| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_31755 |
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| Symbol | |
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| ID | 4838484 |
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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_009044 |
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| Strand | + |
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| Start bp | 1610273 |
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| End bp | 1613533 |
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| Gene Length | 3261 bp |
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| Protein Length | 1086 aa |
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| Translation table | 12 |
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| GC content | 39% |
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| IMG OID | 640389799 |
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| Product | predicted protein |
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| Protein accession | XP_001384263 |
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| Protein GI | 150865161 |
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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 | 9 |
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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 | 11 |
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| Fosmid unclonability p-value | 0.115021 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGTCAAAG TCAAGACGGA AAACGAAAAA GAAATCAAGG ACAAATCAGC GTCCAACCTC
AAGTTGATCT CAACCAACAC GGGGACGAGA GTGTCACAGG CTTGTGACCG GTGTCGTATC
AAGAAGATCA AATGTGACGG TCTCTATCCG TGTCACAACT GCAACAAGAT TGGGTTTGAG
TGTAGGACAA GCGACAAACT CACCAGAAGA GCGTTTCCCA AAGGGTATAC AGAAAACTTG
GAGAAGAAAC TTAAAGAGTT GGAGCAAGAG ATGATCGATT TGAAGGCCAA GTATGGCATA
GTAGATGACG CTGGTAACTC TGAAGTTGGA GCTGGAGGGG CTGTTAACAG TCTCAGTGTG
AACGACACCT CTGTAGCGAA TACACCTAAT AACACATTTA CTCCTTCAAC TTCTAACGTT
CATAATCCTA ACTCTTCTGA TGACAAGGTG CTATTGACCA CCACCAACCA GACGGTGCAA
ATCAACAACC CTATTGACCA GATCTTCAAC CTAGACAACA AGGGTATAAT TATCGGAAAC
GATAATCTCA ACTTCGAGTC GCAGTTCAAC CATTTGCTCA TCAACTTAAA TCTCCCATTT
CTCAAGATCA CCAATTCACA TAACTACTTG CTAAACGATC CAAACAGCTA CTTGTACCAT
CCTTCGTACC ATAACTACAA CCAGTTCCAT AACAAAGATT TGGATGTGAT CTACAACCCA
TTAACGGGAA ACAGCAACGT CAACGAGTTC AGCTTGGTCA ACAACCAGTT GCCTACAGAT
ATCTACGACT TGTTCATCAA GCTAATCAAT AACTTCAAAA AGTTGTTCAA CAACAAAAAG
GAGTTGGACA ATCAGATCAT TCAGTTCTTT CTCAACTACA ACATCTTCTT ACCCATCTTT
GACTACAAAC AGTTCATGGA ATCGTACGAT GCTTTTCACA CGATGTATCC CTTCATCTTC
ACCTATGATG ATTCGACTAT CAACGGGTTC AATCTCTCCA ACAGCAATGA CTACCACATT
GTGAACCAGT ACCTCATGAT CATCATCCAG ATATATGCCA TGATCTACAT GAACAACCCT
ACCATCAATT TGAACTTGTT GTTGAACCAT TCAGACCCAA ATTATACCTT CCACAAAAAG
TCTCCTAAAG ATAACTCGCC CAATATTATC AAGTCCTTGT ACGATTTCCT CCCCTATTTC
AATGTATTCC ATGTATCTGT TAACCAACTA CAAACCTATT TATTATTCTT GTATTACTCC
CTCTTGACCA ACAACAAGGA GAAGTCCTTG ATTTTGTCGT CCCTAATTAA TTCATTTATT
GGGATCCTTG GTATCAACCT TAATTCCAAA AACTTGTTCT TCGACGACTT GTCGCTTAAC
ACACTTCAGA GAAGGAACAG AGTGAAAACA TTCTGGGTGT TCAAGGTCTT GTTAAAGTGC
TTCAATTTAA AGTTTGGCTT CAAGCCTAGC TTGAATACCA CTGTTATTAA TCCTGTTACT
