| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_31841 |
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| Symbol | FLO1 |
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| ID | 4839189 |
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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_009045 |
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| Strand | - |
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| Start bp | 18138 |
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| End bp | 22013 |
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| Gene Length | 3876 bp |
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| Protein Length | 1291 aa |
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| Translation table | 12 |
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| GC content | 43% |
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| IMG OID | 640390504 |
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| Product | Floculation protein FLO1 |
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| Protein accession | XP_001385025 |
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| Protein GI | 126137003 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 3 |
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| Plasmid unclonability p-value | 0.29209 |
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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 | 28 |
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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 | ATGACAATTC GGTCAATTTA CTTTTTGATT TTTGGTTTTA TACTAAATCT AGCACTTGGA
GCAGATCCTG GTGCTTGTGT TCCTGACATA AGAACATCAA GTCCGGGTTT CAGAGCTACT
TTTTATCCAT ATGAAAATGC ATATGTTGAT GGTGCTCCAA ATTATAACCC TGAAGATGCG
TATTTCCCAG ATGCAAATAT AAATTACTTG TTGACTGGTT ACAGGAACAC GCCAATTCAG
GGAGCTACAT CTGGTGTTAC TGAGCCAGCT TTCTCGTATG GCTACCCAAC AGACCCTTAC
CTAATTCAAT GGGAAGACTT GGCATCCGAC TATGTTTATG GTGTGTTCAC CTCGGTTTCC
AATTTTACAC TTGAGTTGAC AGGATATTTC TTAGCTCCGG AAACTGGGGA ATTTGCAATT
GAAGTCACTG CTGATAATGG GGCAGTTGTT ACATTTGGAG CAGGGCAGGC GTTTGAATGC
TGCAACACCC AGATTTTATC TAATGATGGT GAATTTACTT TATTTTCTAA TGAAGAGTTC
AATGGAAGTT TACCCAATAT TTTATCTGAA CCTCAAAGGC TTACAGCTGG CTTTTACTAT
CCTATTAGAA TTTCATTCGT TAATACGGCC GGTCCAGCCG CCTTGGATTT GGTTATTACG
ACGCCCAGCG GAATAAGAAT TACCGATTTC GACGAAACAA TTTTCAGCTT TTTAGATGTG
GGAAGTAATT GCCCATATGT ACCACCCACA GTCACCTTTA CTACTCCATG GACTGGAACC
ACAACGAGAA CGATTACTCA TACTCCATCA TCTGACGGTG ACACTATCAC AGTTGAGATA
