| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE03240 |
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| Symbol | |
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| ID | 3257490 |
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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_006687 |
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| Strand | - |
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| Start bp | 921624 |
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| End bp | 925155 |
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| Gene Length | 3532 bp |
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| Protein Length | 755 aa |
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| Translation table | |
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| GC content | 43% |
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| IMG OID | 638256907 |
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| Product | chitin synthase, putative |
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| Protein accession | XP_570882 |
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| Protein GI | 58267452 |
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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 | 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 | ATGGCTCATT GGTAAGCTGC GACGGTTTAC CATATGTATT TATCTAATTT GTCCTTTTAG
ACAAGGCGTC GAACGAGTTC TCGTAAGTCA TGAGTTCAGT GGCCAAATAT TTCTATCGTG
GCCGATGATA TTGTTTCAGG CATATGCGAT ACACGGCTGC GACATGCGAT CCCGATGATT
TCACTCCTGA GAATGGGTGG AAGCTAAAAA CAACTTCCTA CAACCGAGAA ACTGAACTTC
TCATTGCTAT CACGAGCTGT GCGTTTCCTT ACAATCATTG ATTAGATTGC CAAACCATGG
GCTAAGCGCT TTGTGTATCA GACAATGAGG ATAAAATATT ATATGCCAGG ACTCTGCATA
ATGTCATGCT TAATATTCGT GACATCTGCA ATACCAAAGC GTAAGTTGGG TAATCTAGAG
TTTTCTAGCG GTTATTGACA CATCAACTCT TAAGATCTAA ATTCTGGCGC CGCTCAGCCG
AAGAAGGCCG TCCAGGCTGG CAGAAAATTG TGGTTGCTCT GGTGGCTGAT GGTTTAGATC
CAATGGATAA ACAAGTGTTA GACGTACTGC AGACTATCGG TGTATTCCAA GACGGTATCC
TCAAGAAAGA AGTTGATGGG AAAAAGACAG CAGCTCATAT ATTCGAAGTG AGTCTCATCT
CTCCGGCTAT GTCTTTCAGT ATACTCAGAT CGGTAAGCAG TATACAACTC AGCTATCTAT
AGATGCCACC CCTCAGTTAG TCCAGCCGCA TCCTGGAGAA CCCAATAATC TTGTAAAAAC
ATTTAGTTTC CGGTCAAAAC CTCGCTAAAT TTCTGCATAG GTACCAGTGC AAATAATCTT
TGTTTTGAAA CAAGAGAACT CAAAGAAAAT TAACTCCCAT CGCTGGCTGT TCAATGCTCT
AGGGAGGCAA CTTCAGCCAG AGATTTGTGT GCTGCTGGAC GCGGGAACAA AGCCCGGCCA
TAAGGCAATC TATCATCGTG AGTGACCTTT GATTAACGAT GGTGACTGAC ATAAGTAGTA
TGGGAAGCGT TTTACGTGGG TGGTAACTAG ATGATAATAT GCGAGCATAC TTTTGACCAG
GGACAATGAG CAGAATAATC GAAACCTAGG CGGTGCTTGT GGAGAAATCC ATGCTATGAT
CAAGAAAGGA GTCAAGCTTT TCAATCCTTT GGTGGCAGCT CAAAATTTCG AATATAAGAT
GTCAAACATC TTGGATAAGC CACTGGAAAG CAGCTTCGGA TAGTGAGTAC CGTAAACGTG
ACGGTTGAAG AAATCCTGAC GGCAATGGAC AATAGCGTGA GCGTTCTACC AGGTGCTTTC
AGTGCCTATC GTTATAAAGC AATCCAAGGC CGCCCTTTAA CCCAGTACTT CCATGGTGAT
GCAACTTGTG AGTGGCTATG TTTTATCATG TTAGCGCAGC CAACGACAGA TTGACGCTTG
AATTGTTAAT AGTGGCGGCG AGGCTGGGCA AGAAAGGAAT ATATGGCATG GGCATTTTTA
CTAAAAACAT GTTCTTGGCA GAAGACCGGT ATGTCAATGC TCTCAATCAA TGTACTTGGG
CTTCAGCAGC GCTCTTGCAG TATTCTTTGT TTTGAGCTTG TCGCGAAGAA AGGTGAAAAA
