| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNF04650 |
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| Symbol | |
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| ID | 3258277 |
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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 | 1348419 |
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| End bp | 1351617 |
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| Gene Length | 3199 bp |
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| Protein Length | 751 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638257583 |
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| Product | SNF1A/AMP-activated protein kinase, putative |
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| Protein accession | XP_571611 |
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| Protein GI | 58268910 |
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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 | 19 |
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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 | ATGGGGCCAA ATACGAGGTG TGTCATAGCT TGTAGATACC CCAGAAATAG TTCGAGATTA
TTCCATTTCC TATATCCGCC GACCTGCTGG CAATAACAAC TCTATACACC GTGTTTATAC
ATCTACCTTA ATTATACTGC TTGTACCTAA TCATAAATGG CTTCAAGACC AGCACCCCAA
GCACCGACAC ACTACTCACG CCACCGTCCA CAAAGCATCA CCGGCAACAA TGCGCCGCAA
TCTCGCACAA AGCCACGGAT CGGCCAGTAT ATCGTCGAGC GCACGCTTGG TACTGGCTCC
TTCGGCAAGG TAAAATGTGA GTAACAAAGT GTATCGTCAA GAAAAATGTG AAGATAACAT
AGAGATAGTG GCGACACATG CTGTGACGGG CCATCAAGTT GCTCTTAAGC TCATCAACCG
CTCCAAGATA ACAACGCCGG ATATGAACGC CCGAGTCAAG AGAGAGATCC AATACCTCAA
AGTGCTCAGA CATCCTCATA TCATTAAACT GTACGTCCTG ACTGCACTCT CTGTCGAGTT
CTTTGTCTTG GCTTGCAAGA GCGAGCAAGT GGATGTGCAT CACGCCGAGG AACAATGTCT
CAGTTGCTAA TGTATCACAG TTACGAAGTA ATCACCACTC CTACAGATGT CATCATGGTC
ATGGAGTACG CTGGCGAGGA GCTCTTCAAC TATATCGTCC AGAAAGGCAA GCATGGAGTG
AGTATCTATC TGGTTGATAT AGTGCCGCGG AGCCTTATTC CGCTCGGCGG CCGAATGTGT
TTACCCCGTC AATTTGCGAG TATAATGTAT TGACAAAGGT ACAGATGACA GAAGATGAAG
CTCGAAGGTT CTTTCAGCAA ATGATCGGTG CTATCGAATA CTGCCACAAA CATCACATCG
TGCATCGTGA TCTCAAACCT GAAAAGTGGG CACCTTATTC CGACACCACT GACCGTGGGG
GGGAAGCTGA CAAAGATCCG CGAAAGCCTG TTTCTTGATT CCCGACGGAA TATCAAGATT
GGTGATTTCG GTCTGTCTAA TTTGATGACG GATGGTGACT TCCTCAAGAC ATCTTGTGGT
AGCCCAAACT ATGCCGCACC GGAAGTCATT TCTGGAAAGT GAGTGGTTCG ACGAACTCCC
AAACGACGGG GCTGATGAGT GAGAAAAGGC TGTACTCTGG CCCGGAAATT GATGTTTGGA
GTGCGGGAGT GATCATGTTT GTGTTGTTGT GCGGCAAGCT TCCATTTGAC GATGAGCATA
TCCCTACACT CTTCAAAAAG ATTGAAAGTG CGTGTTTTCC ACTTGTCCTT TCAGTTGCTG
CCAAGCTAAC TATCATACAT AAAGATGGCG TTTTCCACAT CCCTTCGCAC GTCTCTGAGC
CTGCTCGACA CCTGCTCAAA CGAATGCTCG AAGTTGATCC TCTCAAACGA TGTACCATTG
CCGAAATCCG ACAGATGCCC TTCTTCCAGG AAAACCTCCC TCGTTACCTT CAACCATTAC
