| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNN00890 |
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| Symbol | |
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| ID | 3255378 |
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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_006683 |
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| Strand | + |
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| Start bp | 283569 |
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| End bp | 289991 |
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| Gene Length | 6423 bp |
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| Protein Length | 1192 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638254505 |
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| Product | hypothetical protein |
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| Protein accession | XP_568642 |
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| Protein GI | 58262464 |
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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 | 18 |
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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 | ATGGTCATTG ACGGGTTTTA TGGAATGGGA GAAGGTATGG GAGAAAGGGT ATGCGAATGG
CTAGAGGGTA GAATGGGTGA CTTGCTGGGT AGGTTAGCTC GAGAAAGAGG AGATTTCAAG
AAATCAAAAA ACAACGATGT GGAATGGATA GGTGTGTCCG CAATTTTGTG GAAGATGAAC
TGACTTTCTG CCATCCAGAT CCATTCTCGA AGCCAGTCTC TAAGGCACCT CGCAATGCTG
CATTACCTAC GTTCGCTATT TCGTCCGAAT CAAGCGACTC TGTACCCCGA AAGGCCTCAG
AAACCCTAGG ATGGATGCGC TTTTCTCCCA CAAGTCCTTC GTCCCCCTTG TTTCATCACG
ACATCCTGGG TCTCTTATCC ATACAGTCGC TTCGCGATGC TTCATCCACA GCCGTGGAGA
TTGCAGCACT TGTGCCTCGC ATTTTGATGG CCATAACATC AACTATCGAT CTGACTCAAT
CGAAATTAAC AACTATCTAT CGTGTTCACC GACTCCTATC GTTGATTCTC AACGCAAAAC
CTGATTCCTC TCTAGACCTC CTCACAATTA TTGCCCATGC ACCACCTCTC TGCCGACGCA
CCGCTGCTGC AATTCTAGCA ACTTTTTACC CCAACGCAGC TGGGCACAAT ACTGTCGCAC
GACGATTACC ATCTACTTCT TACGTTGCCC AACGCATGAA ATGGGAGACC GGCCAATTCA
GCGTTCTAGG AGAGGACGAG ACTGAGGAAC ACCACTTCGT TCCTTGGAGG GTCAGTTCAC
ATGATGATCC TACCGCTGAG GTTGTGCGAT GTGAGGTTTG CGAGTCAGAG ATCCATGGCT
TCGGAATCAA ATGCACGATG TGCAAAGAAC AGCGCCATCT GCGTTGCTAT GATGGCTCTG
GTAAGACTCG AAAGGGAGTC TACCAGTACG ACGTCGTCAC CCTTTCACCT ACCTCAACAT
CATCGCAGCT GTCGCACGCC AAATTCTGCC CATCCCTTCC TAGACTTGAA GAAGTTTCAT
TAAACCCGCC TCATGGGTCC AAATGTACGC ATCGAAAAGC AGGTCAGCAT GTACTGGATC
