| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNN00190 |
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| Symbol | |
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| ID | 3255372 |
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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 | 78797 |
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| End bp | 83131 |
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| Gene Length | 4335 bp |
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| Protein Length | 1280 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | 638254434 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_568731 |
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| Protein GI | 58262642 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.619242 |
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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 | GAATGGCGTT CCAACTGCCC CAGCCAGTCA TCCCCGGGAG GAGAGTATCC ATCATCCTCC
AAGGACCATC TCCCGACAAT CCGCCGCCCA CGCTCAGCCT TCCCCCCCTT ACAATAGACA
GACGTCATCA CCCCGCGCTC TATATCATAC CCAAAACTCC CTCCAGCAGC GGCGTTGCAC
TTGGCTCGAG AAACCCGTTT CTGAATGCTA GTAACAATTC GTCCGCCAAT AAGAAGGAGG
ATGACCACCC GAGACATGCT TCAGGTGTCA ATGCTCTCGC ATTGGACACT ACGACTGTCC
TTAAAGGGGA GTCAAATCCC GGCGGGATCT TGTACACCGC CGGCCGAGAT GGGATGGTCG
CGTCATGGGA CTTGGATATC CCTCATACTC GCCGAACATC TCGTCGTTAC AGTGCGATCG
ATGGACGGAA CAAGTTGAGA AAAATTCAAT GGGAGTTTAT CGGTGACGGC GCCGACTTTT
TCCGGGCCGA CGAGGAAGAC CGAGAAGGTG GTAGCGAGGT GGAAGGTGAA GGAGACGGAG
ACGAAAGCTG GGTGGATATG AAGGAAACTA TGGAAGAGAT TCCATTTGAA GATCGGTACG
AAGTCGACAA GGCGGAACTT TCAAAACGGT CTCCCAAAAC GACATTCCGC CAATCCTCCC
AAACTCACAC AGACTGGGTA AACTCTCTTC TTTTGTGTAA TTACAATAGG ACAGTCATCA
CTGCTTCTTC AGATCGTACC ATCCGAGCCT GGACACCCCA TTCTTCACTT TCTGCTTCTT
CGCCCTCTGG TGCCGCGGAC CCTTCCCGTC CGTCTCCTGC GCTTGTGGGA ACCCACACCG
ATTTCGTGAA ATCGCTCGCA TTTGCAGAGG GGCCAGGGTA CTTATGGAGT GGGTCGTTAG
ATCAAAAGAT TTGTCTCTGG GATATCCAGC AAGGGTCAGG GGATTGTCAG CCGATTTTGG
ATGTGGATCT GCAAGCTGAG GGGGTTTATG GAGGAGGGGT TTATACACTT GCTATCGGTA
TGTCCATTTT CTTCCAAAAT CACGCTAGGA AGAAATTTAA CAGAGGAGGT TAGATAAAAC
CGGAAGCACA CTTGCGGCGG GTACGACTGA GCGAATTGTC AGATTGTACG ATGCACGCGC
CGGTCCTCGG AGTACGGGTC ATCTTGTGGG CCACGAAGAT CGCGTGAGAA GTATGCTCTT
CAGCGATGAT GGTAAATATG TGAGTCCCCT TCTCCTTTTT CCTCTTTCTC TCCACTTGAA
AAGCATTCGA GGCTAAACCA ACCCTAAAAC CTATATAGAT GTTATCCGCT TCTTCGGACA
GTACTATCAA ACTCTGGTCC CTCGCCGCAC ACCGCTGCGT CCATACATTC ACCCATCATG
