| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PICST_64920 |
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| Symbol | |
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| ID | 4851407 |
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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 | 1738845 |
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| End bp | 1744354 |
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| Gene Length | 5510 bp |
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| Protein Length | 1802 aa |
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| Translation table | |
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| GC content | 42% |
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| IMG OID | 640393115 |
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| Product | predicted protein |
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| Protein accession | XP_001387973 |
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| Protein GI | 126274522 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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Plasmid Coverage information |
| Num covering plasmid clones | 5 |
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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 | 13 |
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| Fosmid unclonability p-value | 0.904331 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TCGTTTGATC CACATTTTAT TCCACGCCCG TACTCTCCAT GTCTGTTGAT GAGCTCAAGC
AGTTCCTCGT CGGACTTCCC GCGGCGTTGG ACTACATCGT GCCTCTGGGA GTGAACCATA
ACGTCTTCAG AGCTCTCTAC TACTGTGCCA CCAATAAAGG ACAATGTCTT TCCACCATTT
TGCCGTCTGT GCCTCTCCCG GAGATCGAAA AGATCCAGCT TCAAGGTCTA AACTTTGCCT
TTCTGCTCAG CGATGAAAAC AAACTCTTCT ATCGTAACTC CAGACGCCTG GCTTCTAATG
CCTCTCATTA CTCCCATCCT CGGGGCAAAG TCTGTGCCCG TCTGTTTCGA AGCAAGGAAC
CTGTCTATCG TTGCGAGGAG TGTGGTTTCG ATAACACTTG TGTGCTTTGC TTCCATTGCT
TCAACAAGGA TGACCACAAG GGCCATAACG TGACCATGTA CATTCTGGAA GGCAACAGTG
GAGGTGTCTG CGATTGCGGA GATCCAGAAG CTTTCGTCAA AGAGCTCAAT TGTAAGTGCC
AAATGCTGCA AAATAACAAT GATGACAACC CGATGGATCT TCTGGCCATG GAGTCGTCGC
TTAGGGAAAC GATTACCGTC TGTCTCGACT ATATCCTAGA CGTCTTGAAC TACTCTGTCC
ATGCTTTACC ATTTATCCAC GACAACATCA ACAAGGAGGG CTCTAAACTT ACCCTGGCAA
TGCTCTCAGA CTACTCGAGC CTCCCCAAAA AAGCCTATGG TAATGCAGAG GACATTAATT
CCAACGACTT GTGGTACTTG ATTCTTTGGA ACGATGAAAG ACACGATTTT CCCCAGGCTC
