| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNI01570 |
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| Symbol | |
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| ID | 3259550 |
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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_006694 |
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| Strand | + |
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| Start bp | 453491 |
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| End bp | 456872 |
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| Gene Length | 3382 bp |
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| Protein Length | 695 aa |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | 638258640 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_572675 |
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| Protein GI | 58271038 |
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| COG category | [L] Replication, recombination and repair |
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| COG ID | [COG1796] DNA polymerase IV (family X) |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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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 | CGCCAAGAAT CTATAGAAAG CGTGTCAGAT GAGATCTGTC AGTCTGAGCA AGATCAATCC
TCCAAATGTC CCGTCATCTG TGCTGAAGAA GGTGGCATCG GTCACCTGTC ATCCAGTGAA
GGACCTCCAA AATCAAAGAA TGAAGCCCGA ATGGACTTTG AGCTGCCTAA TCATAATGAT
TTCCGTAATA ATTCCGCTCC ATTGGCTCCT ATTATAACTT CTGTTCCGGT AACCACTTCA
TCAACAACTC CTCTGCCTTC ATTTCGCCAA TCTCAATTTG GGGAAGTATC GACTCCTCAT
GCCGCGAATG TGACCTTTCC TAACGTTCCA ACGCCGAATT TTGATGAATA TACGCCTGCA
GGCCCCTCAA CAAGGCCGGT AGCAATCAAC AATTGCAAGC ATACTCCAAA GACGGCATCC
CCACGACGAC GTGCTCATAC TATCGACACA CCTGAATACA TACCTTCACC TGTTGACACG
CCGGATACTT CGCGTCCTGT AATAGGTGCA TTTGGACGAA GTCCTCGCGA TGATCCAGCC
ACACCAGGTC CATTAAAATT ACTGCCCTTG AAGGGTGAAA CAAACAAGAG ATTTCAAAAC
GTCAGCAAAC ATTTTCAGGT CTTTGTGGCG AAGAAAGACA ATGGTCCTGT AGGCGGAAAG
AAAGGAGGAA AAGAGAAGGG AAAAAAAAAA CAGCCCATGG CAAAGAGTAA GTCGCTTTCC
GGCCTCGGTC TCGGGGGAGG TGTTCTCCGA GGGCTGCGCA TTTGTCTTCC TCCAGGGGAC
AAACCGATGT CTATCCAACA AGAGGCGTGG GACCACGTAA GTCTGAACTC AACCGCTTCC
GGTCAGATCT GATGTCTGTA TCAGATTATA GAGCTCGGCG GTACCGTCGT CCTCTACCCT
GATAAAGCAA CTACACATGT CATTTACGAC AGCGATAACA GAACGAAAGC CAAACTTGCC
AAACTTCTTC GTCTTCAATC CCTGGACGAA CTGCCGGTAG GGACGGAATG CGTAATATGG
GAATGGATAT CTGAAAGTAA ACTCAATGTC AGTGTCGCTC TCTCACTTAC AGTGTACTCT
ATAGTATTGA AACAAGTTTA ATTTCCTTCT AGGGTGTCTT ACTACCAGTT GAAAATTTCC
GCAGCTTCCG CGTAGATTCA TTATTCTCTA GGGTGATGTC TACTGGTAGC CTCGATCAAC
GTAACCCCAG ATTGGCTGGT ATGGCCAATC AAAGACTAAC CCGGTAGGTT ATTCTTTCTC
GTCTCTCGTC TTAATTACTT GAAACTAATA TATTCGTCTT ACAAGGCGCG CAGTGGAATC
GGAAACCGAG TCTGAAGAGT CACTGCCGAA GAAAATTCGA CTTCAAGCCA GTGTTGCTCG
ATTTTACAGC AATAATCCTC TACGCAGTGC TGCTGTTCTA CCTACAGCAG GACCTTCAAT
ACTCAGAGAT TCTGTTCCTC ATCATGCCGT CGAAACTGAG CATACTGCTT CCAAAGGCTC
