| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE00620 |
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| Symbol | |
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| ID | 3257841 |
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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_006687 |
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| Strand | - |
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| Start bp | 164107 |
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| End bp | 168708 |
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| Gene Length | 4602 bp |
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| Protein Length | 1337 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638256648 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_570778 |
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| Protein GI | 58267244 |
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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 | ATGTCATCAT TTACGCATTT CGGGCATTTT ATTGTCATTG TTTCCGCTTT CGCAGCTCAA
CTTAATTGTC GAGAATTCGC ATCTCTTGCA TTCAAGGTAT CTTCGTTCGT CTTCTCTTAC
ATCTTCGCAT CTTTATTGAA TGCCTGGGAG CTAGGCTTCA ACATGTTTAA GAACAAAGGT
CCATCTTTAT CTCCAGATAC CGACTACACA AGGAATCTTC GCGAGACTAC TTTTTACAGA
TATGGCCAGC TTCGCTCCCT CGGTTTCACT GGAGAGGTGA CTGCGCTTGC AGTTGACCCT
GTACTCTCTC TCTTCGCCAT AGGCACTTCT AACGGTATGG TCCACTGCTA TGGAGCTCCC
CCTTTTCAGT TCACTCTTCC GGTTTCACCA ATCTCGTCTT CCGGTCCCGC ACATGTTATC
AAATTCCTCC TGTTCCATCC AGGTCATAAC AGGATTATCG CTATTGATGA TGGCAACACA
ATCCACACCT ATACGCTCGA GCACATGACG GATCATCCGA ACCCTTCTCT ACATCCGCCG
CTTCCCATGA AGGAGATCGC GTATACTCTA TGGGGTACTG TGACTAGTGT AGAGCAACCA
TTGCCTTGTC ATACCCATTT GTTCTTGACC GTGAGAGACG GAACGACTTT GACTTGGGAT
TTGAGCAGGA GGGGTTTGGG TAACTGGAAG ATTGGGAATT GCTGGCAGGA TTATGAGGAT
AGAATGATAA GGAGTGGTGT ACCTGGAAGA GAAAAGACCC TTGGAGGGTA CGTAAAGTTC
TGCGGTGTAG GGCGACCGAC TGACGTCTAT CCTCAGGCCA ATGGCAACTT GCTTAGCTAT
GAATCCTCGG GATCTCAACA TCATGCTGAT AGGATACGAA GGAGGCGTCG TTGCATGGGA
TATGCAGAGG AACATGGTCG TCAAGACGTT CGAAATGATT CTCCCACCTG GTGCTCCAGG
AGGCGGCTCC TATCAGGATG CTGACGGATC CCTCTGGACA GAACGCGCAC CATCAGTCAC
CTTCATAACC TGGCGTCCCG ATGGTCTTGT TTTTGCTGTT GGTCATGTGG ATGGGTGCAT
TGCGTTTTGG GCGTTCTCCG AGTCTGACAA GCCGTTGATG GTGCGCACAA TCACGCACGA
GGATGTCAAT GTTGCCGATG CCGAAAGTCT GTTGGAATCT GGTGCTTTGC CTAGTAAGGA
TAAAAAGGTG GAAAGGGATC AGAATGGGAA TGCGATTGTC TCTGCTGTGT CGGCGAATAG
GGAACCAATC TACAAGATGG TATGGGCGAG CTTTCCCGAT CAGGCCAGCT TGAAAGCTCT
TATATCTGCT CAGGGAACTC CACAGGCAAG AGAACCGTTG ACCAATGCCA CAGTGGAGCT
TGCGGAGCGG GGTGAAACGC TTTTGTTGAT TTTGGGTGGA CAGAGTCCTG GGGACAAGCC