GATACTCCTG TTCCAACCAC AACGTTCACA ACTCCATGGA CTGGAACCAC AACGAGGACT
ATTACTCATA CTCCATCATC TGACGGTGAC ACTATCACAG TTGAGATAGA TACTCCTGTT
CCAACCACAA CGTTCACAAC TCCTTGGACT GGAACCACAA CGAGGACTAT TACTCATACT
CCATCATCTG ACGGTGACAC TATCACAGTT GAAATCGATA CTCCTGTTCC AACCACAACG
TTCACAACTC CATGGACTGG AACCACAACG AGAACAATCA CTCATACTCC ATCATCTGAC
GGTGACACTA TCACAGTTGA AATCGATACT CCTGTTCCAA CCACAACGTT CACAACTCCA
TGGACTGGAA CCACAACGAG AACAATCACT CATACTCCAT CATCTGACGG TGACACGATC
ACAGTTGAGA TAGATACTCC TGTTCCAACC ACAACGTTCA CAACTCCTTG GACTGGAACC
ACAACGAGAA CGATTACTCA TACTCCATCA TCTGACGGTG ACACGATCAC AGTTGAGATA
GATACTCCTG TTCCAACCAC AACGTTCACA ACTCCATGGA CTGGAACCAC AACGAGGACT
ATTACTCATA CTCCATCATC TGACGGTGAC ACTATCACAG TTGAAATCGA TACCCCAACC
TCAGGTCCTC CAACTACGAC GTTTACAACT CCTTGGACTG GAACCACAAC GAGAACGATT
ACTCATACTC CATCATCTGA CGGTGACACT ATCACAGTTG AGATAGATAC TCCTGTTCCA
ACCACAACGT TCACAACTCC ATGGACTGGA ACCACAACGA GGACTATTAC TCATACTCCA
TCATCTGACG GTGACACTAT CACAGTTGAG ATAGATACTC CTGTTCCAAC CACAACGTTC
ACAACTCCAT GGACTGGAAC CACAACGAGG ACTATTACTC ATACTCCATC ATCTGACGGT
GACACTATCA CAGTTGAAAT CGATACCCCA ACCACAGGTC CTCCAACTAC GACGTTTACA
ACTCCTTGGA CTGGAACCAC AACGAGAACG ATTACTCATA CTCCATCATC TGACGGTGAC
ACTATCACAG TTGAGATAGA TACTCCTGTT CCAACCACAA CGTTCACAAC TCCATGGACT
GGAACCACAA CGAGAACAAT CACTCATACT CCATCATCTG ACGGTGACAC TATCACAGTT
GAGATAGATA CTCCTGTTCC AACCACAACG TTCACAACTC CATGGACTGG AACCACAACG
AGGACTACTA CTCATACTCC ATCATCTGAC GGTGACACTA TCACAGTTGA GATAGATACT
CCTGTTCCAA CTACGACGTT TACAACTCCT TGGACTGGAA CCACAACGAG AACGATTACT
CATACTCCAT CATCTGACGG TGACACTATC ACAGTTGAGA TAGATACTCC TGTTCCAACC
ACAACGTTCA CAACTCCATG GACTGGAACC ACAACGAGGA CTATTACTCA TATTCCATCA
TCTGACGGTG ACACTATCAC AGTTGAAATC GATACCCCAA CCACAGGTCC TCCAACTACG
ACGTTTACAA CTCCTTGGAC TGGAACCACA ACGAGAACAA TCACTCATAC TCCATCATCT
GACGGTGACA CTATCACAGT TGAGATAGAT ACTCCTGTTC CAACTACGAC GTTTACAACT
CCTTGGACTG GAACCACAAC GAGAACGATT ACTCATACTC CATCATCTGA CGGTGACACT
ATCACAGTTG AGATAGATAC TCCTGTTCCA ACTACGACGT TTACAACTCC TTGGACTGGA
ACCACAACGA GAACGATTAC TCATACTCCA TCTTCTGACG GTGACACTAT CACAGTTGAG
ATCGATACCC CAACCACAGG TCCTCCAACT ACGACGTTTA CAACTCCATG GACTGGAACC
ACAACGAGAA CGATTACTCA TACTCCATCA TCTGACGGTG ACACTATCAC AGTTGAGATA
GATACTCCTG TTCCAACCAC AACGTTCACA ACTCCTTGGA CTGGAACCAC AACGAGGACT
ATTACTCATA CTCCATCATC TGACGGTGAC ACTATCACAG TTGAAATCGA TACCCCAACC
ACAGGTCCTC CAACTACGGC GTTTACAACT CCTTGGACTG GAACCACAAC GAGAACGATT
ACTCATACTC CATCATCTGA CGGTGACACT ATCACAGTTG AGATAGATAC TCCTGTTCCA
