| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNH03560 |
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| Symbol | |
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| ID | 3259188 |
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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_006693 |
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| Strand | + |
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| Start bp | 79803 |
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| End bp | 82997 |
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| Gene Length | 3195 bp |
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| Protein Length | 727 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638258127 |
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| Product | hypothetical protein |
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| Protein accession | XP_572520 |
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| Protein GI | 58270728 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair
[R] General function prediction only
[T] Signal transduction mechanisms |
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| COG ID | [COG0515] Serine/threonine protein kinase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 16 |
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| Plasmid unclonability p-value | 0.538098 |
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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 | CTTCCCTTCC CCTGTCCGAG TAGACCACCG TGACTGTGCC ACAGTCAAAC CAAGGAAACC
TCACGTCACT AGTTGTCATT CGCCTTTCCC TTCTTCCTTA CACCTGCTTG TTCGTTTACA
GCTCCAATCC CAACATGCCA TCCCCAAAGC AGGCGGAAAA GCTGGCAAAT CCTGCCGTTG
CATACACTCT TCTCGAAAAG CTCGGCGCCG GCAACTTTGG CACAGTTTGG AAAGCGCAAG
TTTGATACAT TCAGTCAGTG AACGATTACT GACGTCGGTG CTAGCTCGCA TAATGATACG
AAGCAAATAG TAGCTATCAA AATGATAGGT AAATCTTCAT CCACATACTA CAGCCGAAAC
GAGCGCTGAC CCCGCTCAGA CCTCGAATCA TCAGACGACG ATATCTCTGA GATACAAGCC
GAGATTGCAC ACCTCTCTTC ATGCTGGTCT GACCACGTTA CAAAATACTA TGGTTCATTT
GTCAGGGGCG CGAGGCTATG GATCGTAATG GAGTATCTAG CTGGTGGGAG CTGCCTTGAC
TTGGTACGTC ATAAAGTTGC TACAATGGGG TTGAGAGGTC TGATAACGAA ATAGTTGAAA
CCAGGCGTGT TCACGGAAGC TCAGATAGCT ATTGTCTGTC GGGAACTTTT GTTAGGTTTA
GAATATCTCC ATATGGAGGG AAAGATTCAC AGAGATATCA AGGCTGCCAA CGTCCTACTT
TCCGCGTCTG GGGATGTCAA ACTAGGTACG CTCACGATCT CTTCCTCCAT CATTTGGTAA
GACTTATTCA TCGTCTTTTG ATAGCCGACT TTGGAGTCGC CGCCCAACTT TCGTCTCACA
AATCCCAACG CCACACTTTT GTCGGTACCC CCTTCTGGAT GGCGCCAGAA GTGATTCGTC
AAGCCGGTTA CGACTCTCGG GCTGATATCT GGTCCCTTGG TATCACGGCC ATTGAGATGG
CCAAAGGCGA TCCACCGCTC AGCGAGTATC ACCCTATGAG AGTCCTCTTC CTCATCCCTA
AAGCTCGTGC ACCGACGCTA GATCCCGAAG AAGGGTGGAG TGAAGAATTC CAAGATTTTA
TTGAAAAATG TCTCCAGAAA GACCCGCGTG ATCGAGCAAC CGCTAAGCAG CTTCTTCAAC
ATCGATTCAT CCGTTCCGCC AAAAAAACCA CCGATCTTAT TCCCCTCATC ACCCGCTACC
AAAGTTACAA GTCCTCTCAC CCGTCCTCTA AACCCAATAC CACCCCATCT AAAACGCTCA
ACCGCCTCGC CGCGGGTTTG GGCGGACTGA CGATAGATGG GAACGGGTAC GGCCAGGGGA
