| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG04660 |
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| Symbol | |
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| ID | 3258529 |
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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_006692 |
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| Strand | + |
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| Start bp | 1328660 |
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| End bp | 1332949 |
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| Gene Length | 4290 bp |
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| Protein Length | 1236 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | 638258090 |
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| Product | chitin synthase 1, putative |
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| Protein accession | XP_572145 |
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| Protein GI | 58269978 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG1215] Glycosyltransferases, probably involved in cell wall biogenesis |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | AACGATTGTA CACTCTTCAT TTCACTTCTT TGTCAATATA TACCCATCCG CCGCAATTAG
CATACTCTGA CAACTGCTGT ATCATACCAG TCAAGACCAC ATCGATATCC ACCCCTCCCA
CGTTCTCTTT TCCTTCACGA CAAAGACATG GCAACCACCT ACTAGACTCT TCGACGTTTT
TCACCCCGCA TATGGTCCCA GGAGGACTCC TTTCTACTAT TCTAAACCCG CATAATGCCG
TCAAAACAAG ATGTGCCACT TCCATTCACT TCATCACGAC CGTTACCTTC CCGTCAACCA
ACCACATCCC GCCCAGGAGG CACTCTCAAA CGAAATAAGA CCCTCACTCG ACCTGAACGA
CACGTGGCCC CCGCACCTCT TATCGCCCCT CCTACTCAAT CGTTCTCCCC TGCGTCGCCT
TTACCTCAAT CAGACGGTTT TATTAATATC GATTGGTGGA GATTATGGGC GTACGCAACT
ACCTTTTGGG CGCCGCCGGC ATTGTTAAGA TGGTTTGGGA TCAAGGAGAA GCAAAGCAGA
CAAGCATGGA GGGAGAAGAT TGCATTATGT TGGATAGCGG TACTTATGGG TGGGGTGGTA
GGGTTTGTGA CGATGGGTTT ACAGCGGGCG CTGTGCCCTG CCGATCAGCA GAATCAGAGC
ATGTATCAGC GTCTAGGCGA TACCAATAGT AAGTCAAGCT ATCTTTGCGG ATTGAGTACA
AGCTAAATTT TCACGATCCT AGTGACACTG AGCATATCTG GCTGGGCATT CAACATTTCA
ACCTCAATTA CACAATCCAA TGTCGATTTT TACTCCCTCG CAAACCAAAT GCCCGGCCAA
GACATCACCG ACCTTTTCAC TCGAAGCGTC TCTGACTATC CGGCATGTAC ATCCTCGCTT
GCATACGCTT CGGGTGCCTT CTGCAACTCT ACTTCATCAT CAAGTAATAC AAGCTGTGTA
TTATCTACCA TGTCTCAAGA GACATTCGAC GGTCTCCAAA TCCAGAATAC TTCGCTCTTG
GAAGGCTACA GCTGGGACCA AGTCGCTAAA CTCGAAAATT ACATGGTCAT CGACGGTTAC
GTCCTCAACA TGTCTCCTTA CCTCTCTTCC AACCCTTCTG CCGTCGAAGG AGACGAAGTC
GATAGTATCA TCCGTCACGT CCTCAATAAC CAAACCGGCT CAGGTAAAGA CGCTACCCGT
CTCTTCTTCA ACCGTCAAGT CCCCCAGGAT GCTGTTGGCT GTATGAAAGC GCGGTACGTC
GCCGGCCGAA TAGATAAAAT CACCCCCGGA TGTTTCGTCG CCAGCCTTTT TCTGTACGTA
TCGCTTGTGG TGATCCTAGC GGTGGTGTTG GCGAGGTTTG CGATGGCGTG CGTTTTTAAT
TGGTTTTTGT CGGAGAAATT GGTGAAGCCG GTGACGGAGA AGGAGTTGGG GAGAAAAGGA
ATAAACCCGA CGATCATGCC GGAGGGAGCA AATGTCAGCG TAAACAACAA ATTGGGGGCT
GCTCCTTGGG CTGGGGGAGG GGGGGCGAGG GGGGGAAGGG GTGGAGGGAC GGGACTGGGT
AAGAAACTCG TGAACGGTAA AAAAATCAAC CCCCTCAGCC CGCTCCCTTC CCCTTCCCAT
TTCCAATCCA ACGCCCCACT CATCACACTC TCCCAAATCG GTCCCGAACT ATTCACAGTC
TGCCTCGTCA CCTGCTACTC TGAAGGCCCT TCCTCTATTC GCGGCACCCT CGAATCCATC
GCCTCCACCA ATTACTCGGA CAGGCGGAAA CTGATATGGG TGGTGTGTGA TGGGATGATC
ACGGGACAGG GGGAAAAGAG AAGTACACCT GATGTGTGCG TGGGGATGTT GGATGCGGAT
GGGAGGTTTG GGAATCCGGT GCCAATGGGG TATGAGGCAG TCGGCAGTGG ACGGAAGAGG
GAGAATAGAG CGATGGTTTA TGCTGGGCAT TATGGTTAGT TCACCTCTAT CCCTATTCTA
TCCCTATTCT TATTTTTTCG TCATACCTTC GTCCCCTCAT CCCCTTTCAC CGTTCGGTGG
TTATGCTGAC CAATAGCTTT TAGTATCTCG AAACGGCCAT CGCACACCAA CCATCATAGT
TGTCAAATGC GGTATGCCTC AAGAAGCCAC CGAGAAAAAA CCAGGCAATA GAGGAAAACG
AGATTCACAG CTTATTTTGA TGAATTTTTT CTCAAGAGTT ACGTATAACG ATAGAATGAC
ACCGCTGGAT TTTGATTTGT TTAGAAAGAT TTGGACGTTG ATGGGTGTGA CGCCGGATTA
TTTCGAGGCC GTCTTGATGG TAAGGCCAAA GTCAAGTCCC AACGCAACGT CGGAAAGTTA
GATTGTTGAC TCGTCAAAAC AGGTTGATGC AGATACCCGA ATTTACCCCG ACTCGCTGAA
ACACCTCGTC AACTGCATGC ATCACGACAA CATGATCATG GGTGTCTGCG GCGAAACCCG
GATCGCTAAC AAACGCCAAT CATGGGTCAC CGCCATCCAA GTATTCGAAT ACTTTATCTC
GCACCATCAT GTCAAGGCTT TCGAATCTGT TTTTGGAGGT GTCACCTGTC TACCGGGTTG
TTTTAGTATG TACCGGATCA AAGCCCGGAA AGATGGAGAT AATGACTGGG TACCGATCCT
GGTCAAACCG GAGATTGTGA ATGAGTACTC GCAGTCCGAG GTGGAGACTC TACATCAGAA
AAATTTGTTA CTCCTAGGTG AAGACCGTTT CCTGTCAACT ATCATGCTCC GCACGTTTCC
CCGTCGCAAA AATATTTTTC TCCCGCAAGC ACGATGTCGT ACCGTCGCGC CAGATACGTT
CTCCGTCCTT CTCTCCCAGC GTCGCCGATG GATCAACTCC ACCGTTCATA ACCTCATGGA
ACTCGTGCGC GTCCGCGATC TATGTGGCAC GTTTTGCTTC TCGATGCAAT TCGTCGTCTT
TATGGACCTT GTGGGAACGG TCGTTTTGCC CGTAGCGATC TGCCTTACGT TTGCGCTTAT
TGTGAACTCT ATCATCACAC CGCCGAGATC GTTTGAAGAG GCGATCCCGC TGATGTTGTT
GGCGATCGTG TTGGGCTTGC CGGCGATTTT GATTTTGATT ACGACGAGAA AAGTGGTGTA
TGTGGCATGG ATGCTGGTTT ATCTCTTGGC GTTACCGATA TGGAATTTCG TTTTGCCAGT
GTACTCGTTT TGGCATTTTG ATGATTTTTC ATGGGGAGAA ACTCGGTAAG TTCATAAAGC
CTCTTCTGCG CACTTGGCTA ACATTCGGAA CCCCATTCCT CCCAGTCGAG TGGAAGGCGA
AATCCGATCT AAGGGGCATG ACGACGCCAC CGCCGTGTTT AACGGTACAA CCATCCCTCT
TCGCCGATGG GAAGACTGGG AGAAATCACG ACTTCGCAAA CTTCGCCGAG AGGAGAGGCG
