| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ01850 |
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| Symbol | |
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| ID | 3254204 |
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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 | Cryptococcus neoformans var. neoformans JEC21 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_006679 |
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| Strand | + |
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| Start bp | 536842 |
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| End bp | 543098 |
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| Gene Length | 6257 bp |
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| Protein Length | 1764 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | 638253342 |
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| Product | map kinase kinase kinase mkh1, putative |
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| Protein accession | XP_567358 |
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| Protein GI | 58259896 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | TGGCACGCCA CTACTAACAA CCGCCGCCGA GACCAAAAAA ACTGTACCGC GAACAAGCCA
GCAGGAGAGA TGAAGTAGAG AGCCAAGCGC TGTAAGTCGA TGTTCTGTCC AACATCCACG
GCGCCACCAT AGACCAAGGA AGCTGCCGAA ATGCGTGGAT TTGAGCTGAC ATCAACCCCC
ACCTTCGCGC TTCCGATCTC GTGCCATCAT CAACCCACTT TTGTCTTCCC CACGCAGACT
TTTTCTTCGT CATTCCTCTT TCGGCCATTC GCCAATAGTT GTATTCCTAC TTCCACATTA
TTCGATCAGC CCACAAGTAA CCCTTTTCCG CATAACCTCG AGATGTCTCA TCACCCGCAG
CTCTCAGTTT CGACTGGGTC TGCCGGTGCT GGGCCATCCA CTCCGACGCT CCCTCGTCGT
CCTCAAGGTG CGCGTCGGCG CGGTGTTATG CCTGGACTAT TCATCGCAAA CCCTGACAAC
TCTGATGAGG AAAACTCTCC GCCCAAAGCT GGGAGTCAGA GATCATCGTC AGGAGTATCA
CCTATCAGTG TCTCATCGAG CTCCGGCAGA GGTGGTCCAA GTTCAGTATC CATTCCTCAG
CCAGCATCGC CATCGCATAG TATCAAAGAA CGAGGGAGCT TGCCTTATCC TTCAATTCCT
GCACCTCAAT CTTCCCCTTT ACCTTCTATA TCGGCATTCC CAAGTCCACA GCCGTTGATA
CCGACGCCAT CGCCTGCGCC AATAGCATAT GGTCACACCC CAGAAATATC GTCAGGACCA