CGATGGGGAG TGAATGGAAT TTTGATGAGA CAATAAGGAG TACAACGAGG GGTGTACCCA
TAAATCTCAA CTTGGAGGAC ATGGATGAAG GGTTTGATGA GGATGAGGGT GAGGATGATT
GGGACGCGAA AATGGCAGAG ATGGAAAGAT GGGATGGTAC GGTAAAAGAG AATGGGGGTG
ATTTGTTGGT TGCGGGGGCG TTGACCGGAT CGGAAATGTC TTCGCCGATG ATTGAGAGGC
AGCCGAATAG GAGAAATTCG ACTCCTCCCC CCGGAGCATC AGCTTCAAAC ACGGACACAA
GAGAGGAGGG AGAGAGAAAA GGAGTCGATG AGCCAAAAAC GCCGCCGAGC TCTACATCTC
CCTCTCCGTC CCAGAGAAGT CTACAGTCTT CAACGGGGAG TGTCTCGTCG GGCAAGTCGA
CGTGGAAGCA GAGGAATGAT AAAGTTAGAG GTACTGTGGT GAAAGAGGGT GATGTCGGTG
ATGGGTACGT TTTTTTCATT CTCTCTGCCT CATTCCTTTG CCCGCTATCC CTTCCTTTTC
TCACTATGCT TTCTTCCCTT CATGCACCAT CATTCCTTGA TACATACCAT ATACTGAGCA
TGGAAACTAA CAAGAAACGA CGAGAATAGG TTCTCGACAG TCAAGCCTAT GAAGAAGATT
GACGCAGTTG CTTCGCAGAG GCTCTCAACG TCATATATCG GTGCAGGCTC TGTCCGTCGC
GCCAACGTTT CCGGACCTAC TCGTAACTCC GGTTCAACAA CGGAATCACC TACCAAATTT
CGACCTTCTG CGCCGCTAGT CTCTGAGAAT ATCCCTCGCC AAACACCTCA AAACCAAACA
CAAACACAAG GAAAAGGCGC CAGTGCTGAA CCTGACCCCC GGAGTCTAGC TGGTCAAGCT
CTGGCTGAAC AAGTCATATT ACCCATCTTA TCCTCTACCT CTGTATGTCC TCTCCCTTTG
CCCAATCACA ATCGCTTGAT GTACTAATTA GAACCACGCC CCACTCAACA GTCCAACCCC
AAACACGATC TCCCCGCACC AACCCTGGAA TCCCTCTCCC TCCTCTCCAA AGGGTTTTCC
GATCTCTCGG CCTCTTCACC CGAACTTACG TATAGGCTCG TGATGGATAT ACTAGGCGGA
ATCAGAGGGA ATGGAGTGGT AATGGAGTTG GTGGGAAGGA TGACGATGGG GAAGGAAGTT
GGGCTGGATG TTGGAGATGG GCCTGGGGTA GGGGCTGGGG TTGAGTTGGA CGGGGTTGAT
GGAGTCAGTG GGATGAGAGA TGGGCAGTGC GTGGGGAGAG AAGAGATAGA AGAAGGAGAA
GCAAAGGTGA AAGGGGATCT GGTGAAAGAA AGAAGCGCGA TTGCGGATCT ATTATACCTT
CGCTGTAAGT TTTCCTCCCT CTCTGCCTCA GAAGCGGCGA TAGACAAACT TTTTTTGTTT
TTTTAATGGC TAGAGCATAT AGCTGACTGA TCATGTCCCC GATGGGACTA TCACAGGGCT
TGACGGGATG AGGATGAAAT GGCCGAAAGC TTAAGGGGTG TTACACGTGC ACAGGGGACA
ACTCGATCGC ACACATCTAT TCGCACATAC CTGATCCAAT CATTCGACCT GCTGTTTTTA
CAATCATAAT CCATCTAGTC TATTGTCATC CTCTTAATAA CTCAAGTTTA CAGAATACAA
GATCCATCGT CCCTCCCTCC CCCCAAGCGT CTCGTTTCCC ATTATTCCTT TTCGGTTTCC
GACCAACCTA GTTGTTCTCT CACGAACTAC TTTTCACGAC AAAAACTTGA TGACATTTAC
TATGGTCCCG ATTGTAGTCC CAGTTCTCAC TTTTGCACTT GACGACTTAA CGCTGTTCAT
GACCTGTAAT GACCC
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| Protein sequence | MPSPKQAEKL ANPAVAYTLL EKLGAGNFGT VWKASHNDTK QIVAIKMIDL ESSDDDISEI
QAEIAHLSSC WSDHVTKYYG SFVRGARLWI VMEYLAGGSC LDLLKPGVFT EAQIAIVCRE
LLLGLEYLHM EGKIHRDIKA ANVLLSASGD VKLADFGVAA QLSSHKSQRH TFVGTPFWMA
PEVIRQAGYD SRADIWSLGI TAIEMAKGDP PLSEYHPMRV LFLIPKARAP TLDPEEGWSE
EFQDFIEKCL QKDPRDRATA KQLLQHRFIR SAKKTTDLIP LITRYQSYKS SHPSSKPNTT
PSKTLNRLAA GLGGLTIDGN GYGQGTMGSE WNFDETIRST TRGVPINLNL EDMDEGFDED
EGEDDWDAKM AEMERWDGTV KENGGDLLVA GALTGSEMSS PMIERQPNRR NSTPPPGASA
SNTDTREEGE RKGVDEPKTP PSSTSPSPSQ RSLQSSTGSV SSGKSTWKQR NDKVRGTVVK
EGDVGDGFST VKPMKKIDAV ASQRLSTSYI GAGSVRRANV SGPTRNSGST TESPTKFRPS
APLVSENIPR QTPQNQTQTQ GKGASAEPDP RSLAGQALAE QVILPILSST SSNPKHDLPA
PTLESLSLLS KGFSDLSASS PELTYRLVMD ILGGIRGNGV VMELVGRMTM GKEVGLDVGD
GPGVGAGVEL DGVDGVSGMR DGQCVGREEI EEGEAKVKGD LVKERSAIAD LLYLRWLDGM
RMKWPKA
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