| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNN01650 |
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| Symbol | |
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| ID | 3255469 |
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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_006683 |
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| Strand | - |
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| Start bp | 476319 |
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| End bp | 481613 |
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| Gene Length | 5295 bp |
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| Protein Length | 1036 aa |
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| Translation table | |
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| GC content | 45% |
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| IMG OID | 638254580 |
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| Product | DNA dependent ATPase, putative |
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| Protein accession | XP_568649 |
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| Protein GI | 58262478 |
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| COG category | [K] Transcription
[L] Replication, recombination and repair |
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| COG ID | [COG0553] Superfamily II DNA/RNA helicases, SNF2 family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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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 | CTCACCGTCA GATGCCCACA TGAGTTCCAA AAAGCCTTTG CTTTCTATAA GAGCAGATCC
CAGTGAGTTA GCGGACCAAA ACTACCCGAT TCCCAGGACG TACAGCTGAT GACCGTTTAG
CTAGTGATGA TGACTTTGAT ATTGAATCAA GGGCTTTGGC TGAGGAGTAC GCAGAAGCAC
GGAAAAAGGG CTCCAATGTG AAAACAAGGA GGCGAGACAT GGTTGGGAAA CACCAATCAG
AACAACCGGG GACCAGTTAC CAAGCAAGGG GTGTGCAAAA CAGGGCGGGG ACAGAGTCCA
TTGACTCGTC TGATGGGGAC GACGAGGTGG TTGTTAAATG GAAGAGAAAA AGTTTACGGG
AAGAGATGGC ATATGAAGGA CGTAAGTTTT CTTTCTGATT AAACAGGACC TCTCGATCCT
AGCTAAGTCG TTCAAAAAGA GATCATACTT GAATTCAATC CTTTGTACAG GCTGGCAGGT
AAGAAGGACG GTTAGCCGTC GATTGACGAT GCTCATCATC AATGTCTATA GGGCTATCTG
AACCTAAAAA GGGTCAGGAG GATGAAGCGC CGTCTCTAAA GAATCTAATA TCATCCCACA
AAAAGGAAGC CTTGATGGCG AATGCAAGTC TGAGGGCAAG TGAAACATCT ACGCCCAGTG
