| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNM01920 |
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| Symbol | |
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| ID | 3255088 |
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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_006682 |
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| Strand | + |
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| Start bp | 589832 |
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| End bp | 594166 |
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| Gene Length | 4335 bp |
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| Protein Length | 1122 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | 638254346 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_568472 |
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| Protein GI | 58262124 |
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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 | 18 |
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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 | CGAGCCCATA CGCTTCTTTC CACCCGTTCC ACTGCCCGAA GCCACCGTCG GCCACAATCC
GCTTCCGCGC TAGTCACCGT GCCCACCGGG CTGTTGAGTG GTGAGCGCGG CTGCTGATAC
TCGCAGCGGG GAGGAAGCAC TGCTCACACC ACTTTAGCGT TAGAGACCAC AAAGGGCATC
CTATCCAACA GATGCTGCAG CGGCAAGAAC CAGCATAGCT TCCGACTCTC TTTCAAATAT
ACGTAATCTT TGCCCTCGAC GTCGCCGCCC CTATAACACT CCTTCCAACA ACAACCTGCA
GCGCCATACC CCGGCCACTT CCTTAGTCGT AGCAGTCTCC ACGAGCCAGT CCACGGCCTT
CCTGCCTACC GTTATACACC CTTTCCGGGT AGGATGACCT CGGCGCTCCT ACCCACTGGC
CAGACTCTTA AAGGTTCCGC AATAATGTCC CAAGACTTTA GCATCTATCG CGAGCCTGCA
GATTACCATC ATTCCCGTCT GCGTGACAAC ATTAGCACAG GTGGAAGCCA TTATGCACGT
TCTGCGTCGC ACGCTTACTC GGAGCCGGCT TCGTCACAAA ACTTTGCAAA TTCCTCACCG
TCACCGTATC CGGCGCAGTA TAGAACTCCG GAGGAGTATA TCGCGACGCC AGATAGTACA
GTTCCAATAC AGCAACAACA ACAAGCCGTG TATAGCAGAC AGGCGCAAGC CCAAGCCCAA
CAGCAGCAAC AGATGTACCA GCAACAGGTC TATGCTCAAT CTGGTCACCC CTTGTCATCG
CAGGTCGCCG GTCCGTCATC ATATAGAAAA CCGTCAGCAA ACAGTGTTCC GTCTTCATCG
ACAATACCGG AATACCGTGA CGGGCAAGCT TCAGGAAACA TGTCAATAAT ACAAGGTGTC
AATGGCCATG GAGGAGTTGA GAGACGGGAT AGGGGGAATC GAATGACTGA TCCTGATGCG
GAAAACGATG GGCGGGTCGG AGTAGAAGAC CCTCGTAAGT TCTTCTTAAC GTTGGGTATT
CGGCTTTGGC TGATGAGCAT TAAGGGGCCG ATCGAGTGTA CACTGAACTC AAGTGCTTGG
GTGACGGATC GTTTGGGACA GTTTGGTTGT GTGATTGGCA TTCACCTGTA AAGCCTGATG
TCTTACTATC AGCCATGCAG TGTGGAGCCG GAGCGAGACC GGAATGGTCA GGAAAGAGGC
TAGTCGCATT GAAGAGAATG AAGAGGGTTT GGGAGGGTGG TTGGACTCAG GCTAAGAGTT
TAGGGGAATT AGTAGTGAGT GTTTCTGGCG GCATGGGTGT TTCAAATATA TCTGACGAGA
TTCAGTCCCT ACGGAATATC CCACCCCATC CCGCTATCAT CCCATTATAC GACGCTTTCA
TCTCCCCCAA ATCCCGCGAG CTCTACTTTG TCTTTGAGTG TATGGAAGGC AACCTTTATC
AGCTGACGAA ATCTCGTCGA GGACGACCAC TAGCTGCCGG CCTCATCGCT TCCTGTTTTC
ACCAAATATC CTCTGGCTTA TACCACATTC ACGGACATGG CTATTTCCAT CGAGATATGA
AGCCTGAAAA TCTGTTAATA ACGACAACAG GACTGGCAGA TTATCTTACG GCTGAAGCTT
TGGCGGAAAT CAACATGGCT GGAGGAGATA TCAACCGAGT AGGAGACTTG GCGTACGAAA
AGGACGTCTC TGTAATCGTC AAGCTTGCCG ATTTCGGTCT CGCCCGTGCG ACAAACTCCA
AACCGCCTTA CACCGAATAT GTCTCGACAC GATGGTATCG TGCGCCAGAA GTACTCCTTA
GGTCATCAGA ATACGGTCCT CCCGTAGACA TGTGGGCTTT AGGAACAATT TTGGCAGAGA
TGTTGAATCT CAAACCATTG TTCCCGGGAG TGAGCGAGAT TGATCAGGTC TATAGGATCT
GTGACACGAT GGGAGACCCA AGCTCCGAGT ATGGAGTGGA TGAGAGAGGG ATGACTATCG
GTGGTGGCCC ATGGAATTCG GGTATCAAGT TGGCCAAGAA TGTTGGATTT TCCTTCCCCA
AGGTGAGTAA AATTAACAGG TCTTTTGACC TGGACAGTTG CTAACAGTAG CAGCGAAAAC
CGGTGAGATT CCGAAGTCTC TTCAATGACA GCGTCCCTCA GTCACTAGTC GACTGTATCG
CCGATCTCTT ACGGTATAAT CCTAAATATC GTATGACTGC CGCGCAATGT ATCGATCACC
CATACTTTCA CGAAACACTT CCTCACCTTC AGCAAACTCT GCCTCTACCT CGAATACCCT
TTTCCGCTGG TCAACCCCCG CCACATGCCA TCCCGCGCCC CACTCTCTCC ACTGTCCCTA
TGCCTCCACC ACCAGATGTT TCAGTGCCTG CACGAAAGTT ACCCCCTTCG CATGCCCACA
CACCTCGCGA GGCCAGACCC GCTTTTGCCA ACGGCGATAT CCGTACTCTT CCGCCACCGA
TTGGTACACC CGACAGCCAA GCTTCGTCAC AGCGAGCGTT TTTCCCTCAG CACATCCCGC
CCCATGTTTC TTCCTCTTCA CTTGTCCATC AACTCCGAGA ACTCGACTTG CCAACGGACG
ATCTTGGGAG TTATGGTCAA CGTCCCCCGG AAGCCGCAGC TGCCGACGCC AGAGCGGCGC
AGTATGCGCA ATCCCCGGTG CAGCTCCACC AGTGGGTTGG AGACTTGCAG ATTGATTCTC
GTAAACCGTC GGCAGCTCAG TCTATGATGT ATGACAGTTC AGTGACTGAA GAGTCTCAGG
GCGGGAGATC GAACCAGTCT CTACCCAATT ATTCCAATGT CTCGCTGGAA CAGCAGCCAC
AAGTTCAGGT CCCACCGCAA TCTGGGCAAT CCGCTCAATC CTATGGCAGG TCCAACATCA
GCGTCGCTGC GTACGTGCAG CAACAACAGC GCTATGCCCA AGAAGCGCCC GCACAGCAAG
TGACTGCTCC CGCGGCACCA CCTCCTATTG AGCCAACTGT TGGTGCGGCA CGAGCTGAAA
AGTTGGGTGT GACGAGCAAG AAGAAAAAAT GGGGTTTGAG CTCAGTGTTC GGTGGTGCCG
ATAAGAGTAC TGCCAGCTTG GCGGCTGTTG ATGAGCATGA GTACAGTGGA ACTTCACTCA
AACGGACCCA GTCGGGTCAC AGGACTATCG ACAGGAATCC GTCTGTTGCA GGATCATCTC
TTACTCTGGG TGTTCCCGCT CTGGGCATGA ACTCGAGTGC TGGTGCGTCT AGCATATCGG
TCCTGGATGA TCCGAAGAAG GCGAAGAAGG AAGCCGAGAG GCAGGCCAAG GAGTTGGCGA
AGGCTCAACG TGAAGCGGCG GCATTGAAGC AGAAAGAAAG GGCGAGGGCG GTCATGCAGA