CCACAGCCGC CCCCTCAACC GCAGCGGCAT CTTCAACGGG CGTTTACAAC AGCAACTCCG
GAAAATGCAC CTCGACTCCT CCCAGAACCT CGTTCTTCAA GCACAGGTAC AACGTCATTC
CATCAACAGG TTAACAACTC TCCATCGCGT GCTCTTCCCT CATTACCATC ACCCATCACG
CGGCAGTCTA CCATGCCTTC TCCTGTATCC CAATCCCCAT CAACCTCGCA TGGACAACCA
TATTCTGCTC CTCCTGCGTA TCATCCCCAT GATCCAACAA GAGTGGCAAG CCCTGACGAT
GTGATGAGCC CTGCCACTGG CAGCGAACAT GGGAGTATCA TGAGTGCGGG AATAGGGCAT
AGAAATCGGT CGGCTTCAGT GCAGGGGCAA CAGGTCAGAC TGCAAGTGAC GACTGATAAC
GAGGCGTTTC ATCTGGTAGA TATCACAGGA ATAAATACTG CTGAAGGTAT ACGTGAAAAA
GTATTCTCGA AAGTAGGTAC TGTTTATACT CGTTAAACAT AGCTGACATT GTTAATAGCT
GCGTATCCGA GATGAAGATT ACCCAACTCT GTCGATGTAT CGTACTGAAA TTGGAGAACC
GGCAGATGAA ACACCTATAT TACCTGCTGC TCTTCTTAAC ATTTGCCGCA CCCTAGGAGA
CTCTCGAGCT AGCCTCAAAT TCCTAGTCAA GCAAACCGAT GTTCCACCAT CATCCGCCGC
ATCTGTCATT CCACCCGTCT CTCAGACCGA TTATCATCCT TTTCGCGCCG CATCGGATCC
CCGACGTGCA GGGGTTCCCC CAATAACGAC GGATTTGCCT AATCCAGTGC TTTACCGTGT
CTCAAGTCGT CACTCAAAAG AAGGGAGTGT AAGTAGTGCC AGCGGAGAAG TGCTTAATCG
GGGGGAGCTG AGTGCCAGTG ACTGGAGCGA TCTGGGACAT GAAGCAGAGG ACTGGTCAGG
GCCCGGCTTG TCAAGGAGCA CAAGGAAATC TGTCTTACAG AATGCGGGTG TGCGACTATC
GACTTCAACG GGTGGATCGA GATCACCGGT TACAGAACAC TCGGCTTCTT TGGGCACGAG
CTCTCCAGCT TTGCCCACAC CACCTATACC TCCTCATTCC ACCTCATTAC AGGCTGGCGA
GCCTTCCATT CATTCTTCCC CGTCTAGTCG ACCGTCTAGC AGACATTACG AGTTTAATGA
ACTTTCTTTG CCTCCGCAAT TCGATCACTT TAAGCCTTCT AATGCTATAT CTGTCTTTCC
TCGTCCTGGA ACGCCAATCA GTGACTCATA TCAAAACGAA AACGCATTTG CCGGTCCTAG
TCGTCCAGTA ATGAATCAAG AGCAAGGTAG CCAAGGACTC GGACTTACTT TGGATGATGA
CATTGACCCA GAGACTCGCG CTTTGATAGA GCAATTCCAA AGGGAGGAAC AGGAGGCGCA
AAAGAAGGAG GAAGAGAGGA GAAGGCAGCT CGAAGCAGAT GAAGAGTTGG CAAAGAGAGA
GCAGCAGAGC GAAAGAGAAC TGTGGGAGAT GATGCAGCAA ATGCAAAAGG AGCAAAGGCA
GAGAGAACAA GCACAAATCG CCGAAGATGA AGCCAGAGCT GTGAGTAATA TCTGTGTATG
TTTCGATTCG GTACTGACGA CCAATATAGA GGCAGGTAGA GGAGGAACAG AGACAAGAAG
AAGAGCAGAG ACAAGCGCTA GAAGCAGCCC GTACGGCATG GGAGGCGGAG CAGCGGGAAC
AAAGGGATCA ACGAGAGCAG CGAGAGCAAC AGGAAAGTCG GTTTCATACA TTTGAGAAAG
ATAGGCGGCA AAGACAGCAG TTCTTTCAGA ACAGAGCTAG GATGGGGGCT CCTTTGGATG