ATCGACAAGT ATTTTCAATT GACACCAGAA AAATTGAGTA CCTTGCTCGA CAACAGTGAT
GACTTGTTCA ACACTTTGTT GAAGCCAAGT ATCGAGTTCT TGAACTTGAT GAATATTATC
ATTCCCTCGT CGTTTGCGCC TAACTATTAC GAATATCTTA AAAATAAGAA GAAGAAAAAA
GATCCAAACC ACCAGCATCA TACCAAGCAT CTTGATTGGA TCCTTAAAGA AGATGATGGT
GAAGGCAATG ATGGTAACTT GAACTATAAC TATGCTCAAT TCTTAACTAT TGACAAGAAT
TTGTCCAACT GGAGAAATTC GTTGAAAACC AAGACCATCA ACTTATTGCC CTTGGCAGAT
GAAATGGGCT TACCTAACAT TTCCAACATT TCTTCCAATG ATCTCTTTCA TGAATTAAGA
ACCGGGAAGT TATCATCAGG TATCACCCAT GAAGGTTTAC TCAATTACTA TTCTACTGGG
ATCCCGGATA TCTATACTGC TTCTCAGTTG ATAAAAATTC AGTTGAACTT CCACTACATA
TTGATTAGAT CCATGAATTA TCTTAACTTC ATTGTTGACA AGGAATTAAC TTATCCATAT
TATATCGAGA TTTCTCATAT ATCTCGGGAG GTATTGCATT ACTTCTTGTT TATATTCGAT
CACATAAACA AGTCCAATGA GAAAACGATT GATCCGACAC CTTCTTCGTC CAATATTGTC
ATGGAAAGTT TAGGTCTCGA TGTAGATGAA GATGGCTTTG TCATTAATGA TTTTTCTGTG
AAAAGAAGAA AGACTAATGG TTCCGATAGA CACAATATCG CTAAGAGAAT TACCAAAGAA
ATTCCACCTT CGCCATTCAA CTATATGTTG AATGGTTTAT CTATGACCAT TATCAACTTT
AAGAAATCTA TGATCTTACA ATTGTTGTTT CTTTTAATTT GTCAATTGAA GTTCTTCAAA
CGTAATGATT TTGATTTGAT CAGCGACTCC ATTCCTTTGT TAAACGAAAG TGTTGAATTG
TTCATCAAGA TTTTCATCAA CTACAAGGTC GGAGTCAATA GAAAGGACCC CAAGAAGGTG
AAGGAAGATA AACTCTTCGA AAAACTTATG AATGATCAGT TGCGTGATGA AATCTTGAAG
GACCAAGCCG ATAGCGATTT TGACGATGAT GACGAAGCAA GCAATGCATA TCAAAGCATT
GACTGGGATG ATGAAGAGAT GGACGAAGAT TTGAAATACT TGAAGATTCT CAAATTCGTA
AAATACAAAA GTAACGATAT CTTGAACAAA CTTATTGGGA AGAACTCTTC AAGTGTTCCG
GAACCAAGTC AAGTCACTCA CCATCATCAT GTCGAGCAGC CATCTCAGCT TCATGTCCAT
CCTCACATCG ACAGCAATCG TTCATCTTTG TCAAAGCCAA CAGGGCCTCC AATATTGCCT
CCGCCTGTTA TCAACAACTT CTATGCCAAT TCTCCTAGTG CTGGTTCGCC AGGTTTGGGC
TCATTCAACA AGATCCCATC TATGTCTAAG TTCGATTTTC TCCTTTCAGA CAATGACTAC
AGCAACCAAG CGAAATCGCA ATCGCATACT CCTCAAGATT ATGAGCTAGC CAAGAAAGAG
AAACTAGTCA TAAATGACTT AATGAACTTG CGGCACGGAT CTCAGGGTAG CAATAAGTAT
CCTGGACCAT CTCTGAATCC CAATTGGATT CATTCGTCGT CCAATTCGAA CACAAACGGA
TACAATGGTT CAGGGCACTA A
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| Protein sequence | MVKVKTENEK EIKDKSASNL KLISTNTGTR VSQACDRCRI KKIKCDGLYP CHNCNKIGFE
CRTSDKLTRR AFPKGYTENL EKKLKELEQE MIDLKAKYGI VDDAGNSEVG AGGAVNSLSV
NDTSVANTPN NTFTPSTSNV HNPNSSDDKV LLTTTNQTVQ INNPIDQIFN LDNKGIIIGN
DNLNFESQFN HLLINLNLPF LKITNSHNYL LNDPNSYLYH PSYHNYNQFH NKDLDVIYNP
LTGNSNVNEF SLVNNQLPTD IYDLFIKLIN NFKKLFNNKK ELDNQIIQFF LNYNIFLPIF
DYKQFMESYD AFHTMYPFIF TYDDSTINGF NLSNSNDYHI VNQYLMIIIQ IYAMIYMNNP
TINLNLLLNH SDPNYTFHKK SPKDNSPNII KSLYDFLPYF NVFHVSVNQL QTYLLFLYYS
LLTNNKEKSL ILSSLINSFI GILGINLNSK NLFFDDLSLN TLQRRNRVKT FWVFKVLLKC
FNLKFGFKPS LNTTVINPVT IDKYFQLTPE KLSTLLDNSD DLFNTLLKPS IEFLNLMNII
IPSSFAPNYY EYLKNKKKKK DPNHQHHTKH LDWILKEDDG EGNDGNLNYN YAQFLTIDKN
LSNWRNSLKT KTINLLPLAD EMGLPNISNI SSNDLFHELR TGKLSSGITH EGLLNYYSTG
IPDIYTASQL IKIQLNFHYI LIRSMNYLNF IVDKELTYPY YIEISHISRE VLHYFLFIFD
HINKSNEKTI DPTPSSSNIV MESLGLDVDE DGFVINDFSV KRRKTNGSDR HNIAKRITKE
IPPSPFNYML NGLSMTIINF KKSMILQLLF LLICQLKFFK RNDFDLISDS IPLLNESVEL
FIKIFINYKV GVNRKDPKKV KEDKLFEKLM NDQLRDEILK DQADSDFDDD DEASNAYQSI
DWDDEEMDED LKYLKILKFV KYKSNDILNK LIGKNSSSVP EPSQVTHHHH VEQPSQLHVH
PHIDSNRSSL SKPTGPPILP PPVINNFYAN SPSAGSPGLG SFNKIPSMSK FDFLLSDNDY
SNQAKSQSHT PQDYELAKKE KLVINDLMNL RHGSQGSNKY PGPSSNPNWI HSSSNSNTNG
YNGSGH
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