AGGAAGCTAT TATATTAGCT TCAGGTGTTT CTGAGGAAAA AGCCCATAAG ATTGCAACTC
AGATCAACGA ATCTGGAAGA GGAATCTTAA GAGAAGCAAA AGATCCACGC AATCTAGTAA
AAAGCCAGAA GCTAGCAGAA ACAGAGGGTC TTGTGGCTAC CATTATCTCG GCTAGAGATT
ACATGAGAGA CGTAATTGTA GGGCTGATCT TGGCATGGTT GGCCGACTTG TCGCAATTTG
CCAACAACCC CACCTTCAGT GATATGACCA GAACCATTTT GTCGGATTTG CTCCTTGCCA
AAGGGCATCA GTTTGCTAAG CCAATGCCAG TGAGTTTTTT CGATACTTTT TCCGTAAATG
TAGAAAGAAA AGCATTTGAA AACGGACTTT TACTCGACAA TGGTGAGATT GTAAATGGAG
GATTGACAAA GGTCAAAGAT GACTTCGAAA TCACCCATAT GGAAAGAGCG TCCCATTTTG
TACTAGAGCA TAAGAGTAGC CTTGACCATG GCAATATAGC CAATTCACGG TTTCAGTACT
TACTTCTATT TCAGATCAGA ATGTCGAAAC CAATGCGTGA ATTGCTACCC TCTGTTATCA
TTCCACCTTT AATTGCCGAA TTACACAAGA AAGTAGTCTG TTCTCAACAG TTTATTGAGA
TATACCCTTC CCTAATCACT ACGCTAGCTC TTTCAGACAG AGAGGAAGAC TTAAACATTC
TTCTGGACAT CTCGTCACAG CTATTCACAT GTCCCAAAAC AGTAAAATCA ATCCTCAGAA
GCGGTCAAGT AGGTAATGTA ATTGGCCCTG TACTGCAGTT GATAGAAGAA CACCATTCCA
AGTGGAATTT CCGCACGGGT TACCCCAATT TCATATACAT TGAAGATTCC AGTCCAGAAC
GGAAGTTCAA GTCCATAACT AAAGCAGTGA AGTGGGGTAT CCACGACATT GGTCATCTTG
CCGATAAAGA ACTAGCTTCT GACAGCTTGT ATGTGTTCTA CGAGAGGGAT ACCTTGGTGA
TGTTGCTTTT ATTCTTGCGA AACTTCCAGG GATACTGGCC CATCAAAAGA AAAAAGGGAG
ACCATGTTGA GCATGAAGTG TTTGATTTTA TGGTCCATTT AGAATATTCC ATCCCCGTTC
TTAATATAGC GAAATCTGTA GCAACTAGAT CTGTCGATAT TGCTCTCGTT AACAAAGCGA
TTGCACTTAT TGTTGCCTTT TTGGAGTTGA GAAAATTTGA TGTGAATCGC GATCCAAATT
TCCGGGTAAG CAATGACATG GTTTCGTTTG TAAACCCCAT CAACTCGTTC TTATCATATA
TGATCCAGTA TCAACAGCCT GAGTTTCCGA GATACATTGG CGAGGATAGA TTTTGGCGGA
TCTCAGAGAT TTCCTTACGA AGTATTGTCT TAGGGTCGCA AGTCAAAGTT GGTCTTTGGA
TCAGAAACGG AAACTCAGTT TCTAGACAGG CTTCGTTGTA TTTCGATGCT ATTTTGAGCG
ACCTAACTTA TCTCAGAGAT TTACATTTGA ACCAGGTCAA CTTGATGACC GGGGACCCAA
CTTGGGCTTT GTACAATTTA CTTGGCGCAT GGGAACTCCT TGATTGGTAC TATGGCAATG
ACACACATTC TACTACAGTG TACCAAGACA GATTCAACAC TATTTCGGAA AAGTTCATCG
TTTTTCTCTA CAACATGATT ACCGACCGGA GTGCTTTTTC ACGCACCAGC CCTGAAGAGA
GACGACTCGC CAACGCAGGA AAGGCCATAG CTTATGCTCT TTGTGACGAA CCCAAATCGT
ACTCGTTCCT CAAGAGCTCT ATAGATTCTG ATATCTCAGA GTTGCCTGAA TTCGATGACG
TCTTGTTAGA GTATACTGAC TACCAAGCTC CATCAGGTTT GGTTGATGCA GGCCTTTACC
GGTTGAAGCC TGAAATCTTC GAAAAACTCG ATCCGTTGAG CATTTTCTTG GATCCCAGTA
AGTTCCAGGT AGTGACTGAG TCTTTGGTAA AGAGTATTGC TAAAGGCAAA GGAGTCAAAG
AAGAATCGGT GGTCTTGGAG CCAGTATTTA CAGAAACTGA TATTCCTTTT GTTAAAAGAG
ATATTGGCAA GTTTGCAAAG ACGAAAGATT TTGCCAAATT GATCTACAAG TACTTACAAG
TAGCTTTGGA TACATCTGAT GAAACTTATC TTCCGCAACT TCTTCATTTG ATCCATGCTA