ACTCCGCGAC ATGGGAGTCT ACTTGGATGG TCGGCCCTTC AGCTGAAGGG TCTCTCTCGT
CAAGAAGGCC CTCAGAGGGA CGAATGCCCA TGGTGCAGAC ATCGGCGCCA AGGACCAGTC
AGACTCAGTC GCCAGCGCTA CCGCCACGGC AAAGCAGTCA GCCTATCTAC CAGCCATCGC
AGTCCCAGTA TCTGCCGGAT TTCGCCTACT CTCACCGCCG ACCATCTGGA TTTCCCAATA
CTTCTTACGC TGAAACATCG CATGCTCAAG AGCGACTACA TGATCCCCGC TTACAACAGG
CAACGGGACG TGCACCAGCT CCGGGGCAGC GCGGAGGGAC ATCCAATACC CCTCGCCCGG
AATCTCAGCG ACTTCGCCAT CCTTTCAGCT ACGCTGCTCA TGAACCAAGT AATGAGCGTC
TTCAAGCTCC TGCACTGTCC ACCGCTAGAT CTGTGGATAA TTTGAGGATG ACCAACGGGC
CACTTGGTAT GACTTCACGT CAAAGTCAGG TTTACGGGCC TCCCAGAACA TCAATCACCC
CTGCTCCAGG ATTCGCAGAG CACCGCAATA TTCAACCTGC ATCCGCTACC GCAACATCGT
ATCGGAGTCC ATCATCGGAC AGAGCCAGAG ATGGAAGGTA TCCGGAACCC TTGCATTCTT
CGTCTAGGGT GGCGACACCC ATGGCACCAG CCATAATTGA TACAGGTCTT GTACCATTCC
CGTCACCGCA TCCGAACAGC GCGGCATCTT CGAATTCATG GCGGGGCCAC ACACCGCAGT
TTAATTCTCT ACCAAGATCA GCTCGTGGTC CAACATTCGA TATCACACGA CCCAATACTG
TCCATTACGA CCGCTCTCCG CCTCCTCCCA CCTCGCCTGA AACAGCAATT CCCCCTCGCC
GACCTTCTAC GTATTACGAC GAATTTCACC CTCCAGACAC TGCCCGCACT ATCGTCGAAG
ATGGTGCAAC TATTCGTCGA CCGTCATCTC CATTCCCTTG GGGTGATCGA GCTAGAAGCG
GTAATGCATC AACTCCATAC CGTACCGCAT CACCTGTCCC AGTCGATCAA CCCAGGACCA
GTGAGACAAA TACATTTGAC GACACCGACT CACAGTTGCC CTATGCTCAT AACGCAAGCC
CTCAATCCTC CTGGTTGTCA GTTTCGAGGG CTGGTGCTCA TCGGAGCGAC TCTGATACTT
TGTCAGTAGC CGGCACAGTC AGCAGCGAGG CGACAGTTCG GCCAGGAAAG GGCATGGGTG
AAGACAACGA CACAAATTCG GGAGACACGG CTAAGGCTGG GCAATGGGAC AGACATCTGA
AGGAGATGAT TGCGAAAATG GGACCAGGAG GCGGAGAAGG GACGGTGAGA CCAAGGAAGG
AGGAAGAAGA AGATGAAGCA ACGCTGTTTA TCACGCCGCC TGTCCGGGCA CCAGAAACGT
CCTCATCTCG CACAAACGCG ATACGTCCAT CACCTTCGAA ACCTAATCTC ATCGTCAACA
CTGCTTCTTT GAGTCAGCAG GCATATGATC AAGTCAACCC TGTACTTTCG GCCAGCACGC
CATCAGATAG CGCAACGGAG TCTGAAGGCA CAGGTGAAGG TGATGGTGAA ATTGAGGGGT
CCAACATTAA GCGCGGCAAA TCTTTTGCCC GCCCCAGAGA CCCCAATCAA TGGAACTTCC
GTCCGGAGCC CGAGCAACTG TATGAAAATC TCGACAGGGT TTTCCCGCAG ATTGATTTGG
ATAGACCCAT TGTGCAAGGA GCTGAGTCGA CACCGTCAAC ACCCGGGATT GAGTCGCCGA
