| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNM00500 |
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| Symbol | |
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| ID | 3255292 |
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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_006682 |
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| Strand | + |
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| Start bp | 130508 |
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| End bp | 134872 |
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| Gene Length | 4365 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 47% |
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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 | 10 |
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| Plasmid unclonability p-value | 0.118626 |
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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 | GGATCTGGAG GCATGGGAAA TGCTGGTGGA GGCATGGGAA TTGCTGGTGG AGGCATGGGA
AGAAGGGAAG ATCAAATTAC ATAAGCTAGA ACACTTGTGG TATTGAAACA AATAAAGAAA
AAGGATTGTA GAATAGTTTT CATGCAACTT AGACATCTCT GGCAATCGAC ACCGCGTGCT
CAAGCTCTCT CTAGACAACT CTACATCTGA CAGGTTATGA GCCTTGCTGC TTAACAGCAC
TAGACTCTAG CAAACACATC AGTCAACCAA CACAAATCCT GCAGGTCACT ATTGCATTAG
TACCACAGGT ACTGCTTGAT ACCAACAAGT GGTGAGAAAA TCTGGTGCCC CCCAGTGGCA
AGTCACTGCG CCTAGTGCAC AAGCAAACTT GCCTTGCGTT AGCTAAGTAC AACCTGGACG
TCTCTTTATC TCTATTACAA AGAACACGAC TCTCACTTCT CCTATAGAGC TCTGAAAGCT
ACACACACAT CATGTCCAAC AATACAGACA ACAACACATC TACCAGGGGG TCATCTTAAC
TGGCCCCCAG AACTATGCTG AATGGGAGCT ATCTATCAAA ACATCTCTCA TCCTCAAGGA
CCTGGAGATT GGTACTCCAG TCAGCCTTGA CAGCATGTCC TCCAAAGAGG ACAAGGAGAA
GTACAAGAGG TCCAGGCAAG CTTTTGCCCT TCTTATCAAA TCACTCTCAC CAGAAGTCCA
GGCATCCCTC CCTGCCAACA TACGATCTGT AGAGACAGCA GACAGCTCAG CACTCTGGGA
GGAGCTCAAA TCCCAGTACT CAGCAGCAGT GGGCGCAAGA CAGGCTCAAC TTTTGCAACA
AATGTGGATA TCCCCTGTCA TTGAAGGAGA AGACCCAAAC AAGCGCATGG CAGAAATCAG
ATCAGCCCAT GCTCAGATCA ACAGCAGTGG TGAGAACCTC TCGGACCGAA TGCTTGCCTA
TGCCATGACC CTAGCTCTTC CAGAATCATT CACCACTGTC AAGCAAACTC TCTGGCTCAG
GGAACCACTT ACCTCTTTGG CTGTGCAGGC AGCAGTCCAA GCTGAGTGGA CAAGGAGGTC
CAGTGAGGAG GTAGCAATGG CTAACAGGGT GCAAGAGAGT CACACCCAAG GCAACAAAAG
CAATAGAAGG GCCAAGCCAA GGGAATGGAC TGAGAAATGG TGCAGTATCC ATAAAGTGCC
TACTCACAAT ACCAGAGACT GCTCTCTCAG GAAGTTCAGC AATAACCACA GCCAGTCAGG
TCAGGCTAGG GTAGATCCAC CTGGCCATGC CTATCTTGTT CAACTGGCTG ATACTCTCTC
AGAATGGCAT CATAAGCTAG GGCATTTGGG GATTGAGAAA GTGGTTAGGC TTGCAAAAGA
AGGGAGACTT GGTCAGAATA ATCAATTGAA GAATACAAAT GCTGGTGATA TCAAAGATTT
CTATTGTGAA GCGTGTATTA AGGGGAAAAC TGGGCGACTT CCTTCACCAC CTGAACCCAA
CATCAGAGCT TCCAGGCCAC TTGAACTATT GCATATCGAC ATCTGGGGAC CAGCACCAGT
CGCTTCCAAG GGAGGTATGC GATACTTCCT GACTGTCTAT GATGATTACA GCCACCGGAT
TTCCCTCACC TTGATGAGAA TGAAGTCTGA GACACTGCAG AGTTTCAAAA ACTTTGTCAA
TCATGCTGAA ACTCAGACTG GTCATAAGGT TCAATCTATT CGGTCTGATA GGGGCGGAGA
ATTTACATCA GCAGCATTCC AGAGGTATAT CAGGGAGAAA GGGATTGAGC ATGTCATGGT