ACCACAACGT TCACATCTCC ATGGACTGGA ACCACAACGA GAACAATCAC TCATACTCCA
TCATCTGACG GTGACACCAT CACAGTTGAG ATAGATACTC CTATTTCTAT TGCCACATTT
GAGACTGTTC AAACAACTTT CAGCAAGTAT ACCAGTTTTT GGAGCAATTT CACTGAAGAG
ATCACTTCTG ATATTGGAAA AACAGTTATT GATATTTCAA CTACTGTGAT TACAATAAAA
TCGTGTGAGA ATGATTATTG CGATCAGTTG GTAAGAACGA CTGGGTATCA AGTTGTTACA
ACAACCATTG ACGAAACCGT TACAGAGTTT ACAACCTTCT GTGATATTCC TAGCACAACT
GCTGAAGATC AAATATTATC TGCAGCATCT GATCTCGAAG GATCAACTTC CTCTGAGGTA
ACCACAGTCT ATTTCAAAGA TGATACGACC ACGTATTTAA TTTCTCAGAC TGTAACTAAT
ACTGGCATTT CCACGATCAC TACATATTCT TATCAAGAAA ATGAAGATTA TGTATCTACA
GGAACTTCTA AAGATATCGA CCAAAATGAA ATACTTTCAG GGGAACTTAC GATTACCAGT
ACGAAAAGTG GGGATACGAA GCACAGCCAA GATTCTTCTG CCACTCAAAA ATTCGACTAT
TCCAATCAAT TAACGCCTGT GACGGTTGTG CCTCAAGTCA GTTCGACGAA TGTTCCTGAA
GTTTACCATG TCCAAAGTGA AGGTGGTGGC GCAAACACCT ATAAAATCTC TTTCTGGTCA
GTTATATTAG CTCTAGTTGT TGTGTTCGAG TTTTGA
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| Protein sequence | MTIRSIYFLI FGFILNLALG ADPGACVPDI RTSSPGFRAT FYPYENAYVD GAPNYNPEDA
YFPDANINYL LTGYRNTPIQ GATSGVTEPA FSYGYPTDPY LIQWEDLASD YVYGVFTSVS
NFTLELTGYF LAPETGEFAI EVTADNGAVV TFGAGQAFEC CNTQILSNDG EFTLFSNEEF
NGSLPNILSE PQRLTAGFYY PIRISFVNTA GPAALDLVIT TPSGIRITDF DETIFSFLDV
GSNCPYVPPT VTFTTPWTGT TTRTITHTPS SDGDTITVEI DTPVPTTTFT TPWTGTTTRT
ITHTPSSDGD TITVEIDTPV PTTTFTTPWT GTTTRTITHT PSSDGDTITV EIDTPVPTTT
FTTPWTGTTT RTITHTPSSD GDTITVEIDT PVPTTTFTTP WTGTTTRTIT HTPSSDGDTI
TVEIDTPVPT TTFTTPWTGT TTRTITHTPS SDGDTITVEI DTPVPTTTFT TPWTGTTTRT
ITHTPSSDGD TITVEIDTPT SGPPTTTFTT PWTGTTTRTI THTPSSDGDT ITVEIDTPVP
TTTFTTPWTG TTTRTITHTP SSDGDTITVE IDTPVPTTTF TTPWTGTTTR TITHTPSSDG
DTITVEIDTP TTGPPTTTFT TPWTGTTTRT ITHTPSSDGD TITVEIDTPV PTTTFTTPWT
GTTTRTITHT PSSDGDTITV EIDTPVPTTT FTTPWTGTTT RTTTHTPSSD GDTITVEIDT
PVPTTTFTTP WTGTTTRTIT HTPSSDGDTI TVEIDTPVPT TTFTTPWTGT TTRTITHIPS
SDGDTITVEI DTPTTGPPTT TFTTPWTGTT TRTITHTPSS DGDTITVEID TPVPTTTFTT
PWTGTTTRTI THTPSSDGDT ITVEIDTPVP TTTFTTPWTG TTTRTITHTP SSDGDTITVE
IDTPTTGPPT TTFTTPWTGT TTRTITHTPS SDGDTITVEI DTPVPTTTFT TPWTGTTTRT
ITHTPSSDGD TITVEIDTPT TGPPTTAFTT PWTGTTTRTI THTPSSDGDT ITVEIDTPVP
TTTFTSPWTG TTTRTITHTP SSDGDTITVE IDTPISIATF ETVQTTFSKY TSFWSNFTEE
ITSDIGKTVI DISTTVITIK SCENDYCDQL VRTTGYQVVT TTIDETVTEF TTFCDIPSTT
AEDQILSAAS DLEGSTSSEV TTVYFKDDTT TYLISQTVTN TGISTITTYS YQENEDYVST
GTSKDIDQNE ILSGELTITS TKSGDTKHSQ DSSATQKFDY SNQLTPVTVV PQVSSTNVPE
VYHVQSEGGG ANTYKISFWS VILALVVVFE F
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