TCACTCCTCA AAAGGGAAAA GAGGGTAAGG ACTGCCTCAT ATGAAGTCAC CCTTGGTTAT
AACAGACAAC GGACTCTTAG GAAGTAGCGA TATCCAAATC CTCTCCGATG AGGAGGTATT
TGGATTGCCA GCCGAGGCTG TGACACAAAA TCCAGAACCC CGAAACGCCT CTCCTTCACC
GACCGACGAA ATCTTTGACT CCGATGAGGA GGTATTTCAA CCTGTGGAAG TGAAATCGAA
GATCTCCGCA CCATCTGAAA AGATCCAAAG CTGTCAGTCT GTTCCGCAGG TCCTCATCGT
GCACCCTTCC GATATTAACT AAGATTCTGT ATATGTTGTT CTATAGCCTC ACCTGTTGAA
ACACCCATTT CATCCCAATC GTCCTATGTG TTTTGGAACT GCGACAATAT TCCTTCACAC
AAACCCAACT TCCCTATGGA CGACCAGCAG TTTTTAGTCA AGCCCTTTGT TCTAGATCAA
GAGACCAAAG ACATAAAGAT TCCCCCTTCG ATCAATCGAT TCTTAAAGGA GTATCAGCGA
GCAGGGGCAA AGTTTCTGTA TGACGCTTAC AAGCAAGGGA GAGGAGCAGT GCTCGGCGAT
GATATGGGGT AAGCTGCAAT TACATGCCAA AGTCCTTACT GGCTCATATA TCACAGGCTG
GGTAAAACTG TTCAAGTCAT ATCTTTTGTG AGTACGAAAC GGCAGCTCCG TAAAAAATGG
CCGGCTGACA TGCACGTTAT TCGTAGTTGT CGGCTATCAT GCGTAAAACT GGAACTTATG
TTGACCATCA AAGACGCAAG AGAACTATTC GAGAGAGTGT AGTGGATGTG AGCCCGCGGC
ATTGGCCCAC AGCGTTGATT ATATGCCCCA AATCGTTAAT CAACAATGTA AGTACCGAAC
AACCGTATCA TTATCATTGG GCCGTCTTCT CACAATCCAA CAGTGGTGCA GAGAACTGGA
CACCGTGAGT GTCGTTTAGT GATGTTTGGT TCTCTTTTGA CCATCACGTC GCAGTGGGGT
TACTTTGAGT ATGCCGTGTG GAAGTCCGAT AACTGGCGGG ACGTTCAACA GAAGTTCATC
CATGGATATC TGGACCTCAG TAAGTTGGTC TTCATCCCAA CGGAGCCCAA AGGTTATTAA
CCAACTCTGG CCACCAGTGA TAGTATCTTA TGATGTTGCA CGTCTCGATA TCCAACATAT
CAAAGACCTT CCGTTATCGT AAGGAACTCC ATATAGCCGA TCCCAAACTA GAGGTGATAC
TTGTTTTTAG GACTGTCATT GCTGATGAAG CTCATCGGCT CAAAGAGCCC ATGTCGCAAA
CCACCCTTGC CCTAAAGAGT ATCCAGTGCC AGATGTGCTT CGCCCTGACA GGAACACTTG
TACAAAATAG AATAGACGAG ATGTGGAGTG TCCTCGATTT TGTACGTCAA CATTTCACCC
CTCATGCCAT ACTTCTTCGA CCAGCGAATT GAAAATATCT TCGACTTTAG GTGCATAGAG
GATGGGCTGG TACTTATCGA CAATGGAAAG AGTTTGCCGT GAGCCCTATC AAGAAAGGCC
ACCAAGTAGA GGGTACAGCG GCGGAGGTTG TAAGAGCTAT CGTATGTGTT CTTTCGATAC
CGATCCATCA CCTCCAACCG TTCTATCTGA CATTTCACTT CTCTTAGATG ACAATTGGTG
TGATGACCCA ACGAATCTTA CCCCATTTCT ATCTGCGAAG AGATAAGAAG CTAATTGCCC
ACGAGGTATG TGCACTCATT ATCCGCTACC GTACCGTCTG CTGTTGTTGA CTTGCTCTTT
TCACAATTAG CTCCCCGAGA AGAAGGATTT GGTGGTGTTT TGTCCTCTTG CTTCTAGGCA
GATTGTAGCA TATCGAGCGC TCATTGAGTC TGACGGTGAG TTAAAGTGTC CAATGGATGA
TAAGCCCTCT CCACTTACAA CACGGAAAGA TGTCGTTAAC ATCCAAGCCC GAAACCGACC
TTGCCCGTGT GGTTCAGGAA AAAGGTAAGA GGGACAATAT TGGAAGGAAA CTGATACATT
AGAGCAATCT TGTGTTGTGA GGAAAAGGAA CATAATAGTA ATATGAAAGA GATATTGTTC
CAATAGTGAG TCACTCTCGG ACTGAGCAGG AGAGTACTAC TTGACAATTC GTTTCAGTCT