AGGGATCAAC ATTTTGCAAT TCCCTGCCTA TAAACCTCCT ATCAACGCCA GTTCCAAATC
CCCTTCGGAA AGCATGCCTC TTCAGGAACG TTACGCTTTC CGTGACTCTC TTTTACCTAC
TGGTAGCTTC AACTGGCTTA CTCGGACCCC CCCTGAAGAC TTCATCCTCA TCCCTCGAAG
TAACCCTTAC TTCAATCTCT CACATGACCC CATCAGCATC GTCATCTCTC TCGCTCCTGA
TCCCTCAATT CCCGAGATCA AGCAACCTTA CGCGACACGT AGTCTTGAAG CGTGGGTATT
TCCACCACCG CGGTCTGATG TTGCACCACC CTCGTCCGGA AGGAAGAACT ACATCCAGCC
AGGAGCGGGC GAAAAAATCG TTGCAATGAC ACCAGCACCC ATCACACCCC CTGCACCTAT
GTCACCCCGT GCTGGTGGCG GCTGGCGGCT ACCATGGTCC ATCCGCACAC CCTCACCAGC
GCTTAGTATC CCCCCCGCAG CATCGCCTGA CACGCCTGTC AGTGATATCA GTGGTCTCAG
CGGTATCACG ACTAACTTTC AACGATCTGC GAAGATGCGA AAGCAGCTTT CGTTCCCTTC
TACCGTTTGG TCTGGCGCCC TCTCTGTCCT AGGCACCGAG CTGTATGCGC TGAGCACTCC
AGTGTTTAAA CGACTCATAA GCTGGACAAT CGAACATGCC GGCGAGGAGG AAATGCCGAG
ATTGCCATTG CGAGGTGGTC TAGCAGTTCC AGATCTCCAA TCGCATGGGG CGCCAGAAGT
CATGGTCGCC AAAATGGAAA GCTATCGTAT CCTCGTCACT TATCACGCAG ATGGTACGGT
AAGGTTCTGG GACGCTTCTC CACATATTCT CATCTTACCG ACGCCCCTCC GATTTGAGTT
CCCCAATCCT CTCCCTCACT TGACCATCAA CACCGGTAAT TACCTGAAAC ATCCAGACGT
CTCCCATCTC CCTCTCGCTC AGTTGTGGTT GAACGATAGA TCTAAGGTCA GGATCAAATC
AGTACACCTC GCAAGAGAGG CTTTGGAATG TGTAATTACA TTTACGACAG GCGAAGTCCT
CGTGACAAAG TTCCAGAAGG CCAAGACATC GACGGATGAC GATAGATATC AGGAGATATT
GAATAGGGGA GGGGATCAGG TTGGGGAAGA GACTGAGGGA AGTTATTTTC CGCCACAGCC
AAGGCAACAA GGGAAGAGCG AGTGGGTAGA GGAAGTATTG GAGATTGGAC ATTTGGCAAA
GCCCAACACA GATGGATTCA AGCCTGTAGC CATTTTCACA ACGAAGCAGG GAGAGCCTAT
TTCTTGCGCA GTATCTGACA TTGGTGAGCA CACGGAACAA GTCTGCGCTC CCGAATGCTA
ACGTCTGCAA TTAGGTTTCA TCGCTGTCGC ATTCTCTAGC AAATCGCTTG CGATAATTGA
TATGCGAGGC CCGGATGTCA TTTTGAGGGA AGGGTTCGAT GAAGATGGTG CAATGATGAA
GAAGAAAAAG AAGAAGGGAA ATATCCAGAA CGTTTTGCCA GAGACCTCTG TCGTGGGGTC
ACTGAAATGG ACAGTGTCAG GAATGGGAGG AGGTAAGTCC TCGCTGGATG AGCTGCATTT
CTGGACGCTG ACCACTCCAT AGACATGGTT AATAGACCGA GACTGATAGT ATCTTACGTT
AAAGGGTGGG TGCATAGTCC TAATTGTTTG GTGTGTTCAA AGATCACGCT GCTAATCTTG
GCAATAGCTT GACAAAAATC TACGCTCTCA TCAATGTTCT AGGTGAATGG GTCGTCGAGG
CCAAACCCCC CACATTCACC AATGATTCCC TTTTCGGACC GATCGCGTCT TTCGTCCTCG
ATCCAATGAC AGGTAATGAA TTGGCTACAA GTGCCACTGC CCTACAAGCA GCCATGCAAG
AGCCTACAGA TTATGGGAAG GGAAAAGAGG CATCAGTCCA CTGTCTTTGG ATTGCCGCGT
CTAAGAAGAG TATTAGATGT GCCATAAACT TCAGCGGAGA AAGAATAGCA AAGGTCGAGC
TGGAAGATGA GGAGTTATCT AACGTTTTCT ACGTTACCAG GCATGGTGAG TTTGATGAGG
AATTATCGCC GCATCGACTT ACAGAGCTTT AGGTCACAAG ATCATCATTG CTGTGACGAC
TACCGGCTCC GCACTAGTTT ACACCGTCCC CTTCCTCCAA TACATCACCC GTATAAATCT
TTTCTTCGGA CCCCAAGGAC GTTCCAGTGG CAAATTGTCC ATAGACGACC GTTCTGGTGA
