| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG03940 |
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| Symbol | |
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| ID | 3258568 |
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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_006692 |
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| Strand | - |
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| Start bp | 1110088 |
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| End bp | 1114598 |
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| Gene Length | 4511 bp |
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| Protein Length | 1276 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638258018 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_572116 |
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| Protein GI | 58269920 |
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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 | 24 |
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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 | ATCAGCGATA AATTGGAATA AGTCTCACCA GGAGGGTATA AAGATGCTGT ACATAGCATC
TGTAAGTCAT CATACCTTTT CTGGATCCAA TATAGACTCA CACATCTTCT AGGCTCTCAC
CCCGACCCCG ATCTTGGGTA GTCTCCGTAC AACATCGCTT ACTGATAATC ACACATCTCT
CGTTGTCGCC AAACCGAATA AAATTGAAGC ATGGGACGTA ACAGAAAATG GTCTGGTATG
GAGGTCGGAA ATAGAGGTCT GGGGTACGGT AGTAGGAATT GACCAAGTCT CAATCGAGGT
ATGCGGGTTG ATAAGTAGAT TATCTTGAGA GTGCTAATGT GGTATTTATA AAGGATTCCC
GGCCTCATGT CTTAATTTTG CTTGCACCTC CCCAAGCTCA TCTCCTATTG GTAACCTTTG
ACATCACTAC CGGCAAGCTC ATAATTACAT CCTCCACATC TCTTACACCA CCAACTCCGA
CGCTTAGGCA AGCAGAATTC TTCACAGGGG TTGTGGCCCA GGAACGAGTT GCACTCGTCA
GCTTGTGGAT AGGTGTGCTG TCATGTCTTG AGATAGAGCT TGATAAGGGT TCAAGCGGTA
AGAAAAAAAG AAGCAGTACA ATACCGACCC CCGAAGGCGA AACAAGATTA AAAATTAAGG
ACAATTTCAA CATCAAGTAA GTAGTCAACA ACCGATTGTT AATGACTTAC ATCTGACGTT
TATTAGTATC CGAGAGCATA ACCTTTTGCA TCTGAGTTTC CTTCCAGCCA CCCTAAACGG
ACCTGTAGTA ACTCTCGTTT GGTTGTCTGC GAGCAATGAG CTTCGCTTGC AAGCTCGTTC
CCTTTCCCTC TCTGCTCATT CATTCAATCC ACTCTCAAAA TCGGTAGATC TGGTATCCCC
TACAAGCCGA CAGTCCATAT CCGAAGACTC GGACTTTAAC GCAGTGCCAT TCTCTTGCCC
CGCCGCCAGG CGTGTCGTCC CCATACCTTC CGAATTGCCC AACGGGCAGC GAACACTTCT
GGTAATTGGC GACGAGCATT CGGTTCTTTA TACTCTCGGC GAAAATAGCC CTCAGTCACC
AAAGGCCGTG CGACGCATGT CTGCTGTCTC CGTCCCAGCC TCTTCTCCTC GCGCAAACGC
TCGTCGAAGC CCTCAGACAG AGTTGAGCAG TGGCAACGCC AAACGCCGAA AATCCAGCAT
GGGTACCAAA ACTGTGGATA ATCAGAACGA AGAATTGCAA TGGGATCTTC GCCCTGTATG
GAGAAGCCGG CAAGGTTTCG GAACTGTAAT AGCTGCGACC GTGATCGAAG ATCATGGAAG
