| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNI02670 |
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| Symbol | |
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| ID | 3259686 |
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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_006694 |
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| Strand | - |
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| Start bp | 714326 |
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| End bp | 717611 |
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| Gene Length | 3286 bp |
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| Protein Length | 760 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638258758 |
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| Product | MAP kinase, putative |
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| Protein accession | XP_572911 |
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| Protein GI | 58271510 |
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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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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 | CTTTCTTTAT ATCACCCACA GCCAACTTAG TAGGACAGAA CGTCCGACAC CTTCACATTT
CACCAATCAA CGTTGCCCAA CACGCAATAA CAGGCCTGCC CCACACCTCC TTGGACCCTC
ATTGTCCTTG CCTATAGCCT CCATCATATC TCCGCTCATA GCCAGCTATA CACGTCAACT
CCTTTTCTTA CGTGTTTCAA GCTATCCCAA CGCGATAAAC TTGTGTCGAG TGGCAAAGGG
CATACGTATT CATCAAACTT CTCAGGCAAG GTCTTCAGAT ATCAGTTTAC GACACTTCAC
GTCTTTTTTC AGTTGACGAT CAATTTCTTG TCCCACTCTA CGAAAATGAC GAGCCCTTCA
GCTCAACCAA TGATCCCACG TTCCCAACCT CCTAGGCCAT CTCACACCCA GTCCTCACCA
GCCATCAACT CGACAGGCAT AAAACCTAAT GGTCCGCCTT CTGTCATCAG ACGGGCTCCA
AGTGTTCCTG TCAACCCAAG TACTGCTGCA GCGTCAGGAA GTTTGTCTTC TCTTTTGAAG
AGCGAAAATA CTGCACAAGC TGTCTCACGA TCGTCTCCTC CAACAGAGCC GAATGATCTT
CCCAGACCCA TTGAGCCAAC ACCCATGCTT CCTATAACGG GTCTACCCAA TTCTTCCTCG
TCATCGTCCA ACGCCAGACA CGGTTCTTCT TCTTCCATTT CTCGGGGACC TTCAGTGACT
GGAACCCTAA CACCTGCGAC AACGGCCCTT GGCGCGCCTA TAGAACCGAC TCCACCGCAG
ACGGGAGCGA GCAAGATGGC TGCAGCTGCA AAGAGAGGAT TGGATGGATC TGCTGGGAAT
AACGTAAAAG TGTACGAAGA GGGTCATCCG CTGAATGAAG AGACTCTCAA ACAGAGGTGA
TTACAAAGTT TAAGCCATCA TACGAGGACC TTACTGACAG TTATGCAGGG GCTACCAGAC
ACTCAATATT CTTAATCACC CTTTCCACCT GCCCGACCGC TGGAAGCTTC TTCGACCATT
AGGCCAAGGT GCCTACGGTC TAGTCATCCA AGTACAAGAT GCCGAGACGG AAATTCCTAT
CGCTGTCAAG TGTGTGACTA GGGTGTTTGA CAAGGTTATT TTGGCGAGAA GAGCGTTGAG
AGAGATTACG TTGCTGAGGC ATTTTGGAGA ACATGATAAT CTGACAGGGT TGGTAGATAT
GGATAACGTC TGGGATGGGT ATAATGAAAT GTGCGTAAAT TTTAAAACTT TCAAAAAAAT
GAATTGCTAA ATATCCTTGT AGTTACCTAT ACATGGAGGT CTGTAATGCT ACCAAATGCC
GAAAAAAAAA AATGAAAGCT AACCCAGTTC GTAGCCCATG GAAGCAGATC TTCATCAGAT
CATCCGCTCC GGTCAGCCCC TCGGGAATGC GCATATCCAG TTCTTTATCT ATCAACTCTT
ACGAGGCATG AAATACATCC ACTCCGCCAA CGTCATCCAT CGTGATCTCA AACCTGGCAA