GTCGAGTGGA GATCATTGGC GGGCTGCCGT TGCCCGCAGG TGCAGCACCT GGTAGACAAG
GTGGCCCCCA GGCTGGGTCA GGACCTTTAG GTAGGGCCCC TCAAGCAACA GGGCCTTCTT
CGGCACCTAC TGGAGCGTTC AATAGATCAA AATTCAACAA AGCGGAGAAT CGCCGGTCGA
TCCGAGTTGT TGCCGATCAC AAACGCCGCA CCCTTCAACG TCAGGTATCC CGACACGAAG
ACCTTCCACC AGAATACGAC GTCGGTGCTG AAGAGGTCAA CTCTGCCATG GATGATCAGG
TTGTGGACCC CAGAAGTGAG GAGCAGAGAA AGAAGGACAA CAGGCGAAGC TCGAGCATGT
GGGATCATAA GCTGGTGGAA GTTACGAGAT TCGCGCGAGC TCAGGCCAAC CGCGAAGCTG
ATATCCCTGA GTCACCTGCC TCTGATGGCA AGCCTGGCAC TGTAAACTGG GTTAAGGGCG
AGCTTATCGG GAAAGGCTCT TATGGTAGGG TGTATATCGC GCTCAATGTC ACAACGGGAG
ATATGATGGC GGTCAAACAG GTCGAATTGC CGGCCACAGA AATTGAAAGG CATGACTCAA
GGCAGCAAGG GATGGTCAAA GCGTTGAGGG ATGAGATCGA ATTGCTGAAG GGTTTAGAGC
ATAAGAACAT TGTGGCGTAT CTGGGTGGGT TGTTTTTATT TTGGTTTTGA CGTAGACTTT
TCATGTCGCT GACGCTTTAA TAGGATACGA GACAAGCCCC GAGTATTTGT CCATGTGGGT
CCAACTTATA AGCAAGCGTA GCGCAGCAGC AGTTGTTGAC ATCCACATAG TTTCCTTGAA
TATGTTCCCG GTGGTACTAT TGCCTCGATT TACCGCACCC CTAACCAAGC CCGTTTCGAG
CCTCAGCTCG TCAGATTCTT CACTGAACAG ATTCTAGAAG GGTTAGCTTA CTTGCATTCG
AAGAATATTT GGCATCGAGT GAGTAGCATT TTTAGGCCGT ACGTCAGAGC TGATAGGCGA
TATCAGGATC TCAAAGGTGA TAACATCTTG GTGGATGCAC AGGGCATATG TAAGATTTCA
GATTTTGGTA TTTCTAAACA GACAGGTAAG ATCGTGAACA AATCCGTAGA AGTTGGACTG
ACAGTGCTCG ACCTATAGCC GATGCCTATG ACTCCTTTGG TCAAGCTACC AACATGAAAG
GCTCCGTCTT TTGGATGGCA CCTGAGGTTA TTCACTCTTA TTCCGAACGC TCATACTCCG
GAAAGGTTGA TATCTGGAGT TTGGGATGTG TTGTCCTTGA GATGTGGTCT GGAAAGAGGC
CTTGGGGTGA CATGGAGCAA TTTGCTGCGA TGTTTGAGGC GCGTCCAGGT CAAAGCTTTG
TATCTCGTGC CAGCGGCTGA CTTTTTGACG AACAGCTCTT CAACAAACGA TCTAGGCCTC
CCCTTCCGCC TGATATTAAT CTTTCTTCTG TTGCTCTCGA TTTCCTCAAC GAAAAGTGTC
TTGCTACAGA CCCTCGCAAT CGCCCCATGG CGCGCGACCT TCTTCAACAT GAATTCATAA
AAAATAGGGA CCTGACTTGG ACTTTCAAGG ACAGCAAAAT TGGGAAAGCT GTCGCGAAGA
GGGGAGCGAA ACGACCCCAG GCATGATTTA GCATTGGTAT GTGCTCCAGA AAGGGGCATC
TGGGAGAAGT ATGATGAGTA TGATCATAAC GAAAAATCTA ACGACACGGA GATCGCTTGA
CGCGTTTGAC ATCAGACGAG CATTTTTTTT TATAGACATC ATTGGGTTGA AGTAAGTCAT
GTATGATATA TTGTGTT
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| Protein sequence | MSHHPQLSVS TGSAGAGPST PTLPRRPQGA RRRGVMPGLF IANPDNSDEE NSPPKAGSQR
SSSGVSPISV SSSSGRGGPS SVSIPQPASP SHSIKERGSL PYPSIPAPQS SPLPSISAFP
SPQPLIPTPS PAPIAYGHTP EISSGPPQPP PQPQRHLQRA FTTATPENAP RLLPEPRSSS
TGTTSFHQQV NNSPSRALPS LPSPITRQST MPSPVSQSPS TSHGQPYSAP PAYHPHDPTR
VASPDDVMSP ATGSEHGSIM SAGIGHRNRS ASVQGQQVRL QVTTDNEAFH LVDITGINTA
EGIREKVFSK LRIRDEDYPT LSMYRTEIGE PADETPILPA ALLNICRTLG DSRASLKFLV
KQTDVPPSSA ASVIPPVSQT DYHPFRAASD PRRAGVPPIT TDLPNPVLYR VSSRHSKEGK
DWSGPGLSRS TRKSVLQNAG VRLSTSTGGS RSPVTEHSAS LGTSSPALPT PPIPPHSTSL
QAGEPSIHSS PSSRPSSRHY EFNELSLPPQ FDHFKPSNAI SVFPRPGTPI SDSYQNENAF
AGPSRPVMNQ EQGSQGLGLT LDDDIDPETR ALIEQFQREE QEAQKKEEER RRQLEADEEL
AKREQQSERE LWEMMQQMQK EQRQREQAQI AEDEARARQV EEEQRQEEEQ RQALEAARTA
WEAEQREQRD QREQREQQES RFHTFEKDRR QRQQFFQNRA RMGAPLDDSA TWESTWMVGP
SAEGSLSSRR PSEGRMPMVQ TSAPRTSQTQ SPALPPRQSS QPIYQPSQSQ YLPDFAYSHR
RPSGFPNTSY AETSHAQERL HDPRLQQATG RAPAPGQRGG TSNTPRPESQ RLRHPFSYAA
HEPSNERLQA PALSTARSVD NLRMTNGPLG MTSRQSQVYG PPRTSITPAP GFAEHRNIQP
ASATATSYRS PSSDRARDGR YPEPLHSSSR VATPMAPAII DTGLVPFPSP HPNSAASSNS
WRGHTPQFNS LPRSARGPTF DITRPNTVHY DRSPPPPTSP ETAIPPRRPS TYYDEFHPPD
TARTIVEDGA TIRRPSSPFP WGDRARSGNA STPYRTASPV PVDQPRTSET NTFDDTDSQL
PYAHNASPQS SWLSVSRAGA HRSDSDTLSV AGTVSSEATV RPGKGMGEDN DTNSGDTAKA
GQWDRHLKEM IAKMGPGGGE GTVRPRKEEE EDEATLFITP PVRAPETSSS RTNAIRPSPS
KPNLIVNTAS LSQQAYDQVN PVLSASTPSD SATESEGTGE GDGEIEGSNI KRGKSFARPR
DPNQWNFRPE PEQLYENLDR VFPQIDLDRP IVQGAESTPS TPGIESPSRV EIIGGLPLPA
GAAPGRQGGP QAGSGPLGRA PQATGPSSAP TGAFNRSKFN KAENRRSIRV VADHKRRTLQ
RQVSRHEDLP PEYDVGAEEV NSAMDDQVVD PRSEEQRKKD NRRSSSMWDH KLVEVTRFAR
AQANREADIP ESPASDGKPG TVNWVKGELI GKGSYGRVYI ALNVTTGDMM AVKQVELPAT
EIERHDSRQQ GMVKALRDEI ELLKGLEHKN IVAYLGYETS PEYLSIFLEY VPGGTIASIY
RTPNQARFEP QLVRFFTEQI LEGLAYLHSK NIWHRDLKGD NILVDAQGIC KISDFGISKQ
TADAYDSFGQ ATNMKGSVFW MAPEVIHSYS ERSYSGKVDI WSLGCVVLEM WSGKRPWGDM
EQFAAMFELF NKRSRPPLPP DINLSSVALD FLNEKCLATD PRNRPMARDL LQHEFIKNRD
LTWTFKDSKI GKAVAKRGAK RPQA
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