TGGGGCGAGC GTGGTAATTG GAGATGAGTA TGGAGCTTTT ACAGCGTTCG GATGGGAGTT
TGAGAAGGGT TTGGGGGCTG GAACCGACGG AAGAGTAAGA GTATTGAGAA CTTATCTTGG
TGCATCTTCC CCACCCTCCT CTATAACTTA CCTCGACTCT TCACATTTAT TTGTATCGTC
CGCCGTAGCA GACTCTGTCC TCCTTCGCCT CCCAAAGGTG GAATCCTCGT CAAGCGTTTC
GTCAGGCAAG GGTAAAGGCC GTGCAGTAAC TAGTCCTATC GGAGATCAAG CGGATAAGTG
GGAAGTTTTG TATGAGATTG GGAAAGACAG AAACGATACA GATGGGGGCC CAGAGATACT
TGAAAGGTGG ATGAATATCG CCCCTGTGAA AGATTTATGT GTTGTGAAAG ACGAGGGTGG
AAATCTGGTG AGCTCCTTCC TTCGCCCCTG TTAATAAAAA TCTGATTGGT CGCAGTCACA
CCTAGTTTTG GCTTCTGGTG CCTCCGAAAG TAATTCCCTA CGAGTCGTCC GTAGCGGCGT
TGGTCTTGAA GAACTCGTTA CCATTCAAGG CCTTCATGAC GTTCAGAAGA TGTGGCCGTT
GACGGATTCT ACTGCAATTC CGCGTCTACT TCTTTCCACT TCTACTTCCA CAATACTCCT
TCAACTCCAG CCGGAGATCT CGGCCATCCC CATTACCGAC GTAATCTTCA ACTCGGAAAC
TTTGGCTGCT GGAATCCTGC CTGGCGCCGA GCTTTTGGCT CAGGTCACTC CGCGTGGTCT
TTCCTTATGG TCTGACTTGA GTGTTGGCCA GCTTGAAGCA CAAGTGGAGG TTGATAAGGA
GACGGAGATA GTTTGTGCAC AAGTGACTGC AGATTGGGCT GTCGTGGCTA AGAAGGGAGG
AAGCCTTGTA GTTTTCCATG TGTCAAACAC AGGCTTCAGT CCTCAAGGGT GAGTGCTCAA
GTCTCTTTGG CTTACAACCT AGCTGACTTG CAAATAGGAC TATTGACGTG AAAGAAGAAG
TGTCAGCTGT TGCCATTTCC AGCAGCTCCG GTTCTTCATC TCCCATCATC GTCATATCTA
CATGGATGGC CAAGACTTTT GTATATACGC TCTCTCAGAT TTCCAATGGG GTGGATGGTC
TATCTATCCA AAGCGAATCA TCTGCCACTT CTCTTCAACT ACGTTCGCAC CCATTCTATC
CGGCGGGTAT ACAACTTCTT TCAGGTTTGG ACAACGGGTT GCTTCATATT TACGATCTAA
ACACCAGTGA CAGCGGCGAA GCAGAAGGAT TGATGGTCAA ATCTTCGAAA ACCACCTCCT
TGGGACTGCG GCCATTGGTT CTACACCCTT GTGAAAGCAC TCACGGAGAC GAGAAGGTTA
TTAGTGTTGG CTTGACAGAG AGGATGAGTG TAATCTTTGA GTCGAAAGAT AGAATTGAGT
TTTCTTCTGT CAATATAAAG GTAAGTGTCC AAATATTAGA ACATTGTGAA TTCCGACTGA
CAGATAAAAC TAGAATGTCA TGGCCGCTAC TTCGGTGGAT ACTTCATCAG GTCCAGTTTT
TGCTCTCTTC TCCCGCACTT CAGGACTGTC CTTGGTGAAA GTCAATTCTT TGAAGAAGCT
CCATGTACAA ACATGCGATA CTGGCAATGA ATCCATCTCC AAGCTGACCT ATATGGACGA
GTACAAGGCT ATCGCATGTG GGTCGACAAG AAGGACTCAA CTCAGAGATG GCGATGTGGA
GGAAGAAAAC TTTGTGCAAA TCCGAGATGG AACAAGTCTT GAACGTACGT AACTTATGTC
TTCTGGGATC GTCTTGAATT GACATTATTT CGTAGCACTA TCGAGTTTCT CCCTCCGAGG
ACGCGAGCTA GTCACATCCC TCCGATCTGT ATTCCTCACC GGTCGCATTT ATCTCGCTGT
CGGCACAGCA TTTTTACCTG CAGATGATGG CGAAGATTCA TCCTGGGATG AAGGTAACCT
TGCCGTAGTC AGAGAGGGTA GGGTTTTGCT CCTCGAATTC AAAGAAGGTG ATGCAGGAGG
CGGGTGGGAT ATCAAAATCA AAGCAGAACT AGCTACGGTG GGTGCTGTTT ATGCCCTAGA
GGAGATCCAT GGTTTCTTGG CTGTTGCAGC GGGGAGCAAG GTACGTTCAA AGCCACGGTT
TCCACTGCCC TGATAATCAT ATCTCCTAAC TCCTTGTAGC TTACAATCCA CCGCCTGGAT
CATAACCCCG TTGAACTGGA AGAAACATCC TCTTGGGCTT CTGCCTACGT CATTTCCTCA
