| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNL05140 |
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| Symbol | |
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| ID | 3254891 |
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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_006681 |
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| Strand | - |
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| Start bp | 439758 |
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| End bp | 443289 |
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| Gene Length | 3532 bp |
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| Protein Length | 704 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | 638253987 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_568053 |
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| Protein GI | 58261286 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG2905] Predicted signal-transduction protein containing cAMP-binding and CBS domains |
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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 | AAACATATCT TCTCTTCTCT TCTCTTTCCA TGTCCCGCAT CCCAGTACCA CACGGCGGAT
TCCATCACAC TCTCCCACAC TCCCCACAGC CTACCCGCAC AGATAGCATG AGCACAAGTA
GCCCCGCCTC CGACACCAGG CGAAAGCAGA GCAAGAGGGA CGAGGTGAGT CTTGTTTGTA
TCGATTTGAG TGGCTGGGTG GTTGCGTGGC TGGAACGGGA AGCATGAGCA TGTGCGAGCA
TGGCATAGTA TGGCATGTTG CCTGCATGGA ATGTGGCCGT ACGCCGGTGC ATTGTCCATG
GTGCATGGGC GGCAACAGTG CAGGGTGTGT GCATGTGTGT GTTTTTTTTC CCTGGTGGAA
ACGGCGCAAA ATAACAAACA ACCCTTCTTC CTTTCTTGCC CTGTTTTTCA TCGCATTCAT
CATTCCTCCT TCTTTTTCTT CGTTCTTTCT TTTTTCCATC TCTTCCTTTC TACGTACACC
ATTAGCCATA CATACACCGT CTCGCCGCTA CCTCCACTCT CGTCATACCA CATCATCCTT
CTTCCCCATC GGCGACTTGC TCCGACCCTG TCTTTCTCCG TGGGCGTCCG CACCCGTGCC
ATCGCTTGCC CTCTGCTGAA CGTCAATCTC GCTTCCCCTT TATCATACTC TTGCGCTGTA
GAAGTACCAA GCTGAGATAA CTCCCTCTTT TTTCATGCCC TCTTCATCCA CAACTACTAC
TACTGGCTGC GACGTCCCTC CACAACACAT CATGACATCT CAAAAACCTT TGGACACACC
ACCTGCCTCA TTACACTCCT CCGACTCTTC ATCATCGTCG TCAAATCATG CTGTCGAAAA
TGCCGTTCAC GCGGTCAACC CCATACCTGC TGCGCAATCC GCCGCGACAA CAACAACATT
ACCAACCAAC TCACCTTCCA AATTACCTCA TTCCTTCTCC TTCTCCCTAA ATCGTAAATC
AAAAAAATCA ACGAAATCAT ACAAAACGTC TGCGGGACCA CCTGTTCCCT TCCCTGCCCC
TTCTGCACCC ACCCGCTCGC ATGTCGCTTC CGAACCTTCC TCCACCCTCA ATTCTTCCAC
GGTCACTGAC GGTACTGCTA CTGCTACACC ATCTAACGCG GATGACGAAA CTCGACCGCG
ATATCATTCC GCCATCTCGC ACTCTACCAT TTCCCGATCT CAATCTTCTT CTTTTGCTGG
CAAACTACAG TCTCTTCGCA AGAAGATTGA ATCAGAGCTC TCGCGAAAGC GGCCCGGGTC
CAATGCCACC CAACAATCCA ACGGGGGCAA GCGCTCCAGC AAGCGACCCC AGAAGGGTAC
CGTCGCCGGT TTGAGGCCTA GCCCTGCCTT GACTGTGCCA GAGGGCATGA GCGTTGCCGA
TGCCAGCCAG CTTTGTGCGG CCAAGAGGGC CGACTGTGTC TTGGTCGTTG ACGAAGAAGA
AGGTCTGAGT GGTATTTTTA CCGCAAAGGA TCTTGCCTTT AGGGTATTTT TTATTCTAGC
CTTGAAAAGG AAAAAATAAC TGACTATAAT TAGGTAACCG CCGAAGGTCT CGACCCTAGG
AGCACTAGCG TCGCTCAGAT CATGACCAAG AACCCCATGG TTACCCGTGA CACTACAAAC
GCTACCGAAG CTCTCCAGCT CATGGTCAGC CGTGGATTCA GGCATCTTGC AAGTTACTCT