TTTTGAAGGA TGACGAAAAC TTAAATGGAC CTAACTATTT GAATGAGAAT TTTATCAATA
TTCCCATCGC TGATCTCCTC CTTACAATTG TGGAATCAAC AATGTCTAAG TATGTGGTCA
ACAAGGCTGA TTTCTTGGTC GATCAGTTTG TTGTCAAGGA TCTGAGAATA ATTGATAATC
TTATTGATTG CTTTGGGGAA GAATTCATGA CGTCGTATAA ACGTAAGAAG ACGAGTTTAT
TTGAGACAGA GGCGGGGAAG AAGAAGCGTT TAGCTGAAGA AAGAAAGAAT AAGGTAATGA
AGAAGTTTGC CAAGAGAAGA GAAAAGTTCC TAGACAAGAA CAAGGAATTT GGACAAGATA
GTCATATAGG AACTAATGAT GGTTCCCATG GCGAACATGT TTCACTTAGA ACATGTGTTC
TATGTGGAGA AGAAGAATCT TCTCATCTGA TCTTTGGAAT TCTTGCCAGT GTTACCGATG
CAGCAACGTT GTGGAAAATT CCCGTTGATG ATCTTCACAC AGACTTGGCA TTCAGATCAT
GGGACTCACA GAGCACGATG AAAGCTGGTC AGATTTACGG GAAGGGATAT AGTGGCTTTT
CAGAAGATGA CTCCGCATTT TCAAAAAGTA GGGTTATGGC TCAAGTATTC TCTACCTGTG
GCCATGGAAT GCACTATGAT TGTTATATTA GAGATAGTCC TGGTTCACAA CACTATGCTT
GTCCACTATG TCACAATTTG CAAGACATAT TTGTTCCTAC CTTCCTTCCT CCAGCCGATG
GAGGAGGATT TTCTCAAGCA GAAATCGTCA GGCTGGAGTT GTACTCGAAA TACAACAAGA
TCACGAGCTC CGTTGGCTTG TATAAACTGA AGAAGATAAT TGAATCTTTT GTTAGTGACA
AGTACTACGG AGATAAAAAT TTCGATGTAT ACGGAAAAAT CTTATCTGAG CAGTTGTTCC
ATCATACTAG CGATACTCGG TATTTGGTTG GCATCAACAA TAACGAGAAA TTCTTCAACC
ATATCATGAA AGTGAACGTT TTGATAGCCG ACACAATCAG AATGAATGAG ATTGCGAGTC
GTTTGAGTGG AGAGAAGAGC TTGTCTAACT TCTTGGGCCA GATTTCTGGT TCAGTGAAGA
CATTAATTAA GACTTTGATA CAGTGTCGTG CCGTCATGTA TGAATGCAGA AGCAATTCTC
ATCTCTTGGG TACATCCTAC GATCTCCAAT TTGAAGTTAA CTCCTTCTGG AATTCTGACA
ACCTACTTGA TGGAATCTTC AACGAAGTAG TAACGCTCTT CTTTCAGACA GACGAGTCCA
TAACTACCTT GGCAAGACTA GGATTGACCA AGTTGGTGAC AATTGCTACA TTCGCTTTGA
TTAAAAGACT AAATGATCCC ATTCATGGTG AAAATTTCAA AAGCTACCTC ATAAGTACAC
CACTAGAATT AAATCTGCAG ACAAGCGATG CATTGGTTAT TCTTCTTGGA AATGTAGTGT
TGGATCTGGG TTCTGACATT GACTCAAACA ATAAACAGTT GCTCGTATCC ATCTATTGCA
GTCTTGAAAG ATTGCTCTTG CCATATCTCA GGCAGATGGT GATCTTGGTA GACTTACTTA
CGTCTAAGAA TTTTGGTGAA AACACTCACG AGAGCTTGCC TGAATTTAAT AATTTGGAAA
GTGAAGTATT GAAGCAAACG CGTATTGACT CAGCTGATGC ACTTTGCCAC GTATTGAATT
TGCCCACTTT GGACCAAATT GTAGCCAGTA TTGCTTTTGA AGGAAACGAC CTTGACTACA
ACGTTTTTGA TGTTGTTTTA AGTGCAAAGA TTCCCAAATA TATCAACTCC GGAATCCTCA
CTCTCCAGTA TCCTGCTGTA GTGAAGTTGA TCGAATTGCC CGAAGACTAT ACATCGTGTA
TTACGGAGAC TTATTCAGAT AAACGTGGCT ACGATAGAAT CATCTGTTTG TCTTGTGGTG
ACTTACTCAA GAGCACCAGG TTTGCATTTC ATATGTCTGA ATGCTGTAGC CATACCAATG
TCTTCTTTCT TCCCAGATTG AACGTGCTTA GAATTTGTAC TCATATCGGG CACAATCGCA
TCAGCATTGA AATTCCTGCT CCCTACTTGA CAGCCCATGG TGAAGTCAAG AAGAAGAGAG
