| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNM00790 |
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| Symbol | |
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| ID | 3255205 |
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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_006682 |
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| Strand | + |
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| Start bp | 233217 |
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| End bp | 236926 |
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| Gene Length | 3710 bp |
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| Protein Length | 846 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638254230 |
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| Product | expressed protein |
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| Protein accession | XP_568323 |
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| Protein GI | 58261826 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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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 | GACAGCATCT CAGCGACCAC AACCGCTTGG CAAGACTCAA GAATCACAAT CAACCTTCAT
GTTTACTATG TCCCTTCTAT ATCCATAGTC GGTCCAAGTC TCTGATAGTA AGATGTCCTT
CAACTCCAAA AACGCTGCCG GTCCATCACG ACCTCAAAAG CTGCCCCGTA AGGTCAACCG
GTCACAACCT CAACTCAAAC GCAATGCTGC CTGCCTCCCA TGTCGCAGAC GACGTATCAA
GTGTGACGCT ACAAGACCTC ATTGCTCATC CTGTGTACGA AGCTACCATT TTCTGGCCCG
TACTTATCCT GATACTGGAA GGGACGCTCG CGGAGTGCAA TGTACCTATG CTGAAGATGC
CCCGGATGTC GGCCATAACG AGCAACAATC CCATGGTTTG CGATCTCAAC CTGCACAGCC
GACAAAAAGG AAGCTCAGCG AAGAAGATGG AGAAGATGGG GATCCAAAAG GGATGATTAA
AAGGCTTGAA GGTAAAGTCG GTACGTGTTT CGGGTCTATA CACCGACTGT GAACTAATGT
CACACATTTT GCCGTCACGT AGCCGAGCTC CAAAAAGCTC TGGAAAAGTC TCATTGTACA
ACGCCTTCGA TTACAGATCC TGGGCTGCAA ATACCATCAA GCAATGTCTC GGATGGCGAA
GCTCGTGGTC AACCCGCTCA ATTTGAAAAC AGTTTTTATT TATGGACGGG AACCTCTCAA
GCCGCAGTTG TGGATACTTT CCCACCGCAA AATCCTCATA AGAACAAGCA TTCCGACCCC
ATGAATGGTT TCCCTTCCGC CTTGGAAAAT TTTGTACCTC ATCATTCTGC CGAAATGTAC
AACATGGGCG ATGCTGGCTT TCCCCCTCTT CAACAATCTT CAATGCAGCT GAAATATAAT
GCTAAAAAAT GTGACAGTCA TTTGGACAAT TTTCGAACGT CTGTAGAAGT TCCGCCCATT
GACGCAGAAG CTGGTAAGAT GGGTAACGAT ATTTTGGATA TATTGTGGCC GGGATGGCCG
CCGACTCTCC CTTCGCCATG TAAGTAGCTT TCACTAATCC CAACTACAAT ACTTAATCGG
CTTGTAGCAA TGCTCGAGCA TCTGGTCGAA ACCTTTTTCA CCATGACCCC ATCTGTACCT
CGTGTTCTCC ATCGCCAATC TTTCCTTGCC CGACTTGCGC TGCCGCCATC GCACCCTGAA
TTTCCCCAAC GAGCTCTCCT ACATGCCATT TGCGCTGCTG CTTCTCGATA TTCCGCGGCG
GTCTCTGTTC GATCTGTCGC AGATGGAATG ATCAAAGTCA ACGATGATGC TAGACAAGCA
CGGGGCAAGG GATTAGACCA GGACGTTGCG AGCGAGACTT GCTTCTCAGA GCGAAATGCA
ATGTATGCAA TAGAATTCAT GAAGTATAAC CATATAAACG CCAGAGGGCT ATTTGATATT
TTGCAGGCAA CGGTAAGTGG GTTGACATCG CGAAACTCTG AATTGACGTA CTGTGTGTAG
ATCATCCTAG GTCATTGGTG TCAAGCCAAT TCAAGGTGAT TGAACGCCTG ATGATTGGGG
AGAATGTTAG CTTACATTGT TGACAGATGG ATGGAGGGTT GGGTTATGAT CGGTGCGGAA
ACGCGCCTTG CTATCTGTCT TGGCCTTCTA CAAAACCAAA GTCAGCACGA TCGCGGCATA
CCTTCTATCA AACAATCAGT CTTGGACCGC CCGAAAGATG ATGCCGACAG AGAGGAACGT
CGAGCTACGA TGTATTATGC GCTGTGCTAT GATGTGACCT CATCAGCTTC ATCTGGCTGG
