| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNF03190 |
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| Symbol | |
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| ID | 3258150 |
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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_006691 |
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| Strand | - |
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| Start bp | 948866 |
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| End bp | 952125 |
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| Gene Length | 3260 bp |
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| Protein Length | 593 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638257436 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_571649 |
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| Protein GI | 58268986 |
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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 | 25 |
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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 | CTCATCACCT CAGCCATATC TGTATTGCCT CCCTCCCCAT CCAATCCGAT CCGCATCGCA
GCCATCAACC GCCTGCCTCC TGTCCGTTCA CCATGAGCTC ACCGGAGAAC GATCGCGTGC
TGGATAATCT GTGGACAACC GAGGACGAGT CGTTCGAAGT GCAGATGCCG GACTTCCATT
TTGATTGGGG ATTGGAGAAA GGAAAAACCG CAGATCAAGG AATTAAGGCC CCTACGGCGT
CCTTACGCTC TCTATCCATC AACGAAATCA CCCCACCCCT TCCTAGTGGC TCTTCATCCA
CCTCTACCCC TCCTCATTCC ACCATATCGG CAAGATCTTC AATATCTTCT GCCCAGATAT
TACCCAAAAG GGATATCTCT AATGCGTCGT CATCACCTCA TATACCCACT CCTCCTGGAA
GCATCGCCAA TCCCGGCCAT CGATCATTAT CTGCTCAAAA CTTCGCCAAT TCTGGAGGAA
GTTCCGGCGG GGAGTCTAGC GGTGAACGGG GCAAAACTTA TGGTGGCCGC AAGTTCCAGC
GCGTAGTGTC TGCCCCAATA TCGCCCGAAA ATGGGACGGA TACGGAAGGA GTAGAATTTC
AAGTTTCAGG AAATGTTTGC TCAGTAAGTT GATAACATCA GTCAATTCCG GCAACCAGAT
TGTTTGATGA ACAGCGTTTC CCTTAGAGAT CTGAAAGTAT AACCAATCCA CATACTGCCA
CGATACGCCC TCCGCATACA CAGCTACCGT CTGCACCACT TGTTGATGCG TCGACAGTTG
CGAGTCGTTC AAATCTCGTA ACGCCCGCTC TCCCCGAGCG CACTTTACCA TTTGCTAGGT
CGACGGTGAG GCGTTTGGGC GGGCTTTCTA AATTTGGTGG GCCTGCAAGA CGTGTTATAT
TACCTCAGGG AAGTGAGGAT GTCCAGGTTC AGGAAAGTGG GGATGTCAAT GAGCTGCAAG
GAAGGCACAG CTCTGCCCCA ATCAGTGAGC ACATTGAAGA CTCGCACCTT TTCTTGTTGA
GACTGATGTA ACAGATCCCC CACCCCAAGG GCCCCCGGAC GTTTATTGTT CATCGGATCA
AGCAATCGTT TCCCCAACTG CGACAGCCGG ATGCGAAAGT CGGTTGACGA ACATATCACA
TCCAGACGAT CGACCAGTAA AACCAGCGCG CAAACCGGTA AACCAAAGCG TACATGAAAT
AAATGAATCA ATTCACGAGC CGATGGCTTT AGCTACTCAA TCGCAAGCGG AACATGGGGT
ATCACGTACA TCGGCGGCCG TACCTTCAGA AGGAGAGGAC AGACTATTTC GGCCTTTCGG
TAAACTGGAA GAAACTCTGC GACCTGTCGC TGGTCCCTCG AAGGCGTCAG GCCTCATGTA
TATGGACTCT TTGCCAGAAA CAGGGCCGGA AGTTCGGGGC ATTCAGATTA ACAACCCGCG
TTCGTCTGAT GTCGGAAAAC CAGCCAGTCC TCCCTATCGC AACCTTCGTG CTGCCCGCCC
