| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG02100 |
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| Symbol | |
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| ID | 3258531 |
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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 | 585236 |
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| End bp | 588625 |
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| Gene Length | 3390 bp |
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| Protein Length | 957 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638257828 |
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| Product | hypothetical protein |
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| Protein accession | XP_571916 |
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| Protein GI | 58269520 |
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| COG category | [D] Cell cycle control, cell division, chromosome partitioning |
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| COG ID | [COG1196] Chromosome segregation ATPases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | CTTTTGGACC TATTCAAACT CCGAGAAGGA ATTGTATTCA TGTCGGTTCA ATCACCCCTC
ATCGCGGTCC CCCGCAAAAC AACTACAGAC GTGGACTGGG CCACTCCCAT TCGGCACGTA
ATCGCAGCCT CGTACGGTGA AGATCCAAAC AGCTATGCCG AAGAATGTGC AGTCCTGCAA
CGGTGTAGGC AGGATGCTGT GAGAGGCGCG GGTAACGATC AAACAGGTAA GGCGATACCT
ATCTTCTCGG ACACAACATT GGCTAATTAT GAGCCAGCAA GGGACCTTTT GTACAAGTAC
TTTGGGCAGT TAGAATTGCT CGAACTGAGA TTTGCAGAGA TCAAAGTCTC CTTCCCATGG
CAAGCATATT ATTGTATCAG ATATAGGCAA AGCTTACTTA TCCTGCAGGA ATGATGCGTT
CACCGACAAG TTGACTACTC AAACTTCACT CGCTTTTGAA AAGGCCTCCA TCATCCACCT
GATATCATCT ATCCTGTCGT CCCTTGCCCA ATCTGCCTCG CGTTCAGATC CTGAAGGCTT
AAAACGAGCC TACTATAACA CCCGAGCTAC TGCCGGTATG CTGACCTACA TCAACGAAAA
CTTTCTCCAC GCCCCTTCAA CCGACCTCAG TAGAGAAGTG GTTCATCTTT TGATAGGGAT
AATGATGGCT CAAGCCGCCG AGATCTTCAC GGAAAAGCTC GTTGAAGAAA AAAAATCAGC
TTCTCTCGTA GCCCGGTCAG CCAATCAAAC AGCATCTATG TACACGTCCG TCGTGGATGA
GATGAAGGAA TTCCAGGGCA AAGGCGTCTT TGATCGCAAC TGGCTATATG TGCTCCAGAT
CAAGGCCAAG CTGTTTGGAA GCCTGGCCCA GTACTACAAG GCAACCTCAG ATAGCGCGGC
AGGAAAACAT GGCACAGCAT TGGTCAGGCT CAAGATAGCC AATTCCCTCA TTCAAGACGC
CCAAAAACAG GCTTCGTCTT TCATTTATAC TTTCGTGGCA GCGTCAACAC CCAGCTTGCC
TCATGACGCT GCTAATGCCT TGAATGAAAT TGTCAAGGCC CATGCAACTG TCTGCGGTGA
AGCCAAAGAG CAGGCTGTCA AGGATAACGA TCTCATCTAT CATGAAGTCC TCCCTTCTGA
AGCTAGTCTT CCTGCCATCG AGAAGCTGCC ACCCGCGGCT CCCATCACCA TTCAGGACGT
ATACGGTAAT CAAGAAGTTA CTAAATTGAT CGGGCCAGAT ATCTTCCTTA GACTTGTCCC
TCTCGCGGTG CATGAGTCTG CAAGTGTTTA TTCAGAGGAA AAAGCCAAAT TGGTGAGAGC
TGAGGTTGAT AAGGTCGAAT TGGCAGAAGG GGAGATCCAA GCAGGGCTTG ACCATCTCAA
TCTCCCCGAG GAGATTGACA GATGGCGCCA ATTTTTGGAA GGAGATACAA ATGATGATGT
TCCTCTTAGT CAGCAACTGA AGAGCTTGGT GGATAGTGTC GGGGATGTGA GACAGGTGGA
AAACGATTTG GGTCGCCTGG ATGGTGAGAG AGCCGCATGT GAGCGAGAAC TAAGAGAACT
GAACGGAGCT CTGGATGCCG AAAGTCGGGA ATGTGAACGC ATGAGGGTAA GCCAACGGTC
TTCTTCCGGA AACCACTGCT AATAGGCCTC ACAGGCTAAA TATACACCCA ACTTTACGCA
ATCTCCGTCA GGTCCACAGA CTGCCAATCT GCGCTCCAAT TTATCCGCCA ATCTATCTGC
TCTTTCGTCG GCGTCTACCT CTGACGCCCA TCTACAATCA CTTTGGCAAT CCATCCAGCC
TTCAATCTCT CTTCTATCTT CAGGCCCGAG CAACCTCGAA AGAGCGGCCA GGGATATAAC
TGAGGGAAAC CCTCAGAAGA TAGACAAGAC TGTCAGCCTA CTAGACCTAG ATGACGAAGA
AGTGGATCGA AAGGCATTAG GACAGGAAGA AAAAGACGCT TTGAGAAAAG CTGTGGATGA
CGGTCGAGAG AAATTAGATC GTTTGAAGAA GATTAGGGCA GAAAGAGATG AAGTTCTCAG
AGATTTAAAA GAGAAGGTTT GTCAATCATC TATCTATATA TGACAATTGT TGTAACTAAC
AATGAAACAG ATCCAGACGG ATGACGTCTC AAACTTGCTT CTTCTCAACC GCCGCTCTCA
GAACGTCGAA CCACAACTCT TCGCATCTGA ACTGGAGAAG TTCCGACCTT ATCAAACTCG
TCTGGCTGCC GCGGTATCTG CATCCAGGTC GATCCTGCAA GAACTAGATA TGCTCGTCGC
CCAAGTGCAT AAGGGAACGG GCTTCCGCGA AATTTTGAGA AAAGAGAAGG ACCGCCAAAG
GATCATTCGT GACTGGGAAA AGCGGCTGAT CGAAGCTGGT GAGTCTTATG CCGAGATCAG
GGCCGGATTG GGCAAGGGCT TGTCATACTA TGACAGTCTG AGAAGAGTGA TTGAAGATCT
GAGGATGGAG GTTCAAAGGT TTACAAACTC AAGGGAGCAA GAAAGGAGGA ATATGGTCAG
CGACATCGAG ACCCGCCAGC GGTTAGGCGG CACATCTCCT TCAACAGGTG GGGTCGTTGC
TAATCGGGGT CTGGAGGAAA GGCTAGCGGC ATTGAAAATG GAGGCTCCAC CTCAGCCACC
TAGATTGGGC ACAACATCGA CCCCCAATCT TCCACCGCCG CCTGGACGCG GAAGTAGCAA
CGTTACATCC AGCTACCTGC CCCCACCGCC TCCACCAAAG CCACAATCGA ACCCTTACGA
TTTCTCTACG CTGGCTGGAT TTGGGTCGTT TGCGACTCCT TCTGTTTCCA GTCCCCAGCA
CGTATACCCA TCGCAACCGC AACAAGCGTA CAATCAGCAG AGCTACATCC CGCCCCAACA
GAACCCCTAT TATCCCCCAC CTCCTAGTAG GCCTACGTAC GCTTCGCCTC CGTTTGCACC
TCAGCAGCCA CCAATGCAAA GTGGTCACTC ACCCTATGCA CCGCCTCCTG GACATGCTCC
TCAACCCCAA CAGCCTCAAT ACCCGTCCTC TCAGAACCAA CAACAAAGGC AGGGCTATAA
ATATCCCGGC TACGGGCAGC AGGGCGGTTA CGGGGGCGGT TACGGACAAT ATTAAATGGG
GCGTTGTCGA TTAAGCGGCA TGGCAAGAGA GATTCGATAG CGAAAATGGA GCCAGGTTGT
TTTTGGATGA ATCGTCTATA GTCAAATCAT TATTGTATGT TAATTATGCG CACTTGGAGG
TCTTCTTGAT TTTCTTTACA AGATACTGGT GCATGATGCC CTTGCTGTTT CTACCAAACC
AACTCTGGTC CCTTCATCAA CGGTAGTGGT GTATGGTCTT TTCATATAAT ATCACTAGTT
GTGTTGTAGG TAATAGTCCT GCTGCCTTAA
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| Protein sequence | MSVQSPLIAV PRKTTTDVDW ATPIRHVIAA SYGEDPNSYA EECAVLQRCR QDAVRGAGND
QTARDLLYKY FGQLELLELR FAEIKVSFPW NDAFTDKLTT QTSLAFEKAS IIHLISSILS
SLAQSASRSD PEGLKRAYYN TRATAGMLTY INENFLHAPS TDLSREVVHL LIGIMMAQAA
EIFTEKLVEE KKSASLVARS ANQTASMYTS VVDEMKEFQG KGVFDRNWLY VLQIKAKLFG
SLAQYYKATS DSAAGKHGTA LVRLKIANSL IQDAQKQASS FIYTFVAAST PSLPHDAANA
LNEIVKAHAT VCGEAKEQAV KDNDLIYHEV LPSEASLPAI EKLPPAAPIT IQDVYGNQEV
TKLIGPDIFL RLVPLAVHES ASVYSEEKAK LVRAEVDKVE LAEGEIQAGL DHLNLPEEID
RWRQFLEGDT NDDVPLSQQL KSLVDSVGDV RQVENDLGRL DGERAACERE LRELNGALDA
ESRECERMRA KYTPNFTQSP SGPQTANLRS NLSANLSALS SASTSDAHLQ SLWQSIQPSI
SLLSSGPSNL ERAARDITEG NPQKIDKTVS LLDLDDEEVD RKALGQEEKD ALRKAVDDGR
EKLDRLKKIR AERDEVLRDL KEKIQTDDVS NLLLLNRRSQ NVEPQLFASE LEKFRPYQTR
LAAAVSASRS ILQELDMLVA QVHKGTGFRE ILRKEKDRQR IIRDWEKRLI EAGESYAEIR
AGLGKGLSYY DSLRRVIEDL RMEVQRFTNS REQERRNMVS DIETRQRLGG TSPSTGGVVA
NRGLEERLAA LKMEAPPQPP RLGTTSTPNL PPPPGRGSSN VTSSYLPPPP PPKPQSNPYD
FSTLAGFGSF ATPSVSSPQH VYPSQPQQAY NQQSYIPPQQ NPYYPPPPSR PTYASPPFAP
QQPPMQSGHS PYAPPPGHAP QPQQPQYPSS QNQQQRQGYK YPGYGQQGGY GGGYGQY
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