| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNL06210 |
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| Symbol | |
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| ID | 3255004 |
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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_006681 |
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| Strand | - |
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| Start bp | 715775 |
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| End bp | 720208 |
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| Gene Length | 4434 bp |
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| Protein Length | 1083 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638254096 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_568148 |
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| Protein GI | 58261476 |
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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 | 10 |
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| Plasmid unclonability p-value | 0.0766875 |
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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 | ATGATGGCAT GCCACGACTC ACTCATCAAT GCCTTCTGCC GAATACTACG TCGGTCGTTC
GGTGTTCGAA TCGTACGCCC CCATAGTCGG TCACTCATTA TCAATGAGAG GCCCATGCAA
CAACAGTCCT AAGATTACTT GTGCTTGACA TCCGCCGTAG CGTTCTGCAA TGGTTTGAAG
GGTCAATAAG GCTGTTTTCA GCCGTACATT CGGGTTCATC TACGTAACAT CTCTCGTTGT
TCCCTGCGTA CATCTCGCTC GTTCTCATAC CGGACAGATA TTTTAATAAA AAGGGCTTAG
AGGTTAGAGC TAGCTCAGCA TTCGTGTTTA CGTAAGTATG CTTGACTCAA GAGAAGACAC
CTCCACCTCC ACCGGCGACC GGCGACCGGA AGCCAACAGT CACAGGACAA TTACTAAGAT
TATCGGGCGA TCTACTCTCC GTCTGTCATG TTGGCCATAT GCAAGGTTCT CCCATGATAT
ATGTATAAAT AAGGGCCGAA CATGGTGCTG ATCCTGTATT CTAGACTTCA AGCAAGCACA
ACGGCCCGCT GACCATTAAG ATGTTATCGG CCAAGACCGC GCTCTATGTA ACGCTGGTTT
CGATCCCGTT GTTCGGCCTC GTCCATGCAC TAGGCGATGA CAAGATTGTG GCCTTTCCAA
ATCTATCACA ACTGTCTGGA GAGGGTTATA TTTGGCTAGG TCCTTCAGAT CACGCCAAAC
ACCAAGAACA GACAACTTTT ATCGCGACAG ATGATCGACT GAATCAAGCT TCCTCCGTCA
ATGGCGCGGG TGATGATTAC TTCGTTCTAG CTTCAAACCA TCACCACTTT GCTTCATCTC
TTCTACTATC ATCTGAAGAC GACCAGTCCA TCCATGTTGC TGCTCAAACA TTCGCAGAAG
ATATCTACAA GGTCACCGGT CAGCGACCTG ATCTCTACAA CGATACTTTG CCAGACGATG
TTCATCGAGC TGTTATTGTT GGTAGCGTGG AGAGTGAAAT TATCCGCGGT CTCAAGACCG
ACTCTAAAAG AGATCATTTG AAGGGGAAGT GGGAAAGCTT TGATATTAGC TGGGAAGCCT
CCCCACTCGG GGGTTTAGAG GAGGGACTTG TCATCACTGG TTCCGATCGA CGAGGTACGA