CTTTGTTGAG TATAGCGGCC CTCTCGATAT CAACCTGCGG ACATTCTTCC ACTTCCGCAA
ACCGTTACCG CCTCGTATCG ATCCTTGTGC ACACAAGAAA GCCATACCGC CACAACCACA
ACCAGTCAAT GCAGGAGTGA TCTCTTGGAT TTGGGGCGCA ACTCTGACCG GTGCTCAACT
CGATGCTCTC AGTACGTCTC TATCACTTTT ACTCTTCAAC AATCTACTAA TCACGACATG
TAGTTGGAGG TCCATTGAGA GCTCCCCCTC CAAAAGCCCC AGCGGGCCCT CACAAACCTC
TCATCTCATG GGGAAAGCCG GAAGAAGAAC CGGAAAAGCC ACCTCAGCTC CCATCCAATA
CATTGCCGAA TCGAACAGCT GTTAAGAAAA CGAAGGCGCC AAAAGCGCAG GAGGGTGAGA
GACAAGATGT GTATGTTTTC TGTCGTGCCC TTGTTTTTTG ACCTAGCACT GATTCCGGCG
TGGCTCACAG GTACACGGAA ATGACAAACG CTATATCGTT GCGAGGGGAT GTTCTCGATA
TGCTCGGAGA GTCACTGAAC AACGTCTCGA CATCTGCAAC CCAATATCTT GGTCAGGCAA
AGAACGCAGC TGTACGTTTA AAAATATTCC ATTACGTTCG ACTTCACCTT AGAGATTCGT
ATACTGATTA TTTTATGTTC ATAGATGAAA GAGACAGCGA AGGCAGGGGC GAAGGGTATA
TTCGGCAAGT TGTTGTAACA AGTAGTTTTT AACAAGACTT TTAGTGTAGT TTTATCTCTG
GTTATCTACG ACTGGTTTTT CATCTCTCTG CTGGTCCAGT TATCTATTAC ATCTTTATGC
TTATATATTT TATTCACGGT CATGAATAAA TAAATGTCTT GT
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| Protein sequence | MSSFTHFGHF IVIVSAFAAQ LNCREFASLA FKVSSFVFSY IFASLLNAWE LGFNMFKNKG
PSLSPDTDYT RNLRETTFYR YGQLRSLGFT GEVTALAVDP VLSLFAIGTS NGMVHCYGAP
PFQFTLPVSP ISSSGPAHVI KFLLFHPGHN RIIAIDDGNT IHTYTLEHMT DHPNPSLHPP
LPMKEIAYTL WGTVTSVEQP LPCHTHLFLT VRDGTTLTWD LSRRGLGNWK IGNCWQDYED
RMIRSGVPGR EKTLGGPMAT CLAMNPRDLN IMLIGYEGGV VAWDMQRNMV VKTFEMILPP
GAPGGGSYQD ADGSLWTERA PSVTFITWRP DGLVFAVGHV DGCIAFWAFS ESDKPLMVRT
ITHEDVNVAD AESLLESGAL PSKDKKVERD QNGNAIVSAV SANREPIYKM VWASFPDQAS
LKALISAQGT PQAREPLTNA TVELAERGET LLLILGGQSP GDKPGINILQ FPAYKPPINA
SSKSPSESMP LQERYAFRDS LLPTGSFNWL TRTPPEDFIL IPRSNPYFNL SHDPISIVIS
LAPDPSIPEI KQPYATRSLE AWVFPPPRSD VAPPSSGRKN YIQPGAGEKI VAMTPAPITP
PAPMSPRAGG GWRLPWSIRT PSPALSIPPA ASPDTPVSDI SGLSGITTNF QRSAKMRKQL
SFPSTVWSGA LSVLGTELYA LSTPVFKRLI SWTIEHAGEE EMPRLPLRGG LAVPDLQSHG
APEVMVAKME SYRILVTYHA DGTVRFWDAS PHILILPTPL RFEFPNPLPH LTINTGNYLK
HPDVSHLPLA QLWLNDRSKV RIKSVHLARE ALECVITFTT GEVLVTKFQK AKTSTDDDRY
QEILNRGGDQ VGEETEGSYF PPQPRQQGKS EWVEEVLEIG HLAKPNTDGF KPVAIFTTKQ
GEPISCAVSD IGFIAVAFSS KSLAIIDMRG PDVILREGFD EDGAMMKKKK KKGNIQNVLP
ETSVVGSLKW TVSGMGGDMV NRPRLIVSYV KGLTKIYALI NVLGEWVVEA KPPTFTNDSL
FGPIASFVLD PMTGNELATS ATALQAAMQE PTDYGKGKEA SVHCLWIAAS KKSIRCAINF
SGERIAKVEL EDEELSNVFY VTRHGHKIII AVTTTGSALV YTVPFLQYIT RINLFFGPQG
RSSGKLSIDD RSGDFVEYSG PLDINLRTFF HFRKPLPPRI DPCAHKKAIP PQPQPVNAGV
ISWIWGATLT GAQLDALIGG PLRAPPPKAP AGPHKPLISW GKPEEEPEKP PQLPSNTLPN
RTAVKKTKAP KAQEGERQDV YTEMTNAISL RGDVLDMLGE SLNNVSTSAT QYLGQAKNAA
MKETAKAGAK GIFGKLL
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