| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_60226 |
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| Symbol | SPC98 |
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| ID | 4839517 |
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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_009045 |
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| Strand | - |
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| Start bp | 481348 |
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| End bp | 483972 |
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| Gene Length | 2625 bp |
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| Protein Length | 799 aa |
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| Translation table | 12 |
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| GC content | 38% |
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| IMG OID | 640390832 |
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| Product | spindle pole body component |
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| Protein accession | XP_001385106 |
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| Protein GI | 150865763 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.112974 |
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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 | 23 |
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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 | ATGGCACTTG ACCGTAATCA GCTCATACGA GTCTACTCCA GCCGCCTTGT TAAATCTTTG
GTTCCGGCAG AGTTTGGCGA AGAGTTCATC CACAGTGTAA CCAACGACCT TCTAACTTCA
TTCAACAACA ACTTGTCCCA GCCAACAACT CATTCACAAA ATGAAATAAA CAGCATAACC
AACAAGTTCA AGACTTCCTT CTTGTCACAC GGAGCCAAAC TGCAATGGGT GTCCTTTCAA
CGGGTTTTGG AATCTCTTTT ACGATTCAAG TCAGTAGATC AAGTCTGTAA TTATTTGATT
TTCTTGGACG CTCTCCAAAA TCCAGAATCG CAAACATTCG GAAACCCAAA CAGGTCCAAT
GACCGTCTTT CGTTTTCAAA CGTCTCTTCT CCAAAGAGAA TTGCATCACA TGTCAGCACC
AGATCAGTAA CTAGTGGTGG AACAATACGA CATCAACAAC ATCAAAATCA AAATCAAAAT
CATCATCTGT CATTGCTCGA TCTTCATTCT TCTCCATTCA GAGACAATAT CAACGCCAAA
AACTGGATTT CACAGGAAAC ACTTTCTCAG ATCATTGAGC CATACTACGA AACACTCTCC
GAAGAATCGA TATTGGCGTA TTTGTCTTTC ACATTACTTG GCCTTGATTC CAAGCTTTTA
TCTTTCCTGA ATAACAAAGA AATTGAAATC CCGGCCACCG TCAATAGGAG CTACTCAGGT
CTCTTGACTA ATATATTGGA ATGTGCATTG TTATATAAAA ACTTGCAGAT CTTTATAGAA
TCCAAAATGG GCAAGATGAG CTCACCAATC AAAACAGCTT ACTTGAGAGT TCTAGAACTA
CAGATTAATT CTTACGTTAC CCACATCAAC GACTTATTCA CAGTACAACC TAGCTCCTTG
ATAGCAGTGT ACAATTCGAT TTATCCATGG ATACCGAAAT TGAGGTTCCT TTACTCACTT
ACTCTTGATC AGGACACATT GAATGGATTC GATTTCTTGA CCAAGGTTTA CGGTCTTACA
AAGTTTGGAG ATGTGGTCAT CAGAGAGTTG AGTGAAGTTA TCTTCTACGA CATTTCCAAA
CCATACTTTG AAATCCTTGA AAATTGGATC ATAAGCGGAG ATCTAATTGA CAATAGCGAT
GATTTCTTTA TCAAGTTTAA CCCAGAGAAA AACTACATCA ATGACATAAT AGATTTTATT
CCCACAAAAA TCCCAACATT CATTAGTAAA CGGTCAGGAT ATAAGATTTT CCAGATCGGC
AAAACACTAA TATTCTTAGC CAAGTACTGC AAAGAGCTCA ATTGGCTCAA CCAATACACT
CACAAATACA CTACAGAGAT ATTTCTGGTG AATGGAGGCT TGCAGTCAAT GTCAATTAAT
GATGTAACTG AAGTTGTTAA CAACCAATAT TATGATGTTA TGAATTACCT CACCACCGTG
TTGCAGGGAC CTAAGAATGA ACTATACACA CATTTGGTCA ATTTTAAGAA AATTTACTTC
ACTGACAGCA ATGACTTCAT AGACGTATTA ATTTCCAAAG GAACGAGGAT ATTTGAAGAA
TCTTCAACAA ACATATCTTC AACATATCTC TCGCAGGTGA TCACGGAAGC TGTTAACTAC
TCCTCTATGC AACATTTCAG GTACAAGAAT CGAGTGGATG CAAGAGTATT AAATCCTACA
CACGGTAACG TTGGATGGGA GGTATTTACA GTTGAATACA GAATTGAGGA TTTAGCAATC
AATTATTTAC TTGAACCACA AATGAGCCAG TATCTCAAGA TGTTCCATTT CGTATGGAAA
ATCAAGCACT TGCAGTTTGT ATTGAACAAC AATTTTGTTG ATGCAACCAA TTTGAAAAAG
AATGACTTAA AAAGTATATT ACAGAAGTAT CGCAAAATTC GTAATACTTG GAACCGTCTG
AATATCAGAG AGAGAAAGAT CGTTTGGGTT ACGAAGGCAT TCAACACAAG CAATCTAATT
CGGGCACATA TGCAGAAGTT CTTGAATTCC TTGATAGGAT ATATATCGTA CGATATTATC
GAGAACAACT TCAACTCAAT TATCAACCGA AGCTACTTCA AGACCAATAT TGCCGAAGAA
AAGTTTGATA ATGTTGAACT GAAAAGTTTA TTAAGCAGCC TTAACCCCGA GTTTGTAAGG
TCTTTCACAG TGGGAAGCGT AAATGAGGAC CATGTTGACC ACAATGTCAA CGAATTGACG
ATTGACGAAA TAATAAAAAA GCACGAAGAT TACTTGAGAG CAATTACGAA TTTTAAACTT
CTCAGCGAAG ATAGCTTGGG CAAGTTAACA CAGTCGAGCT ATATTTCCCA GATCTACGAG
ATACTCCATA TTATTTTTAA GTTTGTTACG AGTTGTCGAG AGTTCCACCA TTTGATTGTT
AATTATGTAT TGGTGCTTAA CCTCGAAGAG AATGAAGACT CGTTGGAAGA CGATACGATG
GTGCAAATTG ACAATGACTT GGAAGAGATC GAGAGAACGT TAGTGGCAGT TGTGGATAGA
ATATATAAAG ATATCTACAG TCTGGAGTTC AAGCTACGGG AGAGAGAATT TGTGCAAGAT
CTCAAGATCG ACTTTGAGCT CAGGGACTTA AGCAGACTTT TTTAG
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| Protein sequence | MALDRNQLIR VYSSRLVKSL VPAEFGEEFI HSVTNDLLTS FNNNLSQPTT HSQNEINSIT
NKFKTSFLSH GAKSQWVSFQ RVLESLLRFK SVDQVCNYLI FLDALQNPES QTFGNPNRDN
INAKNWISQE TLSQIIEPYY ETLSEESILA YLSFTLLGLD SKLLSFSNNK EIEIPATVNR
SYSGLLTNIL ECALLYKNLQ IFIESKMGKM SSPIKTAYLR VLELQINSYV THINDLFTVQ
PSSLIAVYNS IYPWIPKLRF LYSLTLDQDT LNGFDFLTKV YGLTKFGDVV IRELSEVIFY
DISKPYFEIL ENWIISGDLI DNSDDFFIKF NPEKNYINDI IDFIPTKIPT FISKRSGYKI
FQIGKTLIFL AKYCKELNWL NQYTHKYTTE IFSVNGGLQS MSINDVTEVV NNQYYDVMNY
LTTVLQGPKN ELYTHLVNFK KIYFTDSNDF IDVLISKGTR IFEESSTNIS STYLSQVITE
AVNYSSMQHF RYKNRVDARV LNPTHGNVGW EVFTVEYRIE DLAINYLLEP QMSQYLKMFH
FVWKIKHLQF VLNNNFVDAT NLKKNDLKSI LQKYRKIQRK IVWVTKAFNT SNLIRAHMQK
FLNSLIGYIS YDIIENNFNS IINRSYFKTN IAEEKFDNVE SKSLLSSLNP DVNEDHVDHN
VNELTIDEII KKHEDYLRAI TNFKLLSEDS LGKLTQSSYI SQIYEILHII FKFVTSCREF
HHLIVNYVLV LNLEENEDSL EDDTMVQIDN DLEEIERTLV AVVDRIYKDI YSSEFKLRER
EFVQDLKIDF ELRDLSRLF
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