GTTGGGACTA TGCCTACGGA AGAGCTGGTG AGGATTTGTC AAATAACATG TTATACATGA
GCTAAATGAG CGTAGACTGC TAATTTACCT GCAGCGCGAG TAGATTTTGA TAAAGGGGTG
AGTATTAGCG GCCGTGGGCT TGTAAATAAT TAACAGGAAG CCAAGGGCAA AATACCGGAG
AATCCTCAAA ATTTCCATTC CCCAGACATC TTTTACAAGT AAGTATCTCA ATACGTGTCT
CGCGACATCC AACCAATACT ATCTAGCCAC CCTGTTGCCG ACAGTTTTGT CATGATGATA
AAAGGCAAAA TCCTTCTAGG TCGGGCTTGT CGTTTTGTCC GTAAATGTAA GGCTATGGAG
CCCGAAGACA GGCTTCTAGC GAAAGATACG CCCGAGTTCA GGCAAATCGA CGGCGACATT
GCCATGTTCA GGTGTGTGAT CAATGATCTG TCAATTATAT TGCGACCCAT GCTGATTACG
AAAGTTTAGT ATGTCATTCC CAAAGTCCCT CCGAGATCCA GTTCAATATA TGAGTGGGCA
TGCCAAAGGC ATAGATGCCG ACCTAGTCGT AAGTTATAGG AAGCCCACCG CCAGTACTTT
CTGATTCCTC CGAAGAGCGC CCATCTCGTT CCACACGTCG TCGCCATACA ACTCCACGAA
CCATTTGCCG ATCTAAACGA CCCATCCTGC AGCTCGGCCA TAAGATTACT GACCGAGGCT
AGAGCTTGTT TGAATATTGT TTACCTGTTG ATTGGCAGTA GTGCAGATAT ATCCTACGTT
GTTGCTCCTA TCACTTCTTG TAAGTCGTAT CTTCGCATTA CCTTCTAGTC CAAAGTCGGC
TGACCATCTT ATACAGTGTA TGTCCTAACT ATTTAAAAAA TGCCTCTTGC CAGCAGCTTA
TCCAATCTAG CTATATATTC ACAGCATCTA GAGCTCTAAT CTTGTTCTAT CAAAAGGCAC
TGGAAAGTGG CGATCAAGTG ACAGCCATGA CCATGCACGC GGAGATCGAA GTATTCAAGT
AAGTGTCGAA CGCCATTGGT GCGAGTGCAT GGCATCCAGT CCTTATTCTC TCTGCAGGAT
GGCATTTACA TCCCTCTCAG CGCGTTTTTC TATGGGTTCT CGACACCTCA CCATGGTGGA
GAAGCTCATG CAACATGTCG AAAAAGACAC CCTCGGCCAT CAAGTGTTTA ACGAAGATTT
CTCCTTCCTG CCGCCCGCTC ATCTTTCTTC CGAGTCTGTG CCTGGCTTCG TGTCTGACCT
CGGTCAAATG GGGTTACCAG ACACCCATCC TGACAGTATG ATGATCTTTG AGCTCGAAAA
AGCTGCAGCC CTGGGACGAC ATCGACCTGG ATTTAGCTCG CATGTTATGA TGGATCAAAA
GAGAGGATAT GCGGGAGGAT TGAATTCACG GTCCAACTCC ACTGCTGGAT CTACTGGGCC
AAGTCCCAAT GATCCCTCGC GATGGTTGGA TATAAGTAAA AGTCAGCAAG AGGCAAGTCT
TACTCTCTTG AGCTCGGAGA ATGTTGGCGG TAACGGAGGA TCGGCGGCTG ACTCCCCGAG
CGTGAGAGGG CAGCGGATTG GAACCTTGGG AGTTATGAGT AAAGCGGAAG TTGGAAATTG
AGGGGCCCGA ACTTGTCCTT TCAAAGGATT ATACACAATC ATAATATGCT CGGCATGCGG
GCACAGCGCA CAACGGTCCT CCCGCGCCCG TGTTCGGCAG CTTATGGCTT GCAAACAGCG
GGCAATGGGC GAACGAAAGG GCGGAAAGAG CACGGGTCAG AGACGCCAGG CGCCAGGTGT
CAGGAGGATT CAGGATGTTT GCTGTTTGCT CAGTGCGGAT GTGCAGTATT ACAGTTTTGA
GGGTACCTCA CCTGCTGTTT ATCTCCATCC CTATACCATG GCTACTATGT
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| Protein sequence | MSFNSKNAAG PSRPQKLPRK VNRSQPQLKR NAACLPCRRR RIKCDATRPH CSSCVRSYHF
LARTYPDTGR DARGVQCTYA EDAPDVGHNE QQSHGLRSQP AQPTKRKLSE EDGEDGDPKG
MIKRLEGKVA ELQKALEKSH CTTPSITDPG LQIPSSNVSD GEARGQPAQF ENSFYLWTGT
SQAAVVDTFP PQNPHKNKHS DPMNGFPSAL ENFVPHHSAE MYNMGDAGFP PLQQSSMQLK
YNAKKCDSHL DNFRTSVEVP PIDAEAGKMG NDILDILWPG WPPTLPSPSM LEHLVETFFT
MTPSVPRVLH RQSFLARLAL PPSHPEFPQR ALLHAICAAA SRYSAAVSVR SVADGMIKVN
DDARQARGKG LDQDVASETC FSERNAIWME GWVMIGAETR LAICLGLLQN QSQHDRGIPS
IKQSVLDRPK DDADREERRA TMYYALCYDV TSSASSGWVG TMPTEELEAK GKIPENPQNF
HSPDIFYNHP VADSFVMMIK GKILLGRACR FVRKCKAMEP EDRLLAKDTP EFRQIDGDIA
MFSMSFPKSL RDPVQYMSGH AKGIDADLVS AHLVPHVVAI QLHEPFADLN DPSCSSAIRL
LTEARACLNI VYLLIGSSAD ISYVQLIQSS YIFTASRALI LFYQKALESG DQVTAMTMHA
EIEVFKMAFT SLSARFSMGS RHLTMVEKLM QHVEKDTLGH QVFNEDFSFL PPAHLSSESV
PGFVSDLGQM GLPDTHPDSM MIFELEKAAA LGRHRPGFSS HVMMDQKRGY AGGLNSRSNS
TAGSTGPSPN DPSRWLDISK SQQEASLTLL SSENVGGNGG SAADSPSVRG QRIGTLGVMS
KAEVGN
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