TCGTCCATCT TTTCACTCTG ACATTGTGTG ACGAATGTCA TCTTCCCCTC TGGGGTGTTT
CGAAGCAAGG ATATACTTGC CAGAATGGAT GTCAGAAGTT TTTCCATTCT CACTGCGTGG
ATAAGATGGA AGAAACTGGA GTCGGTGAAT GTCGTTATGG CAGGGAGCTA GTCGTCGATG
AGATCTCAGA AGCAGGAAAC AATCCGTTCG TCATTACCCG TGACAGATTG CAAAGCAGTT
TCCATCAACA TTACAATGGT TTCCTTCCCT CAGAAGACGA GTTGAAAGGA AAAACTTTCG
ACGAAATTGG GGTTACATTC GGTACAATCT GGATTCAGTA CCAACTCATC AAGAATGGTC
TTTCTTCTGG TTCACTGCGC GTCTCTAGCG AAGATAAGAA AGTGACATCT GACCCCTTAG
GCCTCAAAAC TATCTTGAAG ACATATGAGG AACTCCTTCA ATCTCACGAG CAACCTATCT
CTACAGCTGT GGCTGACTTT ACCCATGCTG CCACGTTAGA AAAGCCCTTG GGGACAGGGT
ACCTCTTCTC CGAGAAATTC CTTGGTTATT GTACCGCCCT CATTCGTGCT CCAACTAAAA
GCTCAGGCAT ACCTTCTCGA GAGGGGGAAA ACCTCGGAGA TGGCTTTTTG ACCCCACAGG
GGTTGCCTCT CTCTCCAGAA GTAGAAGGAG ACAAAGTGGA CAAGTGCTAT GAGACTTTGC
CCTTAAGCAT CATCTTACAA TCTCTAGCGA CAGATTTGTC CCTTTCCGAC AAAGTTGTTG
CCACAGCGTT CCTCAATCAC TTATCATTGG TCGGTTTCAT CTCTGTATTT GATACTGCAT
TCCTCACGTC ACAATGTCTG GCCGAACGAC GGGAGATAAA AGTGTCCTTC ATCTTGCCTC
TTCTCATAGA CTCCTCTCCC AACACAGAAC TGTTGGTTCT TGCGATCGAA GCTTTGCTTG
ATGATCTTGA TTTGACAATG AATGAGCAAG GTCTGAGATT GTTGGCGACC AGAGCATGGC
CAAGTTTGCT TTGCGCGCCA TATGCTCTAG AGAGACTGGG GAAAGCGTGT GTCTCTTGGG
TCATATCCGA GGTGCGAAAC CCGTGAACTC GACTGCCAAA AATTCAAAGC TGACGAGACA
CACAGGAGGA CTCCTTACGA GATATTATTA AGAAGTATGC GTCAAAGAAT CGTCGTATAC
CAGGTGTGCG ACCTGCTGCT GGAGCTCAGA AAGGCTCAGT GGATATGTAT AAGCAGGACA
GACAAAGGTT GAGAAGGATG TTCGTAAAGC CCTGGTTGAA GGCGCTGCAT GACCAAGATT
CAGCATTGTA AGGCTTTTGT TTGCTATCGT AAACAGAAAT GAAAGCAGCT GATATTCTCG
ATCGAAGATA TGCGCATATC GTGTACGAGC AATGCAAGCT GGTGGCCGCA AATGTTGCTA
TGGAAGATAT GAGTGGGGCA AGTGAAGAAC AAGTGAGACT TACCCTACTG ATGCTAATGA
ATCAGACGCT AAAGCCAGAT AGGTGGCATC TAGAATGGCA GGAGTAGCAG CCAATAAGAT
GACAAGTATG GGAGAGGCTG GTATGCTATT TTCCATTGTT ATGGAGCTGT TGACGGCTTG
GTTGGAGGAC TTGGGACCTC TGGCTGATCA TGTGGGTGAT AGTTGCCAAC GGTTTATAAG
AGAGAGCTTA TGAGTGAAAT GCAGGACGTC GCTTATCGCG CCTTGCCACG TCTTCTTGAT
CATCAACCTG CTGACTCTTC TGATATCTTC GCTATTTCCT TGTCCACGGC CCAGGCCAAC
CCTGCAGATC TTGCTCGAGT CTGTCGATGG ATGCGAGTGC TGTCTTACTC TGGGGTGGAA
ATCCCTTGGG AACTTTTACT GCCCTTAGTA GACTTGCAAG CTAGATCTCC TGCCTTTACC
TGTGATGACA GTGCCTATGG TGCGTCAGCC GAAGCCAAAT TGGATCTAGT TATCGCAATC
AATTCTAATC GGGCGGTGAT TGAGCCGCAA ACATTTGCAA GCACCTGTTC TCAGTTGGCT
ATTGGTGTTT TCAGTGATGT GGGAAAAGAC GGAAAGATGG AACCATTGGA GTAAGTTTCT
TCATGGCGAA TCTTAAGCAT CTTGCTGACA GTTAATAGAT TGGAACTGCT GAAGCGTACT
ATGCTCCTTA TTTTGCAGGC TTACGGAGTC CCAGTTGACG AAATCGCCGA AACCACCTTG