ATTCCCCCGT CTGGGCCCTC CACTCTAATC ACCCCAACTT CGAGCGATTC TACTCTGGTT
CACGAGACGG CCGTCTCTGC GTTGTCGACG TCGAAGGATG TCGGAATCTT TCCGGAGGCG
AAGCTGTACT CCTCGCGGGC TCGGAGCCGG AGACGCAGTA TGGTGAGAGG GGAATAAGAT
CGATTGTTGC GATGGACGAT GAGTATGTGT GGACGTCAAG TGGGATGGAG GATGTGGTGA
GATGGAAGGA TGTGGGCAGG AGGGTTGGCA GGTTGGATAA GGTTTTTGAT GGGGCGAGTT
ATAGGTCGCC TGTTCAGGCT GGGGGAGCTG GGATGGAGAG GGAGCCGGGA CGCGTGGCGT
TTGCGTCATC TCCTCGGGAT CCACTTTTGG GCGGAGAAGC CTCTGTGTCG GCTTTATCAG
CCAATGTTCG TGATCGTCTA GCGGTTGGTC ATAGGAGCAC ATTGTCAAAC TCTTCCCTCG
TATCCTCTTC AGCTTCTACC GTTGCTGGTG ACGATGACCG TGGGGATGAG GGCCAAGAGC
AAGGTGAAGG TGGAGGCGAT ACAGGTTTGA CGAGGAATGG GATACCATAC GAATCGTTGA
TCAACCTCTC GGTCGACCGG GGACTGTATG GCTACGAGTA CGAAGAATCC ACCATCTCCA
TCTCTGGTGA CTACACCTCT TCCGCTCCTC CCCCGGCCCA ACCTCTCCGA CCAAGCGCGC
TCTACGCCCA ACGCGACCTC GCCTGCCTCG CTCGCCCTAT CCAACCTCAC CCACCCCTCG
ACGACCCAGG AATCATCCGC GGTCGAACCG GTCTTATCCG TTCTGAACCG CTGAACGATA
GGATCCACGT CCTCACGGCG GATGCTGACG GGCAGGTGGC GCTTTGGAAT ATCGTTAAAG
GCATTTGTGT CGGCGTCTTC GACCCAAAAG AATTATGTGA AGCCCTCCAT ATCTCGCCCA
CACCGTCAGC AGAGGCATCA CGGGCATTCC CAAGGACGGG ACCACCCCTG GAGCCAGAGG
TGGAAGCGGT AAGGATAGAG TTGAGGAGAC ATTCGCAAGA TGTTCTGAAC ATGATTAGAG
AGCATGTACA AGGGATGACT TCGGTATCGC AGTGGTTTAG TTCGGATACG AAGACGGGGA
GTCTGGCGGT ACATATTGAG GAGAGGACGG CATTTGTTGG GGATGTGTAT CTAAATGATA
TTGGGTTGAA AGTGGAGGGT GGAGAAGGTG GGGAAGATCA GAAAAGTGAG TCTGTCTTTT
GTTGTTGAGC ACTGACTCAG ACTGAGATGG TCGTAAGAGC TAACCAAACG TAAACGTGGA
AATAGTCAAC CTCGGTCAAT GGACGCTTGC AAACTTGTTC CGGGGGTTTA TCGCAGCCGA
GGAACACGAA GTTATTTCTC ATCTTCCCAA CTCACCTTCC ACACTCTCCT CCTCCCTTCC
TTCCACATAT GGTGCTCCCA ACTCTAATGA CAACGCCAAT CATCTCCGCT CCCCGACGAT
TACCACATCC ATTGACCGAC CTCCAATTTC ACCGGGTCAT CGAAAACGTG CTCTCACTGG
TTCATTCTCC GGTACGAGAC CTCCTGCAGC GTCGTTGGTC ATTCCTGGTC TTGTGAGCCC
CGCTGCGAGG CCAGCCGTGG AGCTGGATAT GCCCACCGAT GTATTTGGCA GCAGTGGCAG
TATTGAAGGC AAGGAATCTT TGTTGAGGTC GATCTCCGGG AGAGCGGTCG GTACACCAGG
AGGTTTCAGC ATCGGATCAA TGACTTCTCC AGGATTGTTG GGAGAAGGTA TACCGATCGC
TAGTAGTGCT ACGAATGGAA ATGGGGGAAG GGATTACTTC TCGCCAAGAA AGAAGACTGA
GCAGACTGTT GTAGGTGCGC TGGCTTCTTC TGGTCCTGGG AGTGGAGACC GGGAAGGATC
GAGTTCGGCG ACGAAGGGCC AGGGTACTCC GTCTACACCT GGGGGAAGTT TTATGGGTAG
GATCAAGATC AAGAACTTTG GGAAAAAGAA GGCGGCAGAA GTTAGTATGC CCGCTGTGCA
GGAGCGAGCA GCGACGCCTG AAGATACCGT GAGTCTATTC CTCCGCTTAC TCTTTCGCGT
CCCTAGCGCA TGGGTTCATA AGGAGACTTG ATGTAGGGAC CCAAGAGATC TGAGCGAGAC