AGGATGGAAA AAGGGCGAGG AAGATCAGAG AGATGCTTTA GACGAGATGA TTGAAGGGGT
AAAGGATGGA AGCCTGCCTG AAGATGAGGT CGGTATAGAA TTTTCCCATC ACTGTTACTA
GTAATTTCTA AAGCCATAGA TAGTTACTGG ACGATGATCA GACCGCTGAT CCACCAAGCG
ATGATCGTGC TATGGAGAAC GAAGCCAACT CAACTGCAAG ATTCAGTAAG GGCGGACAAG
AGAAGAGTAG AAAGAGCGAG AAGGGGCCCA ACGAATGGTT AGCCGAGAAA TTCGACCAAT
TACATGACTT GTACGAGGGT CAGGTGGGGA AGAATCCGCA TTCAATTAGA CAGTACCGCA
ATGGTGAGCC AACCGAGTTC CTTGTCGGAC AATCAACTAA CACTCGATGC TCCCAAGCTG
CTGCTGCTAT GAGACGTGAG AAACATACTC ACTTGAAATC CTTTATTGTC GCTTATTCAC
TTTAGGCACC ACGTTTCCTA TCACGAGCGG CGCGCAAGCA CGTGAAATCA ACGGCATTGG
CGAAGCTCTA GCTGAAAGGG TGTGTTGGTT GTCATATATT CATAGGCTGC TCAGGACTGA
CAGAGGTTGT GGGTCAGATC AATGAGTTCA TATCTGGAGT ACCTGGTCGC ACCTTCTATG
AAGATAATGA GCATGCTCGA TGTGTGGCCT TATTCAAAGA TATATACGGC GTCGGTAAGC
TGTGCCGCTT TTGGTGTGAT ATACTTATTA ACTCCTTACA GGTCGACAAT ACGCTAATGA
ACTCTATCGG ATGGGCGCTC GCACCATAAC TGATCTTCGC ACCGGTCGTT TTCCCCTTTC
AACCGGCCAA CAGATAGGTC TCGCCCTATA TGAAGATCTC AGATCCCGAA TACCTCGTGA
AGAGTGTAAG CAAATCTATG AGCTCATAAA ATTGGAAGCC AAGACTGTGG ACGAGAAGTT
GTGGGTGGAG ATTATGGGCA GTTATAGGCG AGGATCAGAA ACAAGCGGCG ATGTCGATAT
CCTTATCACA AGGGACGACG CTGATGGTAA GTCTCACAAG GGAGCAATCA AGAAATTAGT
GGACAAGTTG AAGGCCAAGG GAGTAATCAC TCACGAGGTG CGTTCAATAT TTGTGCTTCA
ATCAGTGAAG AAAGACCCTT ATATCTTGTT GTACAAACAG CTGAGTGCGC CTCATGATTG
GAATGCATTG GAGGCGAAGT GGATGGGGGT AGGAAGGGTA GGGCAGAGCG CCATGTATAG
ACGTATCGGT AAGTTGTTTG TCTGTCAGTA TGTTGGCTGG TGGTTAAAAT TTATTACAGA
TATACTATGT GTGCCATATG AGTCTTGGGG AGCCTCTTTG ATTTATTTCA CTGGTAAGAA
CTTGGTCACA AGAGACGGCA GAACTAATCA TTCGCTCGTT ATCTAGGTAA TGAACTTGTG
AGACCTGCGA GTACAATCAC GAGTCAAACT GACCAGTTCT CAGTTCAATC GTTCGCTGCG
ATTATATGCA AGGAGATTGG GGTATAACCT AAATCAGCGA GGTCTATATC GTAATGTGGT
CAGAGCTAGA GATGGAACTA AAGTATTGGA AGGTAAGAGT TTAGGACCTG CTGTTTACTA
GTTGATGTGC TAAAGAGTGT ATCACCGCCA GGTGACCGCG TAGCATCAAG GACAGAAGAA
GGGATCTTCC AGGAGCTGGG GTTGAGATGG AGGTGCGTGG TTGTCGACTA CGTTTGAAGG
CTCGTGGGCT AATGAAGCGT GAAGGCATCC TCATCATCGT AGACCTTAAT TGTTGTGAAA
TATTTATGTT GTAATCATGA CATTGAATCA ATTCAGCATC CTATTGTTGA ATATGGCTAT
ATGCGATTCA TGCATCGATG TT
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| Protein sequence | MDFELPNHND FRNNSAPLAP IITSVPVTTS STTPLPSFRQ SQFGEVSTPH AANVTFPNVP
TPNFDEYTPA GPSTRPVAIN NCKHTPKTAS PRRRAHTIDT PEYIPSPVDT PDTSRPVIGA
FGRSPRDDPA TPGPLKLLPL KGETNKRFQN VSKHFQVFVA KKDNGPVGGK KGGKEKGKKK
QPMAKSKSLS GLGLGGGVLR GLRICLPPGD KPMSIQQEAW DHIIELGGTV VLYPDKATTH
VIYDSDNRTK AKLAKLLRLQ SLDELPGVLL PVENFRSFRV DSLFSRVMST GSLDQRNPRL
AGMANQRLTR DSVPHHAVET EHTASKGSGW KKGEEDQRDA LDEMIEGVKD GSLPEDETAD
PPSDDRAMEN EANSTARFSK GGQEKSRKSE KGPNEWLAEK FDQLHDLYEG QVGKNPHSIR
QYRNEVVGQI NEFISGVPGR TFYEDNEHAR CVALFKDIYG VGRQYANELY RMGARTITDL
RTGRFPLSTG QQIGLALYED LRSRIPREEC KQIYELIKLE AKTVDEKLWV EIMGSYRRGS
ETSGDVDILI TRDDADGKSH KGAIKKLVDK LKAKGVITHE LSAPHDWNAL EAKWMGVGRV
GQSAMYRRID ILCVPYESWG ASLIYFTGNE LFNRSLRLYA RRLGYNLNQR GLYRNVVRAR
DGTKVLEGDR VASRTEEGIF QELGLRWRHP HHRRP
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