GCCACCTGAT GCTCATGCAC AGAATGGGAG AGTGGAGAGG GCGCATCTTA CTATCCTCAA
TGGTGTGAGA ACTTTGCTTG TGGAGACTGG ACTGCCAGCT AGCTTCTGGG GTGAGGCTGC
TAAATACATT GCCTTCTCTC GCAACTGCTC CTTTGACTCC AACAATGGAA TTCCCTTTGA
ACGCTGGTAT GGCAAGAAAC TGTTGTTCAC TCAACTTCAC GCATTTGGAG AAAAGATTTT
CTTTAGGGAT TATACCAACA CCAACAAATT GAAGCCTCGC TATCGACAAG GAAGGTTTAT
GGGGTATGCC AGTGATAGCA GCACTTCCAG TTATCGAATT CTGGATGATG AAGACAAGAA
GATCAAGGTG TCAAGGGATA CCATTTTGCC AAAGAAGCTG GACATTCCTC ATTCCAAGAT
GCCAGCAAGG GGGAGTATTC TTAGGCTGGA GGAGTGGGAT GACAACAAGA ACAGAGACAC
ATCAACACAT GCTCAAGATC CATTGGCAGA AATACCTGAC AGAATCATCC CTGCCCCCAT
GGAAGTGAAT CCTCAGGATG AAGTAAGACC TAGAGCAGTT CCAGCTGAGC ATCAATCACC
CATGGAGCTT CTTCGTAGGC TGGCAAGGTA TGACACTGGA ATACAGCAAC AACCTGAGGC
ATCACCATCA TCCAACGCAT CAGAAGAGAC AAACAGTGAT GTTTCATCCA TTGATCCTCT
TGCCCTGACT GACAATCCAG AGACCTGGGG TACTATCGCA ACAGCTCTGA ATGCTATGGC
AATCAACACA CCCAATACCT ACAGAGAAGC TATTCAGTCA GGCGAGGGGG AGCAGTGGCA
TCAGGCTATG ATGGAAGAAT TGGAAAAGAT GGAGAAGTAT AATGTGTGGA AGGTGGTGGA
TAGGGCACCA GGACAGAGGG TCCTGAAGGC AAGATGGGTT TATACCAGGA AGATTGATGG
GACAACAGGG AAACCAGCAG CATACAAGGC AAGATGGGTT GCCAAAGGAT TTTCTCAAAA
GGCTGGAATT GATTACAATG AGGTCTTCTC TGCTGTTGCC CACAAAGACT CGATTAGGGT
ATTCCTCTCT CTGGTCAACC ATCTTGACAT GGAATGTGAC CAGGTGGATA TCAAGGCAGC
CTTTCTCAAT GGCGATCTCG AAGAAACCAT CTATCTTGAA GCACCAGAAG GAAGCGACAT
CCCAGCAAAC AAGATCCTAC TCTTGAACAA GTCACTCTAT GGGTTGCGAC AGTCACCAAG
ATGTTTCAAC AAAGCACTTG ATCAGTGGTT AAAGTCTCAA GGGCTGAAGC CAACCAGAGC
TGACCCCTGC TTCTATGTTC GACGTTGTGA GGGGGAATTG CTCATGCTCT CTGTCCATGT
GGATGATCAG CTCATTGCCT GCAATTCAAG AAAGACATTG GACGAATTCA AGCAGGCACT
TAACAGCAAA TTTGAGTGCT CTGACTCTGG GCCTGCTGGC TACTTCCTGG GCATCAATAT
ATACCGGGAC AGGCCACAGA AGAAACTCTA TCTCTCCCAA GAGCATTATA TGGAGTCCCT
GCTTGACCGC TTTGACATGT CCAATTGCAA TCCAGCAAAG ACGCCTCTTC CTTCAGGCTT
CAAACCGATT CCAGCAACAG ATCAAGAGCA TGAGCTAGCA CAACATCGAC CATATCCAAA
GCTAGTGGGC TCTATTCTCT ATGCAGCAAC AGTGACACGG CCAGATCTAG CCCATGCAGC
AAGTGTTCTG TCAAGATTCA TCAGCAAATG GAATGAGTCC CATTGGCTTG CAGCGAAACA
TTGTCTGAGG TATATCAGAG GCACTTCAGA TCTTTCATTG ACCTTTGATG CCCACTCAAG
CAAGCGAGTT GCACTGGGAT ACGTTGATGC AGATTGGGGA GGAGACCTTG ACACAAGGAG
GTCCACCACT GGTTATGTTT TCAAGATATA TGGAGGTGTA GTTGGCTGGA AGTCAAAGAG
GCAACCTACT GTGGCTCTCT CAACCACAGA GGCCGAATAC ATGGCCTCCG CTGATGCAGC
AAAGCAGGCT ATTTGGCTAA GGCTGCTCTT GGATGATATA GGACTTGGCC TGGGTGATCA
GCCACTCCAG CTGCTCAATG ACAATGCTGG GGCCATTGCC TTGTCAAAGA ATCCAGTGAA
CCATGAAAAG TCTAAACACA TTGATATGAG GCATCATTTC ATTCGAGAGA AGGTTGAGGA
TAAGGCTATC TCACTTGCCC ATGTCCCATC AGTGGAAAAC ATTGCTGATC TTCTGACAAA
GAGCCTTCCA GCTGAAGCTT TTGTCAAGTT GTGCCATCTC CTGGGAATGC AGAGGTTGGA
TCAAGGGGGA GTGTCAGAAT GATTGATCCA ACCTGGATCT GGAGAGATCA GTAGGGATCT
GGAGGCATGG GAATTGTTAG TGGAGGCATG GGAATTGTTG GTGGAGGCAT GGGAAGAAGG
GGAGATTAGA TTACATAAGC CAGAACACTT ACAATATCGA AACAAATAAA GACAAAGGAT
TGTAGAATAG TTTCCATGCA ACTTAGACAT CTCTGGCAAT CGACA
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| Protein sequence | |
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