| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNN02030 |
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| Symbol | |
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| ID | 3255492 |
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| Type | |
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| Is gene spliced | No |
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| Is pseudo gene | Yes |
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| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
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| Kingdom | Eukaryota |
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| Replicon accession | NC_006683 |
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| Strand | - |
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| Start bp | 620479 |
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| End bp | 624855 |
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| Gene Length | 4377 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 54% |
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| IMG OID | |
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| Product | |
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| Protein accession | |
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| Protein GI | |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.346684 |
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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 | CTGGCGAATA ATTCGATTGA GTGCGCTGGT CTCGTTGGTT GGGTTGAGCA AGACGGTCGC
CGTATGGAGA CCGATGGAAT AACGACATGG GAGACGTGGT CAGCCGCCTT CAAGGCTAAG
GCCATGCCGT CCAACTGGGA GTTCCGCGAA AGCCGTGCTC TTTTTCGTCT CTCCTTCCAC
GAGGCGTCGT CGGAGGGTTG GAAAAAATTC GACAATGCGG TGATTTTGCA CCGTGCCCAC
CTCCTTGGGA GTAAGCTATA CCCGACCGAC CAACAACTCA CCAGTTTTTA CCGTGCGGCC
TGTCCCGAGC GCCTTTTTCT TCGCTTGGTT GACTTGCCCG AATTTCACGT CGATGATCTG
GACGCACTGC GGGCCTTGAT CAGCAACCAC GTCGAACGAA TTCAACACGA GGATGCCGCC
TCTCGGATTA GGTCCCGTCC CACCAACCAG GTTTCTTCCG ACAACGTCCA ATTACCCCAC
TCTATGTCCT ACTATCACGA CCCTTCCCAC GCTCTGCCAT ACTATCTCTC CCCGGCGGGC
CGCCACATCC GTGAAGTCTT CCGCAAGGAG AACCGATGCT ACGATTGTCG TAAAACGGGG
CATCAGCATT CCAAGTGCCC TACCCGTACA CGCGCTCCGA CTCCTAAGGT CAACCAACTC
GAGACTGAAC TGACGGCAGG CGATGCCACC TCAGCCTATC TGACGTTAGC CCAAACCGTT
CCTCCAGCCG ATGATGATAC CTGTGACGCG ATGTACGCTC TTTTCCATCC TTTGCTCTCC
ATATCCGTCC CAGTCTCCGC TGACAGCCGT TTATCAGCCC CCTCCCCTAA ATTCTTACTC
GACACGGGGG CGTCCACAAC CTTTGTGGAT CCGAGGTTGG CGGCGAGACT GGGCTGGGAA
GTGAAGAAAG GGTTGGTACG GATGCGAGTG CGTCTAGCCG GAGGTTTGGC GGGTCCGTTG
GTCACAGATA TGGTCGTCGG GTCGTTTTCC CTAGGTGGTC GCATGTATCG AGTCGATGGT
GTCCTGATGG ATCTGCACGG TACCTACGAT GGTATCTTAG GACTAAATTT CTTCGCGCGG
CACGGATTAC TCGCGGAATC AAATTCTTTC GTTCGGTTAT TGGAGGCGGG CGGTGTGAAC
TTGTCTGCGT TAGGCTTGCA AAAGTTAGGT GCGCCAGTTT CCCACGCCGC CGCAAATCCC
GCCTCGACTA CCGCCACAGT GTCATTCGCC GACACCCGCC CCAATCTTTC GCAGACCCGC
GTGGCCGCCG AGTCCGACAG TCTGACGGAT GTTCTACGCA AGCTTCAGAC CGAATTCCAC
GATGTTTTCT GCGACGACCT AGGCGACGTG CGAAATTTCC CCACCATCTC CAAAACAAAG
TCTGGCGTGC GTTTCGAAAT TAACCTGAAA CATGGTGCTA CTCCCCACCG CTCGCCACCC
TATCGAGTAC CGGAAGCCCT GCTTCCCCGT TTCCGAGAGA TGTTATTAGA ACATCTGAAT
GCAGGACGTC TTCGATACTT TAGTTCCCCT TGGGCCTCCC CGGCGTTCCT CGTTTCCAAA
