| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNA06260 |
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| Symbol | |
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| ID | 3253553 |
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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_006670 |
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| Strand | - |
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| Start bp | 1701392 |
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| End bp | 1704645 |
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| Gene Length | 3254 bp |
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| Protein Length | 810 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | 638252947 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_567214 |
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| Protein GI | 58259603 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.272124 |
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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 | CCCGCCCATG ACTCTCCGGC CGCCGTCGAG GGCGTCTGGC ACTCGCAGCT GCGCAGCACC
CGCTGTGGAA GACGCGCTGG CGACGTGCAA AGACCCCGCG CTGGGATGGA GCCTGCAGTT
CTGGGTCACC TTGGCGGACC CCCTGGTGAG TTCCGTGGCG CCGGACACCG TGACGCCCGG
CGCTGACAGC AGCTCGTTGC ATAGACGCAG CATGTATTCT TCGCCTGCCC TGCATCCGGA
CAGTGCAGCT GGGATCCACC GGTCGGAGCG TTTGTGTGAG TCGCATCCCC GCTGCGTGGT
CATCCGCGGC GCCTGACACT GTATGCCGCA GCGTCCCGAG ATCACCAGAC GGTGAATGGT
GGGAACTAGC AGACTCGACC CGCAACAACA GGTCGTATTA CTACAGTGCG TCTCCATCGG
TCGATGGTGA GGAAAAAACG ACGCTGACCG CCGGCATGTT TTAACACCCA CACCTGTTCA
CTCAACCAGA TACTCTGACT GGAAAGACAC AGTGGACAAG ACCTCGCGGC AATGCCTTTG
TCATCCCCCT CGGTTTGATT CAGGCATGTC TCTCCATGCT TATGCGTCCA TATCAATCTA
ATGTCCGTCC TTGTTCAGCG TAACGCTCTG CCCGCACGAT CGCCTGTACA CAAACCCTCC
CTCCCGAATA CCCGTATCCA CAGCCCTTCA ACGCCTTCGC GCGAACGGTC TTATACTACC
CAGCCAGCAG CCACCCCCAG CAAAAGCCAG CCTAAACCTA CCATTCCTGT CCCCCTCTAC
TCACCATCTG TATCAGTGGG CAGCCCCAGT GTGACTGCAG TCCATACCCC AGACGTCGGT
ACACCCTCCC GTGGACTCTT CGCAGCGTCC GTTTTCAACC GTCTTCCCAA TTCTCCCCTC
TCTCCCCCAT CGCCAAGCGC GTCGCCCACC AAACGGAAAT CGATGCCAAC ATCGTTGACT
GCCCCCAACC TGTCAAGTCT TGTAAACCCG TTATCTGTGG TTGAGGAGAG AACGGGGAGC
GAAGCTGATA AAAGTGATAA TTCAGGAACA TCTGATGGTG GATGGTGGGA TAAAAGAAGG
ACCAAAGCTT TGGAAAAAAA GGATAAGAAG AGTAAAGCCA ACATGAAGAA GAGTATATCT
GTAGAGAGGT TGGGGATTTC ACATACTCAA AGTATGTTAA AAGTGTATGT CAAAAAAGGG
TAGAGCTGAC AAGGTGCCCG GCAGATGAGC TTACACAGCC GTCACCAACA AGGCAGAGAG
AGACGATGCT GGCAGCTTCA ACTAGCGCTT TACCCAAGGA CATGCCGCTT GAACCGATCT
TTGTCGAACA ACCAGCGTCT GTCGAGACAA GACGCCTCAG CACAGGGTAA GCGCCTCCTT
TTCCCCTTTC CCAATTTGAA ACTAATTAAA ATGTCATTCG CCAAAGTCTC CATCCTCTTC
TTCCACTTGA TATCAGCACC CAGATCCAAG CTTTCCAAGC AGATGATTTT TCCCGAAAAT
ACTTTGCCAT CCGGCGTACA GGCATGTTTC GCACCAAAGT ACCCGTATCA CGCATCATGG
AATGGCAGCG ACAGCCTACC ACTGCCCCGC TGTTGGTCCT GTCCAAACAG CTCTCAAAGG
ATGCAGTGAC GTGCTTCAAA GTCATTCAGC ATGTGATGGG AGAACGGGAT CGCCCTGTGG
AAGGTGCGAA ACCCTCACAC GCCGGATCTT CAGCCCTGCT GGCCGAGTTG TCTCTCAAGG
GAAAGCGAAA GGAGGATGAT ATACCTAAAG GCTTTGCCGG CGGCGGTGGG ACTGTGGATG
GGGGTGGATC CCGAGGCGAG CGAATGGTGG TGCTTGAAGA GATTCGATGG GTGATCCAGG
TGTGTGTGGC ACAGGGAGAG ATGAGGGATG AGGTTTATTC TCAGGTCATC AAACAGCTTA
CCAAAAACCC CGACCAGTAA GTTGATTCCA TTATCCGGGG GGGGGGAGCG GAAGAGAGCA
ATGCTGATGA AAAAGCCATG TAGTGACTCT GTGGTGCTCG GGTTCCAATT GTTTTGCGTG
TTTGTCAATT CTTTTGGGCC TAGCAAGAAT TTCGAGACGT TTGTAAAGAA CTTTTTGGAA
AAGCATTTGA ATGATCAGTC GGATGGGATT GGGGTCATGG CAAAGTGCAA GTCGCAGAGC
TTTTCAACCT CTTTTGAATC AATAACTGAC GACAAATGGC AAATAGATTG CATGACGAAA
ATCGAAACAT TCTCCACTAT AGGTCGTCGG GCAAAACCGC TTACTGTTGG CGAGATTGAG
CACGCATCTG ATGCAGCATT CTATCCGTCG GTATACGGCG AATCCCTCGT CCGAATCATG
GATCTTCAAA AGACATCATA CCCACAACTA AAAGTGCCTG TCATCCTGCC TTTTCTTGCC
GATGGCATAT TGGCACTGGG CGGGACAAGG AGTGAAGGGA TATTCAGGGT TCCGGGTGAT
GGAGATAGTG TGGCAGAGCT GAAAAGCCGG ATGGATCGAG GTCACTACCA GCTGGCAAGT
TTACCTTTTC AAGAGAAATA AAAATGATTG CTGATAATGA TTGTCATCGA GAGTAGAAAG
GTATCGGTGA CCCTCATGTG GTAGCTTCCC TTTTCAAACT CTGGCTACGA GAGCTTGAAG
AACCTCTGAT CCCAACAGCA CTGTACAATG ATGCGCTCAT CGCGTCAAAG GATTATCGAC
AAGTGGTCGA GATTGTTCAA AAGCTGCCAG TCTATAACCG GAGGGTGCTG GTATTCGTAG
TCAGCTTTGT GCAAATGTTT ATACAGGAAA CGGTCGTGGA AAAGACAAAA ATGGGTCCAA
TGAACCTCGG TACGTTTTAC ATTCATTCTC GTTCAGGGAA AGAGCAAAAG CTGACAGGCG
GAAATGAAAA GCGCTGGTGC TGGCGCCCAA TATTCTGCGA ACCACTGCCG ACTCGCTGGT
CACGGTGTTT ACCAATTCGA GCTTTGAGAG CAAATTCATG CAGCAGCTGT TGGAAAACAT
GAAGCCTGGT GAGATTGATT CGGATTATGT GCCGGTGCAT GGAGTGGCTA TAGGGTAGGC
GGGGGGTGCT TGGGAGTTTT GAGATGCTGC TGTTTGGGAA AACAGATGGG GAAAGGTACC
AGCCGAAAAG GACATTATGT GTCATGTCAA GACGTTTGAC GATGTTTATG ACCTGTAGAG
AGAGAGAGAC GCTCTTTCCT ATTCTTGGGC CGGTAGCGTG TATGCTTTGG TGTGGTTTTG
GTAGCTTGTT ACAT
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| Protein sequence | MTLRPPSRAS GTRSCAAPAV EDALATCKDP ALGWSLQFWV TLADPLTQHV FFACPASGQC
SWDPPVGAFV VPRSPDGEWW ELADSTRNNR SYYYNTLTGK TQWTRPRGNA FVIPLGLIQR
NALPARSPVH KPSLPNTRIH SPSTPSRERS YTTQPAATPS KSQPKPTIPV PLYSPSVSVG
SPSVTAVHTP DVGTPSRGLF AASVFNRLPN SPLSPPSPSA SPTKRKSMPT SLTAPNLSSL
VNPLSVVEER TGSEADKSDN SGTSDGGWWD KRRTKALEKK DKKSKANMKK SISVERLGIS
HTQNELTQPS PTRQRETMLA ASTSALPKDM PLEPIFVEQP ASVETRRLST GLHPLLPLDI
STQIQAFQAD DFSRKYFAIR RTGMFRTKVP VSRIMEWQRQ PTTAPLLVLS KQLSKDAVTC
FKVIQHVMGE RDRPVEGAKP SHAGSSALLA ELSLKGKRKE DDIPKGFAGG GGTVDGGGSR
GERMVVLEEI RWVIQVCVAQ GEMRDEVYSQ VIKQLTKNPD HDSVVLGFQL FCVFVNSFGP
SKNFETFVKN FLEKHLNDQS DGIGVMAKYC MTKIETFSTI GRRAKPLTVG EIEHASDAAF
YPSVYGESLV RIMDLQKTSY PQLKVPVILP FLADGILALG GTRSEGIFRV PGDGDSVAEL
KSRMDRGHYQ LKGIGDPHVV ASLFKLWLRE LEEPLIPTAL YNDALIASKD YRQVVEIVQK
LPVYNRRVLV FVVSFVQMFI QETVVEKTKM GPMNLALVLA PNILRTTADS LVTVFTNSSF
ESKFMQQLLE NMKPGEIDSD YVPVHGVAIG
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