CTTGCTCGTA AACTCGGGTT GCGAATTGAA AATCTGCGAT TTTGGGTTGG CCAGAGGGTT
CAATCCCGTT AAGGGCGAGG AACCTCAGGG AGAGGAAGGA AAATTGACAG AATGTGCGTT
CTTGCCGTAT GGCTGGTAAA AAGGGATTCA CGAGCTGATC AGACCAAAAG ATGTCGCGAC
GAGATGGTAT AGAGCACCAG AGATCATGTT GTCCAACCGA AGATACACCA CAGCTAGTGA
GCATATACAG ACAAAGGAAA GAGATCTAAA CAAGCTAAAG CCATTCATAG TCGACGTCTG
GTCGATAGGG TGTATACTAG CCGAGTTGCT GGGGTTAAAA CCCGTGTTCA AGGGGAAAGA
GTGAGTAGTT AAATACATGC CATGGTTGGT TCGACCTCGG CTTATCCAAC CTTAGCTATA
TCGAACAAAT GACCCTCATT CTTGAAACAC TTGGGACACC AGATGAGGAG ACTATGGCCC
GGGTGGCCAG TGAAAAGGTA AGAAGCAGCT CTGGAAAGAT CCTTATCGTG CTAATGCCTG
CAATAGGCTC TTACTTTCTT GAAGACTTTG CCAACTTATG AGAAGAAAGA TCTGGGGAGT
ATATTCCCCG ATGCCGATCC TCTAGGTAGG CATTTTTTGT TCCTATACAA GATGTTGTAA
GAAAATTGAT TGACCCGTTG CGCCGCCTTA AACAGCCGTC GACTTGACCG ATAAGTTATT
GGAGTTTGAT CCCACCCGTC GAATTGACGT TCCGTCGGCT TTAACACATG CTTATGTCGA
GAGATACCAT GATCCGGAAG ACGAACCTTC TTGCGATAAG ATCTTTGACA AATGGGAGGA
AGTCGAATCG CTCAGCACGA TTGAGGAGTT GAAAGAGGCG ATCACGAGGG AGATTCAGGG
GTTCAGAGAA GAGGTTCGAA TGGCCGCGGA AGAGGACGAT GAAGACGAAG AGTGGGCTGA
AGGGGAGTAC TTGGACGATG AAAACGTTTT CCACGATAGT CCTGGGCCCG CTTTGGCATC
CACTCTCGAG AAATTCACCT ATCCTGACCA TATTGCCCCC AGTTCGTCTA TTCTCCCCTC
AGCTGCTCGA CTTGCTCCTA TAATTCACCA ATCCCCCAAA GGCAGCAAAT CCCCACACGT
CAAATCAGCT CACTTGCCCT CTGTGCCTTC CTCCGCAAAC AGCTCCAAAC CCAGCTCCAC
AGCGGGCTCC GCTCCTCGTA CACGCGAGCA CTCTCCGACT ACGACTTTTA TCACCTCCGC
AGAAGATTAC TTTACGGCAC AGCATGGGTT TGGAGGGCCA AACGGACGTG CGTCGAGGCG
TTCAAGTAGT CACTCAACGT CTGGGCGACG ACCTGCGAGC TTTTTGTTTT CACCATTTGG
TGCGGGTATG ACCCAAATCG TCCCTACACC CAACGCATAC CCCCGTTCAC ATGCCCAAGC
TTCTCCTGAA CTTACAACAG CCGAGAAAAC ACCCCGTGAC AGACGATCAA GCGGTCTTTG
GCGCACCCGC TCCAGAGCCC AAAGCCAGTC TGGTAATCTT GTCCTCGAGC GTCTCAGTAG
CCTCGAAATT AATGACCATA AAGATGGAGA AAAGAATAGG ATCGACGCGC TGCATGCGGT
AGTGGGGTTG GGTGGAGATG GCGAAGTACC ACCGATGACG GTGTCGCCAA GTGATGCACC
CCCTAGTGAG GTGCCAAAGA GCTTCGGATA TTAGAGATTT AGATGAATTT AGAAGAGCAT
GGAAAGAGGC ATTTTTGATT AAACTTCTTA TGTTGTAAAT CGTTTG
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| Protein sequence | MTSPSAQPMI PRSQPPRPSH TQSSPAINST GIKPNGPPSV IRRAPSVPVN PSTAAASGSL
SSLLKSENTA QAVSRSSPPT EPNDLPRPIE PTPMLPITGL PNSSSSSSNA RHGSSSSISR
GPSVTGTLTP ATTALGAPIE PTPPQTGASK MAAAAKRGLD GSAGNNVKVY EEGHPLNEET
LKQRGYQTLN ILNHPFHLPD RWKLLRPLGQ GAYGLVIQVQ DAETEIPIAV KCVTRVFDKV
ILARRALREI TLLRHFGEHD NLTGLVDMDN VWDGYNEIYL YMEPMEADLH QIIRSGQPLG
NAHIQFFIYQ LLRGMKYIHS ANVIHRDLKP GNLLVNSGCE LKICDFGLAR GFNPVKGEEP
QGEEGKLTEY VATRWYRAPE IMLSNRRYTT AIDVWSIGCI LAELLGLKPV FKGKDYIEQM
TLILETLGTP DEETMARVAS EKALTFLKTL PTYEKKDLGS IFPDADPLAV DLTDKLLEFD
PTRRIDVPSA LTHAYVERYH DPEDEPSCDK IFDKWEEVES LSTIEELKEA ITREIQGFRE
EVRMAAEEDD EDEEWAEGEY LDDENVFHDS PGPALASTLE KFTYPDHIAP TGSAPRTREH
SPTTTFITSA EDYFTAQHGF GGPNGRASRR SSSHSTSGRR PASFLFSPFG AGMTQIVPTP
NAYPRSHAQA SPELTTAEKT PRDRRSSGLW RTRSRAQSQS GNLVLERLSS LEINDHKDGE
KNRIDALHAV VGLGGDGEVP PMTVSPSDAP PSEVPKSFGY
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