GGTAATGGCA AATTCCGAAT GGTCTGCGAT TTCCGTGCTC TGAACAATGT CACGGTCCCC
GACATGTACC CTATGGGGAA CGTCCAGGAT ATCCTCCACC GTGCCGCTAG GAAGGGCAAG
ATTTTCGCAA AACTTGACTG TAAGGATGCC TTTTTCCAGA CGCTAATGAA GGAGGAGGAC
ATCCCGAAAA CCGCTATCAC CACTCCTCTC GGTCTCCTAG AGTGGGTGGT AATGCCTCAA
GGGATCCGGA ACGCGCCGGC CGCTCAACAG CGTCGCATTA ATGAGGCGTT ACAAGGTTTA
ACTGGGGAAT GTTGCGAGGC TTATGTGGAC GATATCATCA TCTGGGGGAA GGATGCTAAG
GACCTGCATG ATAATATTGT GAGTGTTCTT TCTGCCCTAC GTCGAAGTGG TCTTCGCTGC
TCGCGTGAGA AGTCAAAGCT GTTCCTCGAC GAAGTAGCGT TCTTAGGACA TATCATCCGC
CCCGGACAGA TTCTGCCCGA CCCCGCCAAA ATAGCACGCG TCGAGCAGTT CCCCCTCCCG
GTCAATTCTC ACCAACTTCA CTCGTTCCTC GGTCTCGTTA ACTACCTTCG CGATTTCATA
CCAAACCTGG CCGACCATAC CGCCGTGCTT CACGCCACTC TTCCTCCGAA TGCGGCGGCT
GAGAAAGCTT ACTACAAGGC TGTTAAGATG CATAAGGGAC ACCTCCCCGA GGGATGGACT
GGTTGGAGAT GGTCGTTCGG CCCTGCGGAG AAGGCGGCCT TTGAAGCGAC TCGACGCGCG
GTGAGTACTG TCCCCTGTCT TGCCGTTATC GATTATGATG CTGTCAAAGC GGGAAAACAG
CAGGTCTTTC TATTCACCGA CGCTTCCAAC ACAGGTACTG GCGCTTGGAT TGGTGTCGGT
ACCTCTCGGG AGTCCGCCCA GCCTGTGGCC TACGATTCGC GCACTTTCAA TAGTGCACAA
CGGAACTATC CGGTACACGA CCGTGAGCTG CTGGCGATTA TTAATGCCCT CGATCATTGG
CGCCCTCTGC TATACGGCAT TCCAGTCCAC GTCTACTGCG ATCACTTTAC CCTTCAATGG
TTCCTAGGTC AACGTAATCT CTCTCCCCGT CAGCTTCGGT GGCTGAGTAC TCTGAAGGAT
TTCGACCTCC GCATCGAATA CATCAAAGGG GAGTTCAATA CTCTCGCCGA TTACCTCTCT
CGTCACGCCC CTTCGGATGC CGTCGAACCT GCCGACCCCT CTCTGGATCA ATCACCGGTT
TCAGTTCATG CCACAATGAC ATACGAGCCC ACTTTGGATC CGGACACCCT TCGCGCGATT
GCGCAGGGTT ATCAAGGTGA TGTATTATTC AAAGAATGGC TTGCTGATCC GTCTACTGCT
CCAGGTGTTA CCTTCCATGA TCATGATACC CACCGACTTC TCCTCGTTGA CAACCGCTTA
TGCATTCCGG ACGTTAATAC ACTTCGCGAG GAACTTATGC GGCAAGCTCA TGAAGGCACT
GCTGGGCATC TGGGAGTGGA GAAAACCATG GAGGTACTCA GGAGTGGATA CTTTTGGGAG
ACAATGTCCA AGGATGTTCG TGAGTTTGTC TGTGCGTGCC ACTTATGTCA ACAGGCGAAC
GCACCCACGA CGAAGCCGGC TGGTCCCTTG CATCCGCTTC CGGTCCCACG CGATAAATTC
GATGACATCG CTATCGATTT TGTAGGACCA CTCCCTTCTT CCGGCGGACA CGACTATCTC
CTCACGATCA CGGATAGACT AACCGGGTTC ATCGAACTGG TCGCCTGCTC CACCACGATC
AATGCGCGGG ATCTCGCCAT CCTGGTTTGG GAGCGATGGG TGTCTCGTTA TGGTTTGCCG
CTCTCCATTA CGTCCGATCG TGATACTCTG TTCACCTCGC GATTCTGGAC AACACTATGG
GAACAGCAGA ACGTCAAGCT CAAGATGTCC ACGGCCTTCC ATCCGCAGAC TGACGGCACT
TCGGAACGGT CCAACAAGAC AGTGGTGCAA CTGCTACGTA GCTGGGTGGA TAGGCATGGC
ACCTCTTGGG TTAAGTACCT CTCTCGTGTT TCCCAAGCCA TGAATAACAC TGTCAGACGT
TCCACAGGTT TCTCTCCAGC ACAACTGGTC TTTGGCCGTC GGCTCTGTAC CCTACCTAGT
CTGGCTCGTC CTCCTCCGTT CACCCGGGCT TCCCTTCCCA CACAGGCCGA ATGGACTCTC
GCAGCGGATC GCACCGACCT CTCGCTCGCT GAGGCGCGCG ATAACCTCCT TGTGGCGAAG
CATCGTATGG CCGTCCAGGC CAATCGCCAT CGCCGTCCTG AAGTAGCCTA CAAGGTTGGA
GATTGGGTGT GGTTGGATAC CCGAAATAGG TTGAAGGAAT TTCGTGCTGG AGACGGGGAA
TATCGCGCTG CTAAGTTCTT CCCCCGCTTC CAGGGGCCTT ACCAGGTACA AGAGGCTAAC
CCTGCCCTCT CAGTTTACCG TCTTCACATG AATGACCGGA CATACCCAAA ATTCCATGGT
CATCTCCTTA AGCCTTATCT GTCGTCGCCT AGGTTCCATC AAACATCACC GGTAACCCAC
CAATTTGACA CTGGACGTCG CAGCATTCTT CAAATCCTGG ATGATCGAGT GTATCGCGGT
CATAGACAAC TCCGAGTAGT ACTCAGCGGC GACGGTCCTA ATGGTCAATG GAGGAATCTC
GACGACTTGC GTACATACAA TGGTTTCCGG GCCTTATATG ACGAATATAT AGGCGACGAC
GAACTGGCCT TGTGAGTCCC CTTCCTGTTT GCTCCTGTTT TCCTTTGTAT ACGTGTC
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| Protein sequence | |
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