| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG01240 |
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| Symbol | |
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| ID | 3258946 |
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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 | 353455 |
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| End bp | 357328 |
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| Gene Length | 3874 bp |
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| Protein Length | 624 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638257740 |
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| Product | laccase precursor, putative |
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| Protein accession | XP_571804 |
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| Protein GI | 58269296 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG2132] Putative multicopper oxidases |
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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 | GGGAGACGTG CGCTGCTCCA CGGGAATGGG TGTACGTTAG TTTACAGCGC CCCAAAGGTC
GCTGTACACT CCGTGCCCGG TCGGTTCCCA CAATCTTTCG CAGGTATGAC CCCTATCCGT
CCTCTGCCGT ATGCGCGAAC TTCAGGTTCA CTTATGTCGT ACTGCAATCA GATGGAGATC
ACCGACGAGC GAACTTAAGG TTTCCATATT CAATTAGTGA CAGTCAGTAT CCGACGGCAT
AACGACTATC CTGAAATAGC GACAGTCCTT TCTTTATCAG TATGTCCCTG ATTCAGTCTT
CTTTCGGGAA GCGAACATGG ATCACGGGCA AAGCAGCAAG CATGGACTTG GAACAGCAAC
CACACTACTG CCAAGGGTGC GATACATCAT TCACAGCATT GTGAGCGCAT GCCCGATATC
AAAGGCCATC AGAGAACTTG CTTCTGACTT TGTGCTACAG CGGATATCCG GTAGGAGAGA
CATATATAAG CCTGGTTAAC TGAAAAGGCC TCATTTTACA ATCAGCTCTA CATAATTGGC
CTCCTGAAGA GCAACTTCTC CCTTCAAGTC CAGAGTATCA ACCCTTATCG GCACTTCTGA
GGCATTATAC TGGTGTAATA TCTTATCTTT ATCCTAATCG GTAAATATTT CTTTCTCTTC
TCTGTCTCGG TCCTGTTCCG CCGTCGATCG ATATACGCCA GCAGCCTTTT CCCATTCTTT
CATGGCTACC TGAAGCGCTC CAAGATCGTC GAGTCAAGTG ACCGTACTCG TGCCGGGCCT
TGCTGTCGCT ACCTGATCAA AGTCTTCCAT GAAAGGATGA ACTGTCGCCC TCCTACACTC
AGACGGTGCG ACCGCTTTAG CTTCCTTGCT ACTCTTTTAC TGCGCTCGAT ACATTCTACT
TTTGAATTCA ACCTTCACAA CTCGCATCTT CCCACTATCA ACTTCAGAAT CTCCATTTTG
TTTCCAGCGT CCATAATACT CTATGCTAAT AGGTCAATTT AGCTATACCG ACGCTCACAG
TAATGCGGGG GTTAGCCAAG CTTTTCTTCC TATCCTGTTC CTTCGTTTCG CTGGTCAGCA
GCGAGAAGAC TGATGAGTGA GTTGATGTCG TTGAGTTTCG CAAGGTCCAA GGAAGGGCTA
ATCACTGTTC AGGTCGCCAA CCGCGGTTTC TGATAACTAT ATGCCGAAAG CGACAGCAAC
CATTGACCCT AGTGTATTCG CTCTTTCAAA TGACTTTGAA ATAACAGATG TTCCGACGAC
GAGAGAGTAT ACCTTCGATA TCGCGTGAGT CGGAATTTAA AGATCGCGTA TTTTAATCTG
ACGCACAATT GCAGCAACGC TTTCGCCAGC CCTGATGGTT ATGAACGGGA GGTTTACGTT
GTCAACAACA TGTTCCCTGG TCCTGTGATA GAGGCTAACA CCGGCGATAC TATTATCGTA
CATGTCAACA ATCATTTGGA TGAAGGACAA AGTCTCCGTA AGCATCAGCT CATATCCTGC
TCATATTCAA AGACGCACTT TTAATGTACT AACTCTTAAA TCCAGACTGG CATGGTTTGC
GGCAGCTGGG CACGGCTTTC ATGGACGGTG TCCCTGGTAT AACTCAGGTA AGAATCCCTA
GAAACCACAG GAATTGGTCT TAACTGATAA ATTGGTTAGT GTCCTATTCC GCCTGGAGGC
TCATTTACCT ACAATTTCAC CGTAAGCCAT CAATCCGGCA CGTATTGGTG GCACTCCCAT
TACTCCAATT CCATGGCCGA CGGCATTTGG GGCCCGTCAG TTCTCCTGAC TTCTATAGCA
