| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ01510 |
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| Symbol | |
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| ID | 3254327 |
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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_006679 |
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| Strand | - |
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| Start bp | 437472 |
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| End bp | 441713 |
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| Gene Length | 4242 bp |
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| Protein Length | 1053 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638253308 |
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| Product | mic1-like protein, putative |
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| Protein accession | XP_567330 |
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| Protein GI | 58259835 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG5210] GTPase-activating protein |
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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 | CACAAGGTCC ACAACTCGCA ACTCTTCTGT TTCCTTCTCC ATCTCGATTC TCCCAGCCAT
GTCCCTCCCT ATGCACCTCC GCAGCTACCG TGAAAAGTCC AAGGACGAAT ATACAAGGGA
CTTCTTCAAC GTACCCCTTC AAGAACAGCT CTCAGGCCCC TCGGATCCGC CTTCCGTCGT
AAAACTCAGA AATCACCATG CACACAACGG CAGCGGACTC AAGGCGGGCG AGATGCAGGG
TATGGAGATC AGCGCGGTGC TGAGCGTGGA GGGTAAAGAG GAGGTCTATG TGAGTTGTCT
CCATTGGCTG TCCTAGATGA CATGGTGACA TATGCTGGTG CTGATTACGG GGTGGCTGCA
GGCTGGGAAG CTCTCACTGT TACCGCCATT TCTATGCTTC ATATCGCTGG ACAGAAAGTC
CTGCAGATCT ACAATACCGT TGTACACCAT TCGCCGGGTC GAGAGGTGAG CTTTCGATCA
TTGTCGATAA TGCACTTGTC ATCTGTGACC AGGACATGGC GCGCTGATGC GTGGAGATGA
TCAGGTTGAA CTCGAGAGCA GGCGTGTTCG CATTGTCGCT GGCGACCTGG CATGGTATGA
GGATTGTGAG CCTCTTGGTT CTCTAACGTT TGGAGCTGCG CTTACACGTA CAAGGTCTTG
CAACTTACGT CGCTCTTGCC AGCAGCGGAG CAATTCGCTA TCCTCTTACG GGATGCTCTC
AAATCACAGG TATGCCAAAG CATCGCTCTT CTAAGCAAAT GCTAACCTTA TTATAGCTCC
CTCAAATGAA ACAGTTCAAG TTATTCCTCC CTTCCCTTTA TTCGGAATAC CTCCTTGCCT
CCCCTTCCAA CTCTCATGCC CAAACTCATA CCGATAACCT GCTCATCAGC ACAGAATTCT
CAGCGACAGG GACTGCGCAC GACGGGGAAG GGGATTTGAG AGGACCAGGC GGTGATGGGA
AGGGAGAGTA TCAGCGAGGG TTGGGCGAGA CTTTCGGTTT CCCCGGTGAT GCGAGGAAGA
TGAGGGAGAG GAGTAAAATG AGGCTGTGGA GGGAATATTT CTTGAGTGCG CTCATCGTTA
TCTGTATGAA AGATGAGGCT GACTTATGGA CATAGTTCAT GGACGAAACT TTACTTGTAG
GTCTGATGAG AAGCTTGAGG TGGCAGCTAA AATGTTGCGT AGTATTACGA TACCCACCGT
TCCAGCGTCT TTTGCAAGTC GGTCTTCCCT CAAGGTTACG CGGTGAATTG TGGGAGGTCA
TGTCAGGATC AATCTGTATA TCCAAATCAT TACCTTCTCT CTTATAAAAC CTTGCTCACG
TGCTACTAGA TCTACGCTTT TCCAACCCGC AAACATACGA CCTCCTCTTA TCTCAGAACG
CTGGCAAGCA CAGCCAATCT ACAGATGAGA TTGAGAAGGA CCTTAACCGA TCTTTACCGG
AGTATAAGGC ATACCAGAGC GAAGAGGGCC TTGCAAGACT GAGGAGAGTG CTTGTGGCAT
ATAGTTTCAG GAATCCCGAG TTGGGATATT GCCAGGCGCT GAACATCGTT GTGGCTGGAT
TACTCATGTG AGTAACGCAT GTTACAGTTC AGATGGCTAG GCTGACTTTA TATAGCTACA
TGTCAGAGCA ACAAGCTTTC TGGTTACTCG AGGTTCTCTG CGATAGGATC CTTCCTGGTT
ATTACAGGTC GGTAATGGTA CGATAGATAA GTCACCTGTT AACACTCTTG TAGTCCTTCA
ATGGAAGGTA CTCTCTTGGA CCAGCGAGTT TTCGAATCCC TCGTTCATCG ATGTCTCCCC
ATGATCCACG AACACTTCAA ATCGGTCGAC GTCCAGATTT CCGTCGCTTC CCTTCCTTGG
TTCTTGAGTC TGTATATAAA TTCTATGCCT CTTATCTTTG CCTTCCGTAT CGTGGACTGT
GTTCTCGCTA TGGGCGTAAA GGTTCTTTTC CAGATCGGTC TTGGTATGTG CTCCTTGAAG
GTCGTAAAAG AAAGACTGAC ATCCATTAGC TGTACTCAAA ATCAATGGCG AGGCCCTTCT
TCAAGTCACC GATGACGGCA TGTTCATCAA TCTCATGCGC GGATATTTTG CTACCATCGG
CGACTCTGCC CACCCGGACC ATGCCGACCC TCGTATTCGG GCTATCACCA ACTTCCAAGA
ACTTCTCGTC GTGGCCTTCC GCGAATTCAG CGTCATCACC GATGAAACGA TCACCACCGA
ACGACGTCGT TTACGTGCCA TCATCTCAGA CGAGATTGAA AAATTCTCTA AAAGAGCAGC
TGTACGGAAT CTTAAACGAG TTGGAAGTTT CTCCAAAGAC CAAATTGGTA TCATCTATGA
CCATTATTTT GCCGCTGTAT GTTCCCCCGA GGCTGGTCCC GCAGTCCAGC CAAACGCAAT
CAGTCTCCCT GGAGACCAAT TTGACCAGCC GAGGATACAA GTGGACGCGC AGGGGAGAGT
AGAGACAAGG ATCGATCTGA GCACGTTCAA GGTGTTTTTA GGAGATATTG CGACCTGGGC
AAGGGAAGAG ACTGTGACGA CGAATGCATT CATCCAGAGA ACGGACAGGA AGGTCGCGGA
CCATGAGCTG ATTGACAGGT ACGCTACCTA CTCTCTATTT CCTGACATGA GCCATGAGCT
AAATGGACTT GACAGGATGT TCTTCGCCTG GGATACGCAA GGCCAAGGAT CGCTTTCATT
GCAAGATGTC GTTCTTGGGC TGGACAGAGT GATGTCAGCT GGATTGATGG AGTCTATCGA
ATGGTTCTTT GAGCTGGTAT GTCCATTACA TGTGAAGATC GTTCGTAATT TCGTACTGCT
GACGCATATG CAGCATGACA AGGACAAGGA TGGATATCTG ACCAAGGATG AAGTCATTCA
GCTCTCTGAA TCTTTGCTCG TAAGCATCAA CATATCATTG GTTAGCCAAC TGTCTTCTAA
CTGACGCCTT ATCAAAGTTT ATCTTCCGAA ACGAACCAGG TGACATCTAC TTGGCCTCGG
TATCCAAGTT CATTCTCAAT GCTTTTGAAT TTGGAGATGC CACTGCCCCC GAGGGGAGCG
TCACTTCTCC ACAGGATAGG GAGACCTTGG ATGGTGACAA GGAGACTGCT TCCAGTGCAA
GGGAAAGGTC TGATTCCACT GCAGGGCCGC ACAACTTGCC TTATCTAAGT AAGCTGACAT
ATTCCGGACC CGACGACGAT TTGTCGTGCT GATAAAATGA CCATAGACCT CGCGACATTT
AGAATGGTAG TATTGGCGGA TGAGCTGTTG GAAAACTTCT TTGACCGTGA TCTTTCCGCT
TCCTTCCAGC TCGAACGTAC GGAGGAAGAA GACTATCACC AAGCGCACCA GAGGCCGGAA
GGTCTATTGG GTGGTCTGAT GAACCTTGTC ATCACCAACG AGTATGTCTG CTTTCATCTG
TCTCATTGAC CTATCCTTTA CATGCTAATT ATATTGTAGG AACAAGAACC GTCTCAACCG
TCTTGCAGAT GGATTCGGTG CTGCCCTTGG GAAACATGCA GAATGGCGAA AACCTTCTCT
TGCCAAGATC GCAGACCCTC AAACTATCGC AAACGCTTCC TCCGACTTGC GTGCCCGCGA
ATCGCTCCTT ACACCTGCAC AACAACAAGG TAACCTTCAA CGACGTCGCT CTGCATCTTT
CACCTCCCAA GCGTCCGTTA AGACCAACAA TACGACCAAC ACCCAAGACA CCAACATCCA
GGAGACCAAG AGTCTTGCGG ACGTTGAAGC GAGGTATAGG GAAGAGAGCC AGATGGTTCG
GGCGGCTCAG GAAGCAGTCA TGCACCGACC CAATTTTGCG ATTGATGCCA TTGGAGATAG
TGATGGTGAG GAGGACGAGG AGGAAGGAGA GGAGGAGACT GCTGCGATTA TGAATGAGGT
TGAGAGGTTT TTGGCCCAGC ACGAGGCAGA TGATGAGGGG CTCAAGGGGG AGCAGAAAAA
GGTTGCGACC GGTGAGTGTC TCTAACGCCC GGCGTTGTGG ATGTCAGAGG CTTACGTTTT
TCTTGCAGAA TTGTTGAAGG CAGAGCCAAT GGGTGCCAAA GTGCCAGGAG ATAAAGGTGA
CGCCTCCCTG GTGGATATTT AGTCAACGAT TGTGATGTCA TCATAGATAA AAGAGTTTGA
AGGAGTTTCA CTTAGTTTTG TTTGCAATTG TACAAAAAGC TTCATTCTCC TGTCTCTCTT
GATGTTGGTC GTAGATGACT CTCCCTAATT CCAGGATGTT CA
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| Protein sequence | MSLPMHLRSY REKSKDEYTR DFFNVPLQEQ LSGPSDPPSV VKLRNHHAHN GSGLKAGEMQ
GMEISAVLSV EGKEEVYAGK LSLLPPFLCF ISLDRKSCRS TIPLYTIRRV ERLNSRAGVF
ALSLATWHGM RIVLQLTSLL PAAEQFAILL RDALKSQLPQ MKQFKLFLPS LYSEYLLASP
SNSHAQTHTD NLLISTEFSA TGTAHDGEGD LRGPGGDGKG EYQRGLGETF GFPGDARKMR
ERSKMRLWRE YFLIHGRNFT LLRYPPFQRL LQVGLPSRLR GELWEVMSGS IYLRFSNPQT
YDLLLSQNAG KHSQSTDEIE KDLNRSLPEY KAYQSEEGLA RLRRVLVAYS FRNPELGYCQ
ALNIVVAGLL IYMSEQQAFW LLEVLCDRIL PGYYSPSMEG TLLDQRVFES LVHRCLPMIH
EHFKSVDVQI SVASLPWFLS LYINSMPLIF AFRIVDCVLA MGVKVLFQIG LAVLKINGEA
LLQVTDDGMF INLMRGYFAT IGDSAHPDHA DPRIRAITNF QELLVVAFRE FSVITDETIT
TERRRLRAII SDEIEKFSKR AAVRNLKRVG SFSKDQIGII YDHYFAAVCS PEAGPAVQPN
AISLPGDQFD QPRIQVDAQG RVETRIDLST FKVFLGDIAT WAREETVTTN AFIQRTDRKV
ADHELIDRMF FAWDTQGQGS LSLQDVVLGL DRVMSAGLME SIEWFFELHD KDKDGYLTKD
EVIQLSESLL FIFRNEPGDI YLASVSKFIL NAFEFGDATA PEGSVTSPQD RETLDGDKET
ASSARERSDS TAGPHNLPYL NLATFRMVVL ADELLENFFD RDLSASFQLE RTEEEDYHQA
HQRPEGLLGG LMNLVITNEN KNRLNRLADG FGAALGKHAE WRKPSLAKIA DPQTIANASS
DLRARESLLT PAQQQGNLQR RRSASFTSQA SVKTNNTTNT QDTNIQETKS LADVEARYRE
ESQMVRAAQE AVMHRPNFAI DAIGDSDGEE DEEEGEEETA AIMNEVERFL AQHEADDEGL
KGEQKKVATE LLKAEPMGAK VPGDKGDASL VDI
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