TGGGTTCTAC AATACGTCAA ACCTAGCAAG GCGGAAACGG ACGTCCCGGA GCAAGCAGCT
GAACTTATTA GCCAGAGAAG AAGATGGTTG AATGGCTCTT TTGCCGCCTC AGTCGTAAGC
ACATGCGACC ACTTTCTACC TTGCGAAACT TACAAAGCGC TTCAGTATTC TGTTTTCCAT
TTTTTTAGAC TATATCGAAG TGGTCATGGC CCTATCAGGA TGCTTTTTTT ACATATACAG
GCAATTGTGA GTCGAATCTC TTACTACCTA ATATGCCTTA TTCTGACCTT AACTACTTCT
AGTATAATGT GTACGTCTAT CTGCATGAGG ATATCTAAAC TTTAATGGTA TTAACCGGTT
GACCTTTTAT TCTTCTTTCA ATTCAGCTTC AGTCTCATTT TCTCCTGGTT CGCTCTCGCC
AATCTTTGGC TCACATTCTC AATTATCATC GAACTGCTTC CTGAGAGTGC CAATATCAAT
TTATTCGGTA CGGCTGACGT TGTAAGTGTT CTGCATAAAC AGGACTGTCA TTCTCTAACA
ATGTTAATTT AGACCCACTG GATCAATCTT GTGTTCACAT GGGTATATTT GGCCTTTTTA
ATGTTGCAAC TCGTCCTGGC TTTGGGCAAC CGACCCAAAG GAGAGAAAGG GCTATACATT
CTCACTCTTT GGTAAGAGCA CTCTTGGTTG TTTCCAGAGG TGGAGAAGCT AATATGCATT
GTCAGGGTTT ACGCCTTCTT ATCTCTCTAT CTGATCATTT GCTCTATCAT CTTATCTGTC
GTTGCCTTCA AAGTATGTTA TCATCTAGTC TATAAATGGA GGAGTTGTTG ATGTGATGGA
GGGGGTGCAG GGGGCCTTGA GAGACGGAGG AAGTATAGAT GCTAAGCTCG GTAATCTTTT
CAATTCCACG AACGGGGTCT TGGTGGCAGC CATCATGTCC ACTATTGGTA TCTACCTCAT
TGCATCATTC CTTTATGTAA GTCTTATCAC ATATTCTCCT ATTTAATTGA GTATTCAGTC
TGACTAGAAT GTAGAGGGAC CCCTGGCACA TGTTTAGTTC TTTCCCGCAA TATATGGTAC
GTGGTAGATG CTGGGTATCT TCTTATGCTA ATGTGTTTTA CTCAACTGTG CCATACAGCT
TCTTGCTCCT TCATTTACCA ACATCCTGAA TGTCTATGCA TTTTGCAACC TGCATGATGT
TTCTTGGGGT ACCAAGGGCT CAGACAGAGC AGAGGCTTTA CCAGCGATCT CGTCAAGCAA
GGAGAAGGAT GGAGAAACGG CCGTAGTAGA GGAACAACAA AGAGTGAATA TGAACACCAA
GAGTTGGCGT AACTGATTGC TGATGGGTTT GATAGAGTCA AGGCGAACTG GATGAGTCAT
TTAAGCAAGT TGTACAACGT GCAGTTGCAC CATACAAGCC TGAAGAAGCC GATGAGAAAC
CCAACCTTGA TGTAAGTACT CATATCCCTG ACAAATAATT CCGATTCTGA CCAGAAACTA
CATCGTTAGG ATCAAAATCG AACTTTCAGA ACCCGCCTTG TAGTGGTGTG GTTGCTTTCT
AACGCTGCAC TTGCTATCTC CATACAAACC CTCAATGGTC TCGATACAAC TAAGCAGCTC
GTAGAAGCTT GCCTCCCCAG CTCATACAAT CCTGACAACG GAACAGTAAT TGTGTCCACC
AATGGTACCT GTATTACTCA GGCTCTGGAG CATGATGGCG ACAAATTACA AGACAAGCAG
CAAATTTACT TTCAAGCGAT TTTATGGGCG ACATTCGCGC TGTCAATGGT CAGGTTCATC
GGAGTACGTT TCTCAAGGAT CTAGAGGCTT ATGGAGGTTG GCTGACCTCT GAATTCAGTG
TGTGTTTTAC TGGGCTATGA GACAAATGGG TAGATGCTGG AGACGTAACT GA
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| Protein sequence | MAHWHMRYTA ATCDPDDFTP ENGWKLKTTS YNRETELLIA ITSYNEDKIL YARTLHNVML
NIRDICNTKA SKFWRRSAEE GRPGWQKIVV ALVADGLDPM DKQVLDVLQT IGVFQDGILK
KEVDGKKTAA HIFEYTTQLS IDATPQLVQP HPGEPNNLVP VQIIFVLKQE NSKKINSHRW
LFNALGRQLQ PEICVLLDAG TKPGHKAIYH RGACGEIHAM IKKGVKLFNP LVAAQNFEYK
MSNILDKPLE SSFGYVSVLP GAFSAYRYKA IQGRPLTQYF HGDATLAARL GKKGIYGMGI
FTKNMFLAED RILCFELVAK KGEKWVLQYV KPSKAETDVP EQAAELISQR RRWLNGSFAA
SVYSVFHFFR LYRSGHGPIR MLFLHIQAIY NVFSLIFSWF ALANLWLTFS IIIELLPESA
NINLFGTADV THWINLVFTW VYLAFLMLQL VLALGNRPKG EKGLYILTLW VYAFLSLYLI
ICSIILSVVA FKVCYHLGAL RDGGSIDAKL GNLFNSTNGV LVAAIMSTIG IYLIASFLYR
DPWHMFSSFP QYMLLAPSFT NILNVYAFCN LHDVSWGTKG SDRAEALPAI SSSKEKDGET
AVVEEQQRSQ GELDESFKQV VQRAVAPYKP EEADEKPNLD DQNRTFRTRL VVVWLLSNAA
LAISIQTLNG LDTTKQLVEA CLPSSYNPDN GTVIVSTNGT CITQALEHDG DKLQDKQQIY
FQAILWATFA LSMVRFIGCV FYWAMRQMGR CWRRN
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