GAGGAAGGAG ATGGAGAGGC AGTTTGGAGC CGGGTTCCAT GGAGATCCTA GGCTCGGTGG
GGATCTTCCA GGGATGGGAA TGGGGGAAAG GCCCTGGGCG AGGAGCGAGT ATGATAGTGA
TAATGGGAGT TTGTATAGTA GTGAGGAAGA TATGTGGGGC GGAGAAGTCG GTGGGGTCAG
TATTCCGTTT CTGCCTTCTT TTTTTTCGAC ATTACTGACG AAATAATGCG ATAGTACAAC
GAACATAACC CCGCATTCCC TCCGCCACCT ATCTCGCTTC CTCCTACCGA CAATCCTGTG
AGCAATATCA ACGGCGAGAC ACTTGGGATG GATGAGATGG CTGCTATCCT CGACTCTGGT
TTCGACGACG ATCCCCAATC GCAATCAACC TATCCTACTC TCTCTCATCC TCGGCCCCAT
GCACAACCTC CACCGCCACC TATATCCCGT ACGCTTGCCA ATGCCTCTTC GCCTGTACGC
AGACATCAAC ACGATTACAA TGCTCCTCAG CCTCGTCTCA ATCTTATCGA CTTTCCCAGC
TTTGGCTCCG GGCCTAATTC CGCTCGCTCT AGTCCTCATT TTGCTGGCGC CGGTAGGCAT
GCGGGTGGCG AATATGTCTC AATAGACAGG CAAGACACGA ACGATCTAGA CGCACAGATG
CCACACAGCG GGGGGAGTGT AAGTTCCAGT GTGGAAAGTA GGCCGCATGG AGTCGGACAT
GCGAAGAAAA GGAGCGGTGG TGGAGCCGGA GTCGGAGCAG CAACGAGCGC GAGGGGCGGA
GGATATGGGC CCCTGGGGCC ATTGGCGGAT GCGGATGAAG TTGGAGGGAG GCAAATAAGA
GGTTATGGCG GATCGGGAAA GGACAGATAG
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| Protein sequence | MPSKQDVPLP FTSSRPLPSR QPTTSRPGGT LKRNKTLTRP ERHVAPAPLI APPTQSFSPA
SPLPQSDGFI NIDWWRLWAY ATTFWAPPAL LRWFGIKEKQ SRQAWREKIA LCWIAVLMGG
VVGFVTMGLQ RALCPADQQN QSMYQRLGDT NMTLSISGWA FNISTSITQS NVDFYSLANQ
MPGQDITDLF TRSVSDYPAC TSSLAYASGA FCNSTSSSSN TSCVLSTMSQ ETFDGLQIQN
TSLLEGYSWD QVAKLENYMV IDGYVLNMSP YLSSNPSAVE GDEVDSIIRH VLNNQTGSGK
DATRLFFNRQ VPQDAVGCMK ARYVAGRIDK ITPGCFVASL FLYVSLVVIL AVVLARFAMA
CVFNWFLSEK LVKPVTEKEL GRKGINPTIM PEGANVSVNN KLGAAPWAGG GGARGGRGGG
TGLGKKLVNG KKINPLSPLP SPSHFQSNAP LITLSQIGPE LFTVCLVTCY SEGPSSIRGT
LESIASTNYS DRRKLIWVVC DGMITGQGEK RSTPDVCVGM LDADGRFGNP VPMGYEAVGS
GRKRENRAMV YAGHYVSRNG HRTPTIIVVK CGMPQEATEK KPGNRGKRDS QLILMNFFSR
VTYNDRMTPL DFDLFRKIWT LMGVTPDYFE AVLMVDADTR IYPDSLKHLV NCMHHDNMIM
GVCGETRIAN KRQSWVTAIQ VFEYFISHHH VKAFESVFGG VTCLPGCFSM YRIKARKDGD
NDWVPILVKP EIVNEYSQSE VETLHQKNLL LLGEDRFLST IMLRTFPRRK NIFLPQARCR
TVAPDTFSVL LSQRRRWINS TVHNLMELVR VRDLCGTFCF SMQFVVFMDL VGTVVLPVAI
CLTFALIVNS IITPPRSFEE AIPLMLLAIV LGLPAILILI TTRKVVYVAW MLVYLLALPI
WNFVLPVYSF WHFDDFSWGE TRRVEGEIRS KGHDDATAVF NGTTIPLRRW EDWEKSRLRK
LRREERRRKE MERQFGAGFH GDPRLGGDLP GMGMGERPWA RSEYDSDNGS LYSSEEDMWG
GEVGGYNEHN PAFPPPPISL PPTDNPVSNI NGETLGMDEM AAILDSGFDD DPQSQSTYPT
LSHPRPHAQP PPPPISRTLA NASSPVRRHQ HDYNAPQPRL NLIDFPSFGS GPNSARSSPH
FAGAGRHAGG EYVSIDRQDT NDLDAQMPHS GGSVSSSVES RPHGVGHAKK RSGGGAGVGA
ATSARGGGYG PLGPLADADE VGGRQIRGYG GSGKDR
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