TCTTCTGCAG TCATTCAGTG CTTACAGTCC ATATAGCCCG TTTGCAACGA GGACGGTGAC
GTGGTCGGTC TTCTCGACAT CACCAAAGTC TTTCACGAAG CTCTTGCCAA AGTCGAGCGT
GGTTCTACCG CTACCAGCCA GCTCTCTGCC GCTTTGGCCG GTGTCCAGTC CGAACTTGGT
CCTGGTTTGA ATCACAACCC TCAGGCTGCT GCCATGCTTG CCTACGTAGA GACTCTTCGA
GAGCGAATGG CTCTTCCCGA CTTGACCACC GTCATTGACA CTCGCTCCGC ACCTCCTACC
GTCACGCCTC GAACTACTGT CCGAGAAGCC GCCAGGCTCA TGAAAGAGCG ACGTACTACT
GCTGTCTGTG TCATGGAGGC CAACGCTGGT ACCTCTGCCG TCAGCGGCGT CAGCGGCGGT
AACGTGGTTC CCAAGATTGC TGGTATTTTC ACTAGTAAGG ATATCGTTCT GAGGGTTATC
GCCGCCGGTT TGGATGCGTC AAGATGTTCA GTGGTAAGGG TCATGACTCC TCACCCTGAC
ACTGCTCCTC CTACCATGGT CGTGCAGGAT GCGTTGAAGA AGATGCACAG TAAGTAAGCT
TTTAGCATCC CACGTTTCAG GCTGACACTG TGTACAGATG GTCACTACCT CAACTTGCCC
GTTGTCGAGG CCGACGGGCG ATTGATTGGC ATTGTTGACG TTCTCAAGCT TACTTACGCC
ACTCTTGAGC AGGTGAGCTA TACATTGAAA GCTCATAAAG TACGAACTGA CATGAATAGA
TTGAATCGAT GAACGAGGAT CGCTCCAACG AATCTGGACC CATGTGGTCT AGATTCTTCG
AAGGGCTTCC TGGTGCTGGT GGTGATGATG ACACTGCCTC TATCGTTTCT GCTTCTGAAC
GACCTGACAC TCCCAGCCGA TCTCACCTTG GCCATGGCCG CGGTCTTTCC AGCATGACCT
CTCCCATCTC CGAGATCATG CCCAACGACT CTGCTTCTGT TGTTGACGAC AACATTTCCG
ACCTCGGAGG CAAGCATGGG CCTACTTCTT CTGTCGCTGC CCCCGGTTTG CCCATTGATG
ACGGCACTTA TATCTTCAAG TTCCGTACCC CCTCGGGCAG AACACACAGA TTCCAAGCCC
GACACGATTC GTACGAACTC TTGCGGGACA TTGTCGCCGG CAAACTCCTC ACTGACCCTT
TCTTCACTGC TCCCGGCGCC AAGGAGGGCG AAGCCGTCCA CCTCCCTGAC CCTAGCAACT
TTACCCTTCA TTACACCGAC GATGAAGGCG ATCTCGTAAC CATGACTGCC GATAGCGACG
TGGCCGATGC TGTCCGCATC GCCCGCGGCC AAAAATCCGA CCGAATCGTC CTTCTCGTTG
ACGGCGGTAA GGTCTGGGAA GAAGCCGCAC GGGACTTGGG CGGTGAAAAG GCGGTGGAGA
AGCTCAAGGA GGTCGAGCAG GAAGTCAAGG TTGTGGAGGA AGAAGAGAAG CAAATGGCTG
AGCCTACTGC GAACCCTGCG GTCGAACCCA CGTACGGCAA TGAGCACGTC CACGCTCAAA
AATGGAAGGA CCATGGCAAA ACGATCAGGG CCGACGGCCA AGAGCTAGTG GGCGGTGTCA
TCCCCAAGGA TATGGTCTTG CCAGCAGCGA TCGGCTTTTT GGGTGTGGTG ATTTTGGGTG
TGTTTATCGC CGGGAGAAAA TAAGCAGGGC ATTTTTTAGC CATGGACAAT TCGAGGCCGT
AGTCCAATTA GGGATTAGGA GCCATGTGAC CCCGATCAAC AGAGATGGCT GAATGAGAAG
CTTTATGATA TACGGTTATG TGCTTTTAGG ACGGTTGCTA GCGTATGGAA GT
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| Protein sequence | MSRIPVPHGG FHHTLPHSPQ PTRTDSMSTS SPASDTRRKQ SKRDESLRKK IESELSRKRP
GSNATQQSNG GKRSSKRPQK GTVAGLRPSP ALTVPEGMSV ADASQLCAAK RADCVLVVDE
EEGLSGIFTA KDLAFRVTAE GLDPRSTSVA QIMTKNPMVT RDTTNATEAL QLMVSRGFRH
LPVCNEDGDV VGLLDITKVF HEALAKVERG STATSQLSAA LAGVQSELGP GLNHNPQAAA
MLAYVETLRE RMALPDLTTV IDTRSAPPTV TPRTTVREAA RLMKERRTTA VCVMEANAGT
SAVSGVSGGN VVPKIAGIFT SKDIVLRVIA AGLDASRCSV VRVMTPHPDT APPTMVVQDA
LKKMHNGHYL NLPVVEADGR LIGIVDVLKL TYATLEQIES MNEDRSNESG PMWSRFFEGL
PGAGGDDDTA SIVSASERPD TPSRSHLGHG RGLSSMTSPI SEIMPNDSAS VVDDNISDLG
GKHGPTSSVA APGLPIDDGT YIFKFRTPSG RTHRFQARHD SYELLRDIVA GKLLTDPFFT
APGAKEGEAV HLPDPSNFTL HYTDDEGDLV TMTADSDVAD AVRIARGQKS DRIVLLVDGG
KVWEEAARDL GGEKAVEKLK EVEQEVKVVE EEEKQMAEPT ANPAVEPTYG NEHVHAQKWK
DHGKTIRADG QELVGGVIPK DMVLPAAIGF LGVVILGVFI AGRK
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