GATGTAGGGA TGTCCAGTAC CGGACAACCT CCCATGTAGG TTGACTGTAC GACTGTGTGA
AGCGTACTGA CATCCGTACT TTGCACGGAT AGCACCGTCA AAAAGCACCA AAACCCCATC
CCTAACGTAC GATTTCCTTT GAACGCTGAT ATGGTTGTCG GCGCGGCTAC ACTATTGGAG
CGTAGCTCTT GTCCTACCGA GATGGTGCTT GATTTCTTGT GGTTGCTGTC CGCAAAGGCA
AGCATGGTTG ATGATCCAGT CGGCTTCGTA AGTAGGACTC TATAGTTAAT GCCGATCACT
CATGCTTTGT AGCTGCACCA TACGTGTCCA AAGATATATG GAATGTGAGT CAGCATAGAG
TTCCATCTTC ATATCGAAGC TGACTTGACA ACAGGATCTG GCCCCTGATA GGCCTCCCCA
TAGATAGACG TTCACGGGCC AGGGTTTTAT TGAAGCTGCT CAGTGTTAAT TCGGCCCCTT
TGGAAAGGAT TATCCATACT CAGTTGGAGT TCTCGCCAGA GGCCAGGTGA GCTCTTGCAT
CGACTGAATT CCCATGGCAT GACCGCTAAT TGGTTATCAT TCAGGACCCA AGCGCGTGAA
CGTCTTCTGA CCTTTATCCT TGAGCTCGCA GATACTTCTG TTAACTATGA GTTATCTAAT
TGGCGAGCTG CCACGGTGGG CTTAATTTTG TTATTCTTTG ACGTTTTGTT GGACCCCAAA
GATGTTATAC CGGACAACAT TATTATCCTC AAGACATTAC AGCCCACGCA GCTAAACGCC
ATGTCTATGT GCTTTGAAGA GCATCTGGTA AAAGGTAGCG ATGAGAGAAG ACTTGTCTTG
CTAACTAAAT TGAGTCGGCT GAGAATGAGC ATACCTCAAT GGGCTAGTGA GTCGAGGGTG
ATGTAAGATC TGTTGCGCTG CGAACTGACG AGTTGTTAGT TATCTCGTGG ACGACCGTCG
ATGAGCTTTT AGCTGAGGAA GTTGCCAGTT TAACTCAATT CAAACGCGCT CGTCAAGTAA
ATTGGACTAT TTTTTAGAGA TACGATTGGC TAACACAGGT GACAGTCTCA AACAGACTCC
GGTCTGGTCG ATTCCCAGAA TGTCGCCTAC TCGCTCATTT CTTTGGGCCT CGAAATGCTC
GCGGCTGGTG TCTCCATAAC ATGGATTACC GCTCAGCGCT TCCAGCAACG AGTGGCGGCG
GCCTGTGCCC TTCCTTGGTT CAACCCACCT GTCTTTACGG CAGTTGTTCT GCCTGGATTA
CGGTCGGTGC TGGATAGCCC CATCAGAATT ATGATCGCGG GTGAAACTTT CGAAAGCAAG
GTGAAGAAAA CGGTCCTGGT TGGCAGCTTG TTTGTACCCG TTGTCATCGA CTTCGCCCAA
GAGTTAAAAA AGTACGACGC CGCTGTACAG AGAATCTTGC TGGATATCTT GATGGTCACG
TTCTTCAAGG TCAGCCAAGC GTTCGTTGAC TGGTCGTCGA AAGTATAGTG CTGAGGGTAA
ATCTAGCAAG ACGTCACCAG GGTCGAACTC TCCACGTACA GCGCTGTACA GAAGATAGCA
GACTTTGTTT TGACAGACGA ATGTTCAGAA AATAGGTTGC TTGCCTTGCA GGTTTTACAA
ATTGCTGTGG CTAAGGTGGA AAGAGATAAG ATTATACGTG CAGTGCCGTA CGTCCAATTT
TCAACTCTCC TTGGAAGTAA TACTGATTCC ACGTTACAGC CCAGCCTTCA ATACAGTGGC
AAAGGCTCTG GTCAAAGAGC TGGAAGCGGA GTATGGGGAT CCGGCGGTGG TTGAGCAAAG
TGAGTTCTTG GATATTGAAC TCCAAACCAC CCAGAGTAAT TGATTTGGGA CAGGTCAACT
GTTCTTGTGG AATATCGTGA AGAGGTGAGT TTATTTGTAC GACATTGCTT CACCACTAAC
CGTTTGTCTT CTTTCAGCTT TGGACGTTCG GGACTCTACC TTCAGCTATT CAGAGTAAGT
CACGAGAAGA AGAGAATGTC AGACGCGTAA CTAACTTACC TCATTTGCAG AACGAGTCAG
AATCCTACGA CCCATCATCC CCTGACGTGA CTTCGCTTGC TAAGGCCTTG CAAATTTTGC
ACAGTGAACA AGAGAGGGAA GCATTGCCTC AAGCAAGCCT GTTTGACAAT GTTTTCCATG
ACCTGTGTGT TCTCTTGGGC CTCGGTTTAA ATTTAGTCAC TGACTATAGT TAGATTGGAT