TTTATGCGCT CTACACTCTC TCAGAACAAA TGGGTATCTC CCCCTTCTAC TTCTGGTCTG
ACGTTCCCAT CCCCCATCAC TCTACCATCG CCATCCTCAA GAATATGTCA CTCTCTCATG
GCGAGCCCAC TGTCAAGTAC AGAGGTCTTT TCATCAACGA TGAACACCCC GCTCTTTGGG
GCTGGGCAGC TGAGAAGTGG AATAGGGACC CTTGGGAGCC AGCGTTCCAG GTAGAGATGT
ATGAGCTTTG GTTCGAAATG ATGCTAAGAT TGAAGGCAAA CTATTTTTGG CCTGCTAGTG
AGTTTGAACT CGTATTTTTG CCATGATGAC CAACTAACAA AGAAATTAGT GTGGGCTTCC
AAGTTCTCTG TCGATGGTCT CGACATTACC AACGGTCTCC CCCGGCCTGC TATTCCAGGT
CCGAACCAAA TCCTTGCCAA CAAGATGGGC ATCGTTATGG GAACTTCACA TCATGAACCC
ATGTCCCGTA ATAAGCCTGA ATGGGATGTG TTTGGTAAAG GTCCTTGGGA CTGGACAAAT
AAAGATGTCC TAAAAGATTT TTGGCGGTAC GGGGCTGAGA GAGCTAAGGG CGTCGAAACT
CTTTTCACGA TGGGGATGAG AGGAGATGGA GATGAGCCTC TGACTGATGC TAGCAATGAG
TTGGTCCAGA GTAAGTCTTC CCATTATGAT ATAATTCCCC CCCCCCAGCC TTGAGCTGAT
TTCGACCAGA CATCACTAAG GTCCAGCAGG ATATCTTGAA AGAGGTTTAT GATACGGACG
ATCTGGAGGG AAGTGGTGTG AGCCAGATGT GGTGCATGTA CAAGGAGGTT GCTGGATATT
ACAAAAACGG AGTGTGTCCT TACCATCGTC CAGTAACCAT TTTGGAATTG CTGACTTAGT
TACTGTGAAG CTCGAAGTTC CAGACGATGG TATGTTTCTG CTGCCTCCAT CCTGTCCAAA
ATACCTCGAT AACTCACAAT GTTTTCTAGT CACCGTTCTC TTTGCCGACG ACAATTACGG
CAACATCATG TCCGTCCTCC CTCCAGAACG TCAGGGCCAT AAGGCTGGTG CTGGGATCTA
TTACCACGTT GACTGTGAGG TTTTCTGCCT ATTGCCTTGC ATAAGACGAC ATTAACAAGG
TCTGACCCCT GATTTCTAGA CGTCGGTTTT CCCAGAGATT ACAAATGGAT AAATACCGTC
AATCCTGCCA AAAGTAAATA GCCCTTTTTC TCCCTTTGGG GCCGTTATAT TTACTTTAAA
ATAGCCTGGG ACCAAATGAA CATTGCCCGC TCTTTCAACA CCACTCAAAT CTGGATTCTT
AATATCGGAA CCTTGAAACC TCTCGAAATG CCTACTGAAT GGTTCTTAGA TCTCGCATGG
GACTTTGATA GGTGGGAAAG GAACAGCTGG AAGAGGTGGT TGAGAGAGTG GGCGGGGAGA
GAATTTGGAG ATGAATGGAA AGAAGAAGTA GGGGATATTA TGGGGAAGTA CTCTGTGAGT
CCACAGTTAG TGTTTCCATA AGAGACAGCT GGTTAATAAA TGTAGCTTTA CGCGTCAAGG
AATAAAGCGG AGCTGGTTAA CAGCAAATCG TGGTCACTCT CCAACTATCG CGAGTAAGTC
CATCTTAAAA CCGAATATTT TAAGCGAGGC GGTATACTTA CAAGGCGGTA CACCATAAGG
GCTGAGCGAG TGCTTACTGA ATGGCAAGAT CTCACTACTC GTGCTGGTAT GGTATACGAC
CAGTTACCCA AAGAAACCCA GCCAGCATTC TTCCAGCTCG TGTACATGCT TTGCGCGGCT
CAAGAGAACT TGAACAAACT ACACATTGCA GGTCGGTCAT CTTTCACGTC CGAAAACGGT
GTTTATTCGG AAAAGTCTGA TTTGTGATTG TGATTAGTTG CCCGATCAGA ACTTTATGCT
TTCCAGGCGA AGACGGCTGC CAACGTATTT GCACACGAGG CGATTGAAGC ATTCTACCAG
GATGCCAACA TCACTGAGAC CTTCCATTCC TTGCTGAACC GTAAATGGGA CCAGTAAGTG
TAATCCTTTT TTTTTCACCT TTCCCGTTGG CCCAACTTTT TCAGGACTGA CGCGTTCTTC
AGCATGTGGG ACCAAACCCA CATCAACTAC TACACCAACC TCGAGCCCAT CCGAGATTCC
CTTCCGCCCA TCCATCTCGT CAATCCCTTC CAGCCCTCCC GACCTGGTAT CCCGCTTAAA
GAGCGGGACT TACCCGGCCA AATTGGCTAC GTCCGCCTCA CTGTCGAGAA TTCCCTTGGC
GCTTGGCCGG GAGATAACGT CAGAAATTGT GAGAGGGGTT ACAAATGCCC GGACCCGACA
CTTTTACCCA TGGATCCATG GGGCGAACAG AGTCGATGGA TCGATATTGG TGCTGGAGGA
CCAAAGAACG TGAGTTGGAA GATGGAGGTG GATGTGGATT GGTTGACAGT GGAGCCGAGG
AAGGGGAAGA CTGTGTGGGA TGGTTCGGGG GATGAGAGGG TTTGGGTATC GGTGGATTGG
GACAAGGTCC CAGCTAGTAC AAAGGGCGAA CGGGTGGAGA AAGAAGGGCA TATTGAGTTT
AGTGCTGCCG ATAGAACCAA CGTCACCGTC AGTGTCCCCA TCATCATACC TCCTTCGCCG
CCATCCTCAT TCCGCGGCCA CGTCCAGGGC GATGGGTATG TCGTTATCGA AGCTGTCCAC
TATACGCGAA ATACGTCGGA AGAAGGATAC GCCTTTGAGG AACTCGAAGG CTATGGGCGT
ACCCTTTCTG GTCTGGAAAT GTTCCCTGTC ACTACCCAAA ACTTCACTCT AGGTAAAGGT
CCCAAGCTCG AGTATGATTT TTGGACACAT GGCGATAGCG TGGACGGAAA TGGCAAAGTG
GAGATAACTG TCCAAGTTGG CCCAACTCTG AATTTCCTCA TCGGTGAAGA ACTAGCTTTT
GGACTTCAGT TAGATGATCT TCCACCCAGA GAAATCCATC CCGTGCCAAT AAAAGGCCTT
GGAGAAAGCG GTTCAGATCG AAATTCTGGA GAAGTGGGGT CCGTACCTAA AGATTGGATG
GAAGTGGTTA GTAGTGAGAT TAGAAATGTG ACAATGGAGG TAACCAAGGA CGACTGGGAG
GCCGGGAGGC ATACTGTGAC GATCTGGGGA TTGACGACGG GTGTGGTGGT GGAGAGAATT
TGGGTGGATA TGGGCGGGAT CAGAGAAAGG GGGTATAGCT ACCTGGGTCC GCCTGAAAGT
AAGCGTGTGT GAACTAGGTT TTGTCAGTTT TAGCGAAGTG TATAACAGGA ATAC
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| Protein sequence | MMACHDSLIN AFCRILRRSF GVRITPPPPP ATGDRKPTVT GQLLRLSGDL LSTSSKHNGP
LTIKMLSAKT ALYVTLVSIP LFGLVHALGD DKIVAFPNLS QLSGEGYIWL GPSDHAKHQE
QTTFIATDDR LNQASSVNGA GDDYFVLASN HHHFASSLLL SSEDDQSIHV AAQTFAEDIY
KVTGQRPDLY NDTLPDDVHR AVIVGSVESE IIRGLKTDSK RDHLKGKWES FDISWEASPL
GGLEEGLVIT GSDRRGTIYA LYTLSEQMGI SPFYFWSDVP IPHHSTIAIL KNMSLSHGEP
TVKYRGLFIN DEHPALWGWA AEKWNRDPWE PAFQVEMYEL WFEMMLRLKA NYFWPAMWAS
KFSVDGLDIT NGLPRPAIPG PNQILANKMG IVMGTSHHEP MSRNKPEWDV FGKGPWDWTN
KDVLKDFWRY GAERAKGVET LFTMGMRGDG DEPLTDASNE LVQITVLFAD DNYGNIMSVL
PPERQGHKAG AGIYYHVDYV GFPRDYKWIN TVNPAKTWDQ MNIARSFNTT QIWILNIGTL
KPLEMPTEWF LDLAWDFDRW ERNSWKRWLR EWAGREFGDE WKEEVGDIMG KYSRGGILTR
RYTIRAERVL TEWQDLTTRA GMVYDQLPKE TQPAFFQLVY MLCAAQENLN KLHIAVARSE
LYAFQAKTAA NVFAHEAIEA FYQDANITET FHSLLNRKWD HMWDQTHINY YTNLEPIRDS
LPPIHLVNPF QPSRPGIPLK ERDLPGQIGY VRLTVENSLG AWPGDNVRNC ERGYKCPDPT
LLPMDPWGEQ SRWIDIGAGG PKNVSWKMEV DVDWLTVEPR KGKTVWDGSG DERVWVSVDW
DKVPASTKGE RVEKEGHIEF SAADRTNVTV SVPIIIPPSP PSSFRGHVQG DGYVVIEAVH
YTRNTSEEGY AFEELEGYGR TLSGLEMFPV TTQNFTLGKG PKLEYDFWTH GDSVDGNGKV
EITVQVGPTL NFLIGEELAF GLQLDDLPPR EIHPVPIKGL GESGSDRNSG EVGSVPKDWM
EVVSSEIRNV TMEVTKDDWE AGRHTVTIWG LTTGVVVERI WVDMGGIRER GYSYLGPPES
KRV
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