TCAACGGTAA GGCTACGTTG AATACCTACA GGTACCAGTA CTTGAACAAG TTGTGGCTCG
ACCAAGGGTT ATATGGATTT GTTACTAGAA ACCTATTTGG AACCAGACAG TCATTGGATG
ACTTGAACAT CGACGTTGGA AGGAACGATG ACGCAGAAGA CTTCTACGAT GACAGTGACC
AATTAGATGA TGAGGTATTT GGAGAAGTAA ATAGCTTCAT CTGGTAAGTA TTTATTCTAT
TTATTGATAG ATTTAACATG GGCTAAACTG AAATGTACAA TAATTTACAA
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| Protein sequence | MSVDELKQFL VGLPAALDYI VPLGVNHNVF RALYYCATNK GQCLSTILPS VPLPEIEKIQ
LQGLNFAFLL SDENKLFYRN SRRLASNASH YSHPRGKVCA RLFRSKEPVY RCEECGFDNT
CVLCFHCFNK DDHKGHNVTM YILEGNSGGV CDCGDPEAFV KELNCKCQML QNNNDDNPMD
LLAMESSLRE TITVCLDYIL DVLNYSVHAL PFIHDNINKE GSKLTLAMLS DYSSLPKKAY
GNAEDINSND LWYLILWNDE RHDFPQAQEA IILASGVSEE KAHKIATQIN ESGRGILREA
KDPRNLVKSQ KLAETEGLVA TIISARDYMR DVIVGLILAW LADLSQFANN PTFSDMTRTI
LSDLLLAKGH QFAKPMPVSF FDTFSVNVER KAFENGLLLD NGEIVNGGLT KVKDDFEITH
MERASHFVLE HKSSLDHGNI ANSRFQYLLL FQIRMSKPMR ELLPSVIIPP LIAELHKKVV
CSQQFIEIYP SLITTLALSD REEDLNILLD ISSQLFTCPK TVKSILRSGQ VGNVIGPVLQ
LIEEHHSKWN FRTGYPNFIY IEDSSPERKF KSITKAVKWG IHDIGHLADK ELASDSLYVF
YERDTLVMLL LFLRNFQGYW PIKRKKGDHV EHEVFDFMVH LEYSIPVLNI AKSVATRSVD
IALVNKAIAL IVAFLELRKF DVNRDPNFRV SNDMVSFVNP INSFLSYMIQ YQQPEFPRYI
GEDRFWRISE ISLRSIVLGS QVKVGLWIRN GNSVSRQASL YFDAILSDLT YLRDLHLNQV
NLMTGDPTWA LYNLLGAWEL LDWYYGNDTH STTVYQDRFN TISEKFIVFL YNMITDRSAF
SRTSPEERRL ANAGKAIAYA LCDEPKSYSF LKSSIDSDIS ELPEFDDVLL EYTDYQAPSG
LVDAGLYRLK PEIFEKLDPL SIFLDPSKFQ VVTESLVKSI AKGKGVKEES VVLEPVFTET
DIPFVKRDIG KFAKTKDFAK LIYKYLQVAL DTSDETYLPQ LLHLIHAILK DDENLNGPNY
LNENFINIPI ADLLLTIVES TMSKYVVNKA DFLVDQFVVK DLRIIDNLID CFGEEFMTSY
KRKKTSLFET EAGKKKRLAE ERKNKVMKKF AKRREKFLDK NKEFGQDSHI GTNDGSHGEH
VSLRTCVLCG EEESSHLIFG ILASVTDAAT LWKIPVDDLH TDLAFRSWDS QSTMKAGQIY
GKGYSGFSED DSAFSKSRVM AQVFSTCGHG MHYDCYIRDS PGSQHYACPL CHNLQDIFVP
TFLPPADGGG FSQAEIVRLE LYSKYNKITS SVGLYKLKKI IESFVSDKYY GDKNFDVYGK
ILSEQLFHHT SDTRYLVGIN NNEKFFNHIM KVNVLIADTI RMNEIASRLS GEKSLSNFLG
QISGSVKTLI KTLIQCRAVM YECRSNSHLL GTSYDLQFEV NSFWNSDNLL DGIFNEVVTL
FFQTDESITT LARLGLTKLV TIATFALIKR LNDPIHGENF KSYLISTPLE LNLQTSDALV
ILLGNVVLDL GSDIDSNNKQ LLVSIYCSLE RLLLPYLRQM VILVDLLTSK NFGENTHESL
PEFNNLESEV LKQTRIDSAD ALCHVLNLPT LDQIVASIAF EGNDLDYNVF DVVLSAKIPK
YINSGILTLQ YPAVVKLIEL PEDYTSCITE TYSDKRGYDR IICLSCGDLL KSTRFAFHMS
ECCSHTNVFF LPRLNVLRIC THIGHNRISI EIPAPYLTAH GEVKKKRVNG KATLNTYRYQ
YLNKLWLDQG LYGFVTRNLF GTRQSLDDLN IDVGRNDDAE DFYDDSDQLD DEVFGEVNSF
IW
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