CTTTCTGTCT TACCACCTAG TCACATCCGC CCAGAGGGCG CTCTCATCGT AGGCGACGGC
ATGCGTAGCG TTATCGTGCT TAATGTCGAC GAGGGTGATG GTATGATCTA TGATGACGAA
AGGAACATGG CTACACATGG TGTGACAGCC TTGGGTTTGT TGAAAGATAA GGGAGATGGC
GTTGTCATCA GCGATGTGCG TCCTTGCAAG GCCCAGGTTA ACGATGTGAA GGGTACTAAT
TAATTATAAA GGCATATTCG AATCTCCTGA CATATAGGCT GAATCAGAAG CTTGAAAGGG
CGGCGACCTT CGGGCTGCAT GAGGAAGTCA CTCGTTTCCA AAGTGGTAAG TTTGGCCTTT
GACATGTGTC GGCTATGAGT ACTTATGCCA AACCGTATAG GCTCCCTTGT CCCGACAACC
ACCGCTCCTG AAATCATCAT TCCCGATGTC CTATTCGCTA CTCGTGAGGG CCGTCTCGGT
ATCATCGGCG AGCTTGGTAC CAGGTCTTCG AGAACCCTGG ACGATCTCCA GCGTAATATG
AGCAAAATTT GGAAAGGTCC AGGAGAGGTC GGGTGGAGTA ACTGGAGGAG AGCGGGGTCT
AATCTTGTGG GCAAAGATAC TGCAGGATTT GTTGACGGAG ACTTGTGAGT TGTCCGCTGT
GATCGTCACA TTGAATAGAA AAAGCTGAAG ATGAACCAAG TGTGCAAAAG TTCCTCGACA
CGGAATTCTT TGATGACGAG CGCGCACAGG AAATCATTCA AGGAACATCG TCCCACGAAC
ATGTCAGATT AGGAAAGGAA GAGGCATCGC GAGCCGACGT TGTACGCTTT TTGGAGGCTA
CCGCTGGTAT GCACTAGGCG AGACGTGTGG AGACGAAAAG GTTGTAATGT GTTTTTAGAA
GGGATTACCA T
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| Protein sequence | MLYIASALTP TPILGSLRTT SLTDNHTSLV VAKPNKIEAW DVTENGLVWR SEIEVWGTVV
GIDQVSIEDS RPHVLILLAP PQAHLLLVTF DITTGKLIIT SSTSLTPPTP TLRQAEFFTG
VVAQERVALV SLWIGVLSCL EIELDKGSSG KKKRSSTIPT PEGETRLKIK DNFNINIREH
NLLHLSFLPA TLNGPVVTLV WLSASNELRL QARSLSLSAH SFNPLSKSVD LVSPTSRQSI
SEDSDFNAVP FSCPAARRVV PIPSELPNGQ RTLLVIGDEH SVLYTLGENS PQSPKAVRRM
SAVSVPASSP RANARRSPQT ELSSGNAKRR KSSMGTKTVD NQNEELQWDL RPVWRSRQGF
GTVIAATVIE DHGSGASVVI GDEYGAFTAF GWEFEKGLGA GTDGRVRVLR TYLGASSPPS
SITYLDSSHL FVSSAVADSV LLRLPKVESS SSVSSGKGKG RAVTSPIGDQ ADKWEVLYEI
GKDRNDTDGG PEILERWMNI APVKDLCVVK DEGGNLSHLV LASGASESNS LRVVRSGVGL
EELVTIQGLH DVQKMWPLTD STAIPRLLLS TSTSTILLQL QPEISAIPIT DVIFNSETLA
AGILPGAELL AQVTPRGLSL WSDLSVGQLE AQVEVDKETE IVCAQVTADW AVVAKKGGSL
VVFHVSNTGF SPQGTIDVKE EVSAVAISSS SGSSSPIIVI STWMAKTFVY TLSQISNGVD
GLSIQSESSA TSLQLRSHPF YPAGIQLLSG LDNGLLHIYD LNTSDSGEAE GLMVKSSKTT
SLGLRPLVLH PCESTHGDEK VISVGLTERM SVIFESKDRI EFSSVNIKNV MAATSVDTSS
GPVFALFSRT SGLSLVKVNS LKKLHVQTCD TGNESISKLT YMDEYKAIAC GSTRRTQLRD
GDVEEENFVQ IRDGTSLEPL SSFSLRGREL VTSLRSVFLT GRIYLAVGTA FLPADDGEDS
SWDEGNLAVV REGRVLLLEF KEGDAGGGWD IKIKAELATV GAVYALEEIH GFLAVAAGSK
LTIHRLDHNP VELEETSSWA SAYVISSLSV LPPSHIRPEG ALIVGDGMRS VIVLNVDEGD
GMIYDDERNM ATHGVTALGL LKDKGDGVVI SDAYSNLLTY RLNQKLERAA TFGLHEEVTR
FQSGSLVPTT TAPEIIIPDV LFATREGRLG IIGELGTRSS RTLDDLQRNM SKIWKGPGEV
GWSNWRRAGS NLVGKDTAGF VDGDFVQKFL DTEFFDDERA QEIIQGTSSH EHVRLGKEEA
SRADVVRFLE ATAGMH
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