CCGAACTCGC CGATATGGAA CGTTACCCGT CTTTAACCAT GGACGATATG ACAACATTGC
TGTTGATCAA TGAAGGTCAG GCGGATCCTA AAAAAGTGGC GGAAGATAAG GGTTTGGTAT
TCTCAGAGGA TTTGGGGGTG ATTGACCCAG ATATAGTGGA AGAGTTATTG GAAAAGATTA
CGACGTATTC AGAAGGGATG GTTTGGGAGG CGTTGAAGAT GCCGGGGGAT AATCAGGTGA
AAGTTGCGTA TCAGTTGGTT AGGGATCATA GAAGGATTCT TAAGGATTGT GAGTTTCCTT
TTTCCCTCCG GATTCGCTTC AGTAAATTTG GAGCTGATTG AAGCTGTAGC GAATGCGTAC
GAGGACGAGG ATTCATCTGC GATGGAAGAG TTTATGGCTT CTTCCCCTCC TGCATGGAAC
GCTGACATCG CAGTAAGCTG AACCAGCTAG ATTTTCACGT GTGTCTGTTG CTGACAAATA
TTCCAGCCGC CCATAGATGT GCAGCAAAAT GGTGCCGACG AATATCCTGA TCTTGAGGAT
GTCGATCTCG AGATTCAAGA CATTCCAAAC GCCCATTTCG ATGTGCTCGA CAGTTCTCTT
CCTGGATGGA TGACTCGTAA GTTCTCTTAC AATCTCTATC GCGTATGAGC AACAACTGAA
TTCAAAATGG AATCAGCTCC ATCATCCTCA ACATCCGCCA TGTCCACGCC CACAACCACG
CATCCCACCT CTGCCCAAAA TTCTGCCAAC CCTTCATTTT CTAGCGTCAC ATCCGATACT
ACCGCATCCG GTTCCACAGC GGAGGAGGCT GCGCGCGCTC TCCTCTCCCC CGCACCATCC
TCTGCTTCTC AAAGCGTCAC TTCCTTTAGT TCCCCCACGC CTCAACCACA GCCTCAAAGG
CGACTCGACA AGAGTATGAC TAAACCCAAA TGGCATTTCG GTATCCGTTC ACGTTCACCT
CCGATGGAGG TTATGCTTGA GATTTACAGG ACGCTGAATG TACTCGGTAT GCAGTGGCGT
TTGAAAGATA TCCCCTTACC TGATATTGGA GGGGCCCCGC CAGGAGGTTA TTCGGAAGAG
GTGGAATTGG TGTTGGAGGA CTTGAAGGAG AAGAATGGGG AGAGACCGGT GATGGGGAGG
AAGCCGCCTA GTAAGAAGGA TGCAATGGCC CAGGAAAAGC TGGCGCAGGG ATTGTACCAT
GTAGAGACAA GAGCGAGATA CGGCGATGTC ATGGTATGTG TTTTCGCAAT ATTTACTTTG
GGTAAACACG CTGTTGGCTG ACTTGTTTCA TCTCTAGGTT CGAATGGACC TCCAACTCTA
CAGAGTCGAC GACCAGCATT ACCTCGTAGA CTTTAGAAAT CTGGGATACT ATATGGTTTC
GGAAAAGGAC ATGTCCTTGC CAGATGTCTC GAGACAAGGG CACAGTCACG AAGAAGGAGC
ATCGAATGCT GGAGGTTCTG TGCCTTCTGC AACGAGCGCG ACCGCAGCGG GCGCAAAGGA
GGCTGGGATC GGAGGTGTTT CTGGGCCATT CCACTTTTTG GAGATGGCCT GCCAGTTGAT
CGCAGAGCTC GCTAGTGGAT AAGGTATTTC ATTCTGCAGT TTATTTTTGT TCTTTTTATT
CATGGTTCTG AAAGCCTTTA CCGGCCGCGG AGATGTTTCC AAGGGTGTAA ATAGTTCCTC
ATAGTCATGT ATCGATCTG
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| Protein sequence | MGPNTRPAPQ APTHYSRHRP QSITGNNAPQ SRTKPRIGQY IVERTLGTGS FGKVKLATHA
VTGHQVALKL INRSKITTPD MNARVKREIQ YLKVLRHPHI IKLYEVITTP TDVIMVMEYA
GEELFNYIVQ KGKHGMTEDE ARRFFQQMIG AIEYCHKHHI VHRDLKPENL FLDSRRNIKI
GDFGLSNLMT DGDFLKTSCG SPNYAAPEVI SGKLYSGPEI DVWSAGVIMF VLLCGKLPFD
DEHIPTLFKK IENGVFHIPS HVSEPARHLL KRMLEVDPLK RCTIAEIRQM PFFQENLPRY
LQPLPELADM ERYPSLTMDD MTTLLLINEG QADPKKVAED KGLVFSEDLG VIDPDIVEEL
LEKITTYSEG MVWEALKMPG DNQVKVAYQL VRDHRRILKD SNAYEDEDSS AMEEFMASSP
PAWNADIAPP IDVQQNGADE YPDLEDVDLE IQDIPNAHFD VLDSSLPGWM TPPSSSTSAM
STPTTTHPTS AQNSANPSFS SVTSDTTASG STAEEAARAL LSPAPSSASQ SVTSFSSPTP
QPQPQRRLDK SMTKPKWHFG IRSRSPPMEV MLEIYRTLNV LGMQWRLKDI PLPDIGGAPP
GGYSEEVELV LEDLKEKNGE RPVMGRKPPS KKDAMAQEKL AQGLYHVETR ARYGDVMVRM
DLQLYRVDDQ HYLVDFRNLG YYMVSEKDMS LPDVSRQGHS HEEGASNAGG SVPSATSATA
AGAKEAGIGG VSGPFHFLEM ACQLIAELAS G
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