AGCGAAACCA GCTCATTGAG TCTAGGAGTC AGCTGAAAAC CAAAGGGGAG ATTGAATACT
CGTCTACGAA CCTTGCGTCA GAGGCACCGA CACCTAATCA GGATACGAGG TCCATCTACG
CTAGCTCGTC AGCCAGTGTC AATCAAATGC GCAACTATGC TGCTTCTCCA GTGAACCAGT
CTTTACAAAG TATTCGTTCG CAGGACTCTG GACATTCTGG ACATTCTGGG CACTCTGGAC
ACTCTGGTCA CTCTGGTAGG AGTGGAAGGA GTGGAAGGAG CGGGCTTAAT GCAAGCGCGC
TGGCTGATTT GGATGAGCAT GGAAGGTGGG ATGAGATGAG GCATAAGGCG AGGAGGAGGG
ACGATGATGA TGATCACTCA ATGTCTAGCT TTGGGCATAA TCCATTGAGG AGCAGGAGTG
TTTTGACTGT TGGGACTGTG GACAGCGAGT GAGTAACTTT TTTCTACCGT ACTAGGACGT
AGACTGACAT TGTATAGCCC CGGACCAAGG CGGCGCTCGG AGTGGGCTGA TCCTCTTTTG
CGTCGCGACA AGCGCACAAC ATCCGCATCT TCAGCTTCAC TACAGTACCA GCAATCCGCT
CAGACTCTAC CGTCCTTCTC CGATATCGCC AACTACGCCT TTGAAGGCCG AAATAAACAG
TCTCAGCCTC CACAACAATA ACCTTGTTTC CTCGCGCTCT TCTGAGAAGA ATCAACATAG
ACAAACATAC ATTTCTAGCA TATACGAAAC GTTCCTCGGA ATTTATATTC TTCACACACA
ACGAATTCCA CAATCACAAA CAACTGCATA GACATCAAGT TGGGCCTTCC TAGCAAAATA
TAATAAGTAT TTTTCCTATT ACTCCATTAC AAGTATTCAT CAAGCATTTT TTTGTATAAC
AAGTATCTTT CGTCATGATT ATTCTTTATC TATAGCAAGG GCATGTTACC TTATTTTGTA
CAGCGCATGT CACCT
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| Protein sequence | MTSALLPTGQ TLKGSAIMSQ DFSIYREPAD YHHSRLRDNI STGGSHYARS ASHAYSEPAS
SQNFANSSPS PYPAQYRTPE EYIATPDSTV PIQQQQQAVY SRQAQAQAQQ QQQMYQQQVY
AQSGHPLSSQ VAGPSSYRKP SANSVPSSST IPEYRDGQAS GNMSIIQGVN GHGGVERRDR
GNRMTDPDAE NDGRVGVEDP RADRVYTELK CLGDGSFGTV WLCDWHSPVK PDVLLSAMQC
GAGARPEWSG KRLVALKRMK RVWEGGWTQA KSLGELVSLR NIPPHPAIIP LYDAFISPKS
RELYFVFECM EGNLYQLTKS RRGRPLAAGL IASCFHQISS GLYHIHGHGY FHRDMKPENL
LITTTGLADY LTAEALAEIN MAGGDINRVG DLAYEKDVSV IVKLADFGLA RATNSKPPYT
EYVSTRWYRA PEVLLRSSEY GPPVDMWALG TILAEMLNLK PLFPGVSEID QVYRICDTMG
DPSSEYGVDE RGMTIGGGPW NSGIKLAKNV GFSFPKRKPV RFRSLFNDSV PQSLVDCIAD
LLRYNPKYRM TAAQCIDHPY FHETLPHLQQ TLPLPRIPFS AGQPPPHAIP RPTLSTARPA
FANGDIRTLP PPIGTPDSQA SSQRAFFPQH IPPHVSSSSL VHQLRELDLP TDDLGSYGQR
PPEAAAADAR AAQYAQSPVQ LHQWVGDLQI DSRKPSAAQS MMYDSSVTEE SQGGRSNQSL
PNYSNVSLEQ QPQVQVPPQS GQSAQSYGRS NISVAAYVQQ QQRYAQEAPA QQVTAPAAPP
PIEPTVGAAR AEKLGVTSKK KKWGLSSVFG GADKSTASLA AVDEHEYSGT SLKRTQSGHR
TIDRNPSVAG SSLTLGVPAL GMNSSAGASS ISVLDDPKKA KKEAERQAKE LAKAQREAAA
LKQKERARAV MQKRNQLIES RSQLKTKGEI EYSSTNLASE APTPNQDTRS IYASSSASVN
QMRNYAASPV NQSLQSIRSQ DSGHSGHSGH SGHSGHSGRS GRSGRSGLNA SALADLDEHG
RWDEMRHKAR RRDDDDDHSM SSFGHNPLRS RSVLTVGTVD SDPGPRRRSE WADPLLRRDK
RTTSASSASL QYQQSAQTLP SFSDIANYAF EGRNKQSQPP QQ
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