GCCACCGGTC GCTGAGTCAC GCAGAAATGC CCCGATGGTA TCAACTGCTA CCGTTGTTAA
TGCACCTGCG TCTCATCCTG CGATGCCATC AGAGATATTG CAACCCCAGC CTACTCAAAG
CGCTCCGCAA GGCAAAACTT TATTTCATGT CAGAAAATGG TACCAACAAC TATGTTCTTG
CTTTTGCTGA CGTTTCGTTT ACAGGTGAAC GGAGTCCCAT ACGAAAGATT ACAACGCTTG
GGAAAGGGCG GCTCGTCGAC TGTTTATTCT GTCCTTTATT CGGGTCCTAA AAAAAGAATC
ATCTATGCTC TTAAGGTAGT ACAACTCGAC CGTGCGGACT CCGAAACATA TCAAAGCTAC
ACAAACGAAA TCGAGCTTTT GAAGCGTCTC CGTGGACACG ATCGTGTTAT TCAGCTCATC
GATCATCAAA TAACCTTCAA CCAACATAAT CGCCCTCATC GTTTGCTGAT GGTGCGTGGC
CAGTCGATAG CTTCAGAACA CACTGTGGCT AACTGTATCA GGTCATGGAA TGCGGCGAGA
TTGATTTTGC AGCGTTGCTA GATGAGCAAC GGGGGAAAGC AATTAATATG AACTTTGTCG
GTTTATATTG GGAGCAAGTA GGTCATCGTA TGATATGGGC ATAGCTAATA CATTGTAGAT
GCTTGAAGCT GTCCAAGCCG TCCACCGCGA GAATGTTGTT CATACAGATT TGAAACCGGC
GAACTTTGTT CTCGTGAAGG GGCGGTTGAA AATCATTGAT TTTGGCATTG CAAAAGCAAT
AGCAAATGAC ACTGTCAATA TTCAGCGCGA TCAGCAAGTG AGTATCGATC GTGATCCCCT
ACGCTTACGG ACTACAGATT GGCACCGTAA ACTACATGTC ACCTGAGGCT ATTCAAAGAA
TGAACAATCA GAAGGTATTG AAGGTTAGTC ATATTCCAGG CATGGTGAAG ACCGTTTCAT
GTTAATCGTC CTTAGTTATC CTATCCCAGC GATGTTTGGT CACTTGGTTG TATCCTTTAC
CAAATGATTT ATGGTAGCCC CCCCTTTCAA CATGTTAGTG GAGGACCACT GGCGAAAATG
GGTGTGATCG CAGATCCCAA CCACGTCGTC ACATATCCAG AAGTGGCTGT ACCCAAGGCA
GCAGTTGGAT TCAGTCTTGA TGGTCATCCT ACAGACCCCG CAAGTCTATC AGTCCCTGTC
AGCCCGTCCG CCATTGATTC AATGAAGCGA TGCCTAGCAT ATCGCAAAGA GCATCGACTG
ACAATACCTG AATTATTGCA ACATGAGTTT CTAAAGCCAA GAATAAGAGG TTAGTCAAAG
TATTGTAACT CAGCTAAATT TTTTTAGCTC CAGCTGTTCC TCCAGGATCT ACTCCAATAA
CACAATATCA GATGGAGCGA CTGGTCAACT TTATACTATC GGAGAATGGC CTACCGGAAC
TGTCAGAAGG CAATCATACA GCTGAGGTAC GTTCATATGA AAAATTTGCT ATTCCTGACA
TCGAACAGGA TCTATTCTCT CAGTTGGAAG CTCAAAACGC ACTGTCTAGA TGATTGGTCC
CGTCCTACTG ACCCTTTTCA CCTCAGCTGC GGCTGCGGTA ACAGGCGTCG CATCTAACTT
ATTTTTCATC CCATCTGCAC CGTTGTAAAT TCCGGATCAC TCACTTGGAC TGTAGTACAT
TATTCTTCCC GTATTCTTCT GGCGGTTTTG TGGCATTATT GTGCATTGGA CATATAGTAG
TTAACCACGT CTTGTCTGCT
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| Protein sequence | MSSPENDRVL DNLWTTEDES FEVQMPDFHF DWGLEKGKTA DQGIKAPTAS LRSLSINEIT
PPLPSGSSST STPPHSTISA RSSISSAQIL PKRDISNASS SPHIPTPPGS IANPGHRSLS
AQNFANSGGS SGGESSGERG KTYGGRKFQR VVSAPISPEN GTDTEGVEFQ VSGNVCSTDV
TDPPPQGPPD VYCSSDQAIV SPTATAGCES RLTNISHPDD RPVKPARKPV NQSVHEINES
IHEPMALATQ SQAEHGVSRT SAAVPSEGED RLFRPFGKLE ETLRPVNGVP YERLQRLGKG
GSSTVYSVLY SGPKKRIIYA LKVVQLDRAD SETYQSYTNE IELLKRLRGH DRVIQLIDHQ
ITFNQHNRPH RLLMVMECGE IDFAALLDEQ RGKAINMNFV GLYWEQMLEA VQAVHRENVV
HTDLKPANFV LVKGRLKIID FGIAKAIAND TVNIQRDQQI GTVNYMSPEA IQRMNNQKVL
KLSYPSDVWS LGCILYQMIY GSPPFQHVSG GPLAKMGVIA DPNHVVTYPE VAVPKAAVGF
SLDGHPTDPA SLSVPVSPSA IDSMKRCLAY RKEHRLTIPE LLQHEFLKPR IRG
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