ATCTGCCCTT CGAAAGGTTG CAAACGTGAG TAACCTCATC CTTTTTCTCT CTTCTATATA
TTCGCTGACA TATTGCAGCA TTTCGGCCTC CTGTACGACC GTGAGTTACA TTTTCATCTA
CACATAATTT AATGGAAGCT GACTGTAGTA GACAAGGACG ATAATAAGCA CACGGTGAGC
AGCTCAATGA CATTACATCA TTAGGATATT AGTTGACATT GAATGAAGAG AATGATCAAC
AGGAAATTAT TCAAGATCTG TGTGAGTTGC AATTATGTCA CGTTTTCTGG GTAATTACTA
ATGAGCAACC CGACAGACGG GTCGCGAGCC AACTTCCAGA TCAGATTACA CCTTGGAAGA
GGCCTTGTGG GTTATTGTGT CTCCTACATT AGCCTTTCGC TTATCTGCCA TGTAGGGATC
CCGAAAATTG CGGAAAGTGG GATGTATGTG GATATTACTG TTTACTATGT GGGGCTAACG
TTTTATCATA GCTTTTGAAG AAGCTTCTGG TACAGTGGCG TAATGAGCCT GTAAAGAACA
AAGGTGTGTT GAAAAGCCCA AACTGTGCAG AATCTGAGCT CAAAGGTTTC CCGATAGTTC
TCATTTTCTC CACCTCTGTC CGACTTCTCA AGATCATCTC GCGATTCATA TCTACATCCC
CCTCTTGTAA GTCGCGATAT CAATCATTAT CGAGTCTAAT TTAATTACGA TAGTATCGGG
CTTTGAATTC GATGCCTTGA CTGGCGAAGC GTCTGGAACG GAAAGGCAAG AAATGATTGA
TCGTTTCCAA GACTTGGAGA GAGATCATTT CATCATGCTT ATCAGCACTC GTGCGGGCGG
TGTTGGCTTG AATCTTACAG CCGTATGTTT TCTAGAGGTA TGGTAAAATG CTAATTAGTA
GGCCAATAAG GTTGTCATTT TTGACCCCAG TTGGAGTAAG TCGCTAGACG ATATTCACAG
AGCTGACCAG AAGATCCCGC CGACGACCTT CAAGCGATGG ATAGGGCCTT CCGAATAGGA
CAAAAAAGGA CTGTGTGAGT TCAATATGCT CACAATAACA TTTAAGCTAG AGCTTTATCT
CATCACAAAA CGTAGCGAGG TATACCGACT CATCGGTCAA GGAACCATCG AGGAGCTCAT
CTACGAGCGT CAAGGTAGGT TCTCATTGTG TTTTTTTTCC CCAACGCTGC GAGCTTTTCT
GATATTTGTT GCAATATCAC AGTACAAAAA CAGCAAAGCG CTCGGCAACT TAACAACGGC
ACCCTCGAGC CTCGTATATA TCAGGGATAC GACCGTGCTA CGAATGCGAA AGATCAGGCA
GAGCTGTTTG GAGTGCACAA TCTTTTCCAC TTTGATCCCA GCGGCTTTGC ACCTGCCAAC
GTAAGGCCTC CTTTTTTTCA TCTCTCTAGG TTAACAAAGA CATTACTTAA CTCAACCCTA
GCTGGGAGTT CATGTAGCAA ACGATAACTT TTTGGGAGAA CCGACGAGTT TAGCGGAGAA
TGAAGGCGAA GTTGACGAGG TAGATGTGAG TTGACACATC GTAATTCGAA TGCTGCTGAC
TTGTTGTTGT TGTAGGAGGA TGAAGACATC AAGCCTGAGA TCCCAGCGGG CGGCAGCCGT
ACCTCATCGC AAAGTCAAAA GCATAGAGAG GGGAGGAGGA AAGATAAGGG CAAGGAGAAG
AAGAGTGAAC AGATGGAAGA GACGGCCGAT ATGGTGCAAA GCCTTTTGGA AGACGCTCCA
ACTCCCTCTC GTAAGTTTTG TTTAAGAAAG AAAAGAAAAA AGAAAGAAAA AAAAGAAACC
ATCCTCAACT TATTACTGGC AGAGGGTTCA AAAGAAGTCG ACATCCTGAC AGAGCTCGGA
TTCGACTGTA CGTTCCACCT TTATCAGTCG TAATACATGA ACACGGACTT GAAAGCTCAC
GACTGCTTTT ACTTCCTCAC TTTGCTTAGC TTTACTGCAT GAAAACGTCT TTGGCGATTC
CGCCGAAGAA CGAGAAATCT TTGAAAAGGG TCTCAAGGTC AGTATTGTAA ACCGCCAGAC
AGAAAAGAAA AAAGAGACGG ATACTAACCC CAGATGGCGG GGGGGAAATG GGGGCAATAG
ATTCTCGAAA AGAACCCCAT GCTAGCTAAA TCGATCAAAG CAAACTