA LAGAYSLKDY GLVNVALYNG SQWIPYVYTT
SGANQLGQVK TMLIDDSYRF QSSDDISSVK HLSKGKVVGI SLACALGSTT ILGLLYVIPY
FLLFRKQRDE EVLHQQRIEE DQMMKTVNPT ELIHEIDLQR HS
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