ACTTATCACA GCTGATAAGA TATCATAGCC TAATTGTGCA CTCGCCCAAT GAACCCCTTC
AGAGGGGACG AGACTATGAT GAGGACCGAA TCGTTTTTAT AACTGACTGG ATGTAAGTAT
GTCCGTTCTT CAATGAGACT CAGCTAAACA TTGACGATGG CAGGCATGAT AACTCAGAAA
TCATCATTGC AGCTCTAGCC ACTCCAGAAG GATACAAAGG AGTGAGTAAA AAAAAGTTTA
AGGGTTGATA GCCCAACACT GACTGTAAGA AAGAACATTG CTCCTCCACA AGGTGATGCG
ATTCTCATCA ACGGCCGTGT ACGTGGTTTT ACTGGCAACA ACGATAACCC CCACGTAGAC
TTACTAACAC TTACCGCTAG GGCCAAACAA ATTGCACAGC TACTGGTTCC TCGTCATGCT
TCTATCCCCC ACCTCCGGAG ATCCAAGTGC CCGTCAACTG CAGGGTTCGT CTGCGCTTTA
TCAGCGCGAC CGCCCATCCC ATGTACCGCA TATCTATCGA CAACCACCCT ATGGAAGTTG
TGGAGGCCGA TGGTACTGCC GTCTATGGGC CGACAGTCCA TGAAATCTCC ATCGCACCCG
GGGAACGGTA CTCTGCAATT ATCAACACCA ATGAAGGGAA AGAAGGTGAT GCGTTTTGGC
TGAGGACTAG CGTTGCTCTA AGCTGTATGT TTGGTGCAGT AAGTCAGGAG GGATTGGCGG
TGGTGAGGTA TACGGGTAAT GGAATCGTTA GTACTGAGGA GCCTCAGACT TCTGCTTGGT
GAGTTACCGA AAAATCTCAG GTTGAACTGG CGCTGACAAT ATATTCAGGA GTGATCTAGC
GGGAGTTACC GTTCCATGTA CTGGACTGGA CCAAACATAT ACTCTTTCGT GAGCATTGGT
TGATTTCTCT TGTTTGAATC TTTTTACTAA TAACTACGTA GACCACGAGA CAGTCTTAGT
GCACCTCGGG AACCTTTGCA AAGCCATTTC TTCAATAGCG AACGAGGAGC CTTTGTGAAT
GTTCTTGGTA ATACCTTCCA GGGTTATGTA TGTAATTTTC CATTTTCCAG TATTACATTC
AAGGGAAAAC GTGCTGACAG TTATCTAGGG GTTCAACAAT ATCTCATATC AGAACCAAAT
CTTCAACCCT CTACTTTCAA TCGTCCAACG CGGAGGCTCC TGCGAGAACA CATTGGTATC
CAGTAGAACT TTCCCCGACT TCGGGCCAGG GAACATTATC ATCAACAATC TTGATACCGT
CATCGACCAT CCTTACCACC TGCACGGCAA CGAGTTCCAG GTGATAGGAC GAGGTACTGG
AGCTCTCAGT ATTGATAACC TGACTAATAT TGACTTCACT TTGGACAACC CCGTGAGAAA
GGATACCCTC TGGATACAGG GTGGAAGTTG GGCGGTATTG AGGATCACAG CGGATAACCC
TGGAGTTTGG GCCTTGCATT GTCATATTGG GTGGCATCTT ACTGAGGGAA AGGTGAGTTT
TTATCCTTCG TTCGCCCATT CACCCACTAA AATTGTTTAT CTAGTTGGCT GTGATTGTCG
TTCAACCAAG TGCGATTGGA CATATGGAGA GCCCCGAGTC TTGGACGAAT GTGAATCGAG
CTTCTTATTT TCAAAGAGCT TTTGCTAACT TATTTCTCCC TTTAGCTCTG TGCTAACACC
GATCCCAATG CGTTTGGCCC GGCAAAACGC TCATCTTCTC CGTCTATTCA ATCCTCTAAG
ACATCCAGTT TCCAGTATCT CCGTGAAGTC AAAGGGAAGG TTGTTAAACG TAGAGGTGCG
CGAGAGGCGT GAGAGACCGC TCGGGTTGGA AGAATCATTG GCCAATGATA TGAAGAAGAA
TTGGGGGGTA ATGCGGCTTG GTACGAGAAG GGGTATCACA GGCCACTCTA TCTGACGGAC
TTTTTGGTTA ACTGGGGGTT TTATATTATT CCTTCAATGG ACTTTATCAA AGAATGCTCA
TCTAATCGTG TACCTATAGC AAACAATACT TTCTTTTACG ATAATGCCAT CAAAAATTCG
ATAGCATCAT TTCAGTCACT CTGATGTATT TATG
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| Protein sequence | MRGLAKLFFL SCSFVSLVSS EKTDESPTAV SDNYMPKATA TIDPSVFALS NDFEITDVPT
TREYTFDIAN AFASPDGYER EVYVVNNMFP GPVIEANTGD TIIVHVNNHL DEGQSLHWHG
LRQLGTAFMD GVPGITQCPI PPGGSFTYNF TVSHQSGTYW WHSHYSNSMA DGIWGPLIVH
SPNEPLQRGR DYDEDRIVFI TDWMHDNSEI IIAALATPEG YKGNIAPPQG DAILINGRGQ
TNCTATGSSS CFYPPPPEIQ VPVNCRVRLR FISATAHPMY RISIDNHPME VVEADGTAVY
GPTVHEISIA PGERYSAIIN TNEGKEGDAF WLRTSVALSC MFGAVSQEGL AVVRYTGNGI
VSTEEPQTSA WSDLAGVTVP CTGLDQTYTL SPRDSLSAPR EPLQSHFFNS ERGAFVNVLG
NTFQGYGFNN ISYQNQIFNP LLSIVQRGGS CENTLVSSRT FPDFGPGNII INNLDTVIDH
PYHLHGNEFQ VIGRGTGALS IDNLTNIDFT LDNPVRKDTL WIQGGSWAVL RITADNPGVW
ALHCHIGWHL TEGKLAVIVV QPSAIGHMES PESWTNLCAN TDPNAFGPAK RSSSPSIQSS
KTSSFQYLRE VKGKVVKRRG AREA
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