ATTCAACAAC TCGAGATGCT TGACAACATC CGTGCACATC ATTTCCACCC TCCTCCCCCT
TGGGAAGCCC CTTATGTCGC TTATCCACCG TCTACCACTC TCCTCATCTC AGAGGTATGG
CAAGACACTG GAGCATGGGT CGTTACCTAT CGTTCGGAAG TTGGGTCAAC AGAGAGGGAT
ATGGAGCCTC TCGAGACTAA TTCACCTGGG TGGCTGTTGT GGTATCTCTT TACAAACACC
ATCCCACCCA AACCTCAACA TCTTGTGAAT ATCAGATTCA AGCTAGAGCC TTTCCCGGGT
AGTGAACTGC CTGAGTTGCC AAGAGGGTAA GTTCGGGAGC GCAATTAGTG GGGATCACAA
GCTGATGATC TACCTTTTTG ACAGGGAATC CCAAGTCAAT GCACCAAAGA CACTCCGATG
TAATAAAGTT TACCACTATG TGGCGGAACG CCTGAATGCG ATAAATGAGG CACAGAACCA
TCGATCCAAG AAAAAGAAAT TGACAGCAGA GGATATAGAT CTTGTGATCA TGACAGACCC
CGAAATCGGG TCGCTTGATT ATAGGATGAC TGTTGGAACA GTCAAAGCTT ATTATGCCCC
AAGAGGAGAT TATGGGTTCT GGTACTCTCT GAGGCAGAAA AAATAGGGTC ATCTGAAGGC
GTCGTTTGGC CTTGGTTGAT CTTTTTGACG ACATCTGATC ATATGTCGTA TCTCACTTTG
TTATTTCATT CTTAAGTTAT TGTATTGGCG TAGAATTATG ATGATCTAGT TGTCATGGGT
GTAAAGAATG CAAGG
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| Protein sequence | MAFQLPQPVI PGRRVSIILQ GPSPDNPPPT LSLPPLTIDR RHHPALYIIP KTPSSSGVAL
GSRNPFLNAS NNSSANKKED DHPRHASGVN ALALDTTTVL KGESNPGGIL YTAGRDGMVA
SWDLDIPHTR RTSRRYSAID GRNKLRKIQW EFIGDGADFF RADEEDREGG SEVEGEGDGD
ESWVDMKETM EEIPFEDRYE VDKAELSKRS PKTTFRQSSQ THTDWVNSLL LCNYNRTVIT
ASSDRTIRAW TPHSSLSASS PSGAADPSRP SPALVGTHTD FVKSLAFAEG PGYLWSGSLD
QKICLWDIQQ GSGDCQPILD VDLQAEGVYG GGVYTLAIDK TGSTLAAGTT ERIVRLYDAR
AGPRSTGHLV GHEDRVRSML FSDDGKYMLS ASSDSTIKLW SLAAHRCVHT FTHHDSPVWA
LHSNHPNFER FYSGSRDGRL CVVDVEGCRN LSGGEAVLLA GSEPETQYGE RGIRSIVAMD
DEYVWTSSGM EDVVRWKDVG RRVGRLDKVF DGASYRSPVQ AGGAGMEREP GRVAFASSPR
DPLLGGEASV SALSANVRDR LAVGHRSTLS NSSLVSSSAS TVAGDDDRGD EGQEQGEGGG
DTGLTRNGIP YESLINLSVD RGLYGYEYEE STISISGDYT SSAPPPAQPL RPSALYAQRD
LACLARPIQP HPPLDDPGII RGRTGLIRSE PLNDRIHVLT ADADGQVALW NIVKGICVGV
FDPKELCEAL HISPTPSAEA SRAFPRTGPP LEPEVEAVRI ELRRHSQDVL NMIREHVQGM
TSVSQWFSSD TKTGSLAVHI EERTAFVGDV YLNDIGLKVE GGEGGEDQKI NLGQWTLANL
FRGFIAAEEH EVISHLPNSP STLSSSLPST YGAPNSNDNA NHLRSPTITT SIDRPPISPG
HRKRALTGSF SGTRPPAASL VIPGLVSPAA RPAVELDMPT DVFGSSGSIE GKESLLRSIS
GRAVGTPGGF SIGSMTSPGL LGEGIPIASS ATNGNGGRDY FSPRKKTEQT VVGALASSGP
GSGDREGSSS ATKGQGTPST PGGSFMGRIK IKNFGKKKAA EVSMPAVQER AATPEDTGPK
RSERDIQQLE MLDNIRAHHF HPPPPWEAPY VAYPPSTTLL ISEVWQDTGA WVVTYRSEVG
STERDMEPLE TNSPGWLLWY LFTNTIPPKP QHLVNIRFKL EPFPGSELPE LPRGESQVNA
PKTLRCNKVY HYVAERLNAI NEAQNHRSKK KKLTAEDIDL VIMTDPEIGS LDYRMTVGTV
KAYYAPRGDY GFWYSLRQKK
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