GTGACCAAGC GACCAAGACG ACAGGTGATA CATATCATTG AGGCATTTGC TCGTTTTGCC
ACAGCCTTTG AAGGGCATTT GACCGAGGAA GCTGCACAAG GTGGGATTTG AATTGCATGG
CAGGTTCGTT CCAAAATTGA CGACTGATTC CAATCAGATT TTGGCACGTT TATAAACCGC
CTGAGCAAAC TGATTGCAGA ATGGAGTTTC GATTTCGATC CCAATCCTAT ATTACAGAGC
TGTGCCAAAA TATTGGATCT CGCGCCCTCA GCATCTTTAG TTGTACGGAC TTCTCATTTG
GAGTCAGAAA TCTTCTTTAC TGACCCCCGT TAAGCCTCTG TTGAGTCAAG TGTCAACCAT
ACTGAACCAT TGTATGGGTC ATTTTGCGGT GAAACGAGCC ACAGCGATTC GATTGTTGGA
ATCTGGAGAA ACAGCCTCCA GAAAAGCTCA GACTGAAAAT CAGATACGAA TAGTCCTGTT
TGAAATGGCT GGAGCTGCTA TTAATGGATT AGCCGTAACC CCTGAAGGTC TCTACACCCT
TCTCAAAGTA AGTTTCTTTG GGCGTACGGA GATAGAAGCT GATGGCCCAT CAAGTACCTC
ACTTCCGACG CCTTCTCTCG ACCTACTCCT GATTCACAAG TATCACCTGA GCAGATTCGT
GTGCTATCAG ACGCTTCCGC TGGCTGTGTC CACATACTGC GCAACGGTCA TCCGACACTC
GAGTCTAAGT TGATGAGTGC AGAAGTGCTA CTTGGAGTGT TAAATGAAGC AGGGACCGTT
CTCTGTCAAG CTGAGATGGT TGTACCAGGT GCCATCAGCC GAAACTTAAC GCAGTTGACT
TTAGATGTAA GTGTCGGGGA GCAAACCAGT CATTTGCAGA TATTAATCAC CTCTGTCCTT
TAG
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| Protein sequence | MVIDGFYGMG EGMGERVCEW LEGRMGDLLG RLARERGDFK KSKNNDVEWI AGHNTVARRL
PSTSYVAQRM KWETGQFSVL GEDETEEHHF VPWRVSSHDD PTAEVVRCEV CESEIHGFGI
KCTMCKEQRH LRCYDGSGKT RKGVYQYDVV TLSPTSTSSQ LSHAKFCPSL PRLEEVSLNP
PHGSKCTHRK AGQHVLDLVH LFTLTLCDEC HLPLWGVSKQ GYTCQNGCQK FFHSHCVDKM
EETGVGECRY GRELVVDEIS EAGNNPFVIT RDRLQSSFHQ HYNGFLPSED ELKGKTFDEI
GVTFGTIWIQ YQLIKNGLSS GSLRVSSEDK KVTSDPLGLK TILKTYEELL QSHEQPISTA
VADFTHAATL EKPLGTGYLF SEKFLGYCTA LIRAPTKSSG IPSREGENLG DGFLTPQGLP
LSPEVEGDKV DKCYETLPLS IILQSLATDL SLSDKVVATA FLNHLSLVGF ISVFDTAFLT
SQCLAERREI KVSFILPLLI DSSPNTELLV LAIEALLDDL DLTMNEQGLR LLATRAWPSL
LCAPYALERL GKACVSWVIS EEDSLRDIIK KYASKNRRIP GVRPAAGAQK GSVDMYKQDR
QRLRRMFVKP WLKALHDQDS ALYAHIVYEQ CKLVAANVAM EDMSGASEEQ VASRMAGVAA
NKMTSMGEAG MLFSIVMELL TAWLEDLGPL ADHDVAYRAL PRLLDHQPAD SSDIFAISLS
TAQANPADLA RVCRWMRVLS YSGVEIPWEL LLPLVDLQAR SPAFTCDDSA YGASAEAKLD
LVIAINSNRA VIEPQTFAST CSQLAIGVFS DVGKDGKMEP LELELLKRTM LLILQAYGVP
VDEIAETTLD VGMSSTGQPP ITVKKHQNPI PNVRFPLNAD MVVGAATLLE RSSCPTEMVL
DFLWLLSAKA SMVDDPVGFS QTDSGLVDSQ NVAYSLISLG LEMLAAGVSI TWITAQRFQQ
RVAAACALPW FNPPVFTAVV LPGLRSVLDS PIRIMIAGET FESKVKKTVL VGSLFVPVVI
DFAQELKKYD AAVQRILLDI LMVTFFKVSQ APAFNTVAKA LVKELEAEYG DPAVVEQTFE
GHLTEEAAQA VTPEGLYTLL KYLTSDAFSR PTPDSQVSPE QIRVLSDASA GCVHILRNGH
PTLESKLMSA EVLLGVLNEA GTVLCQAEMV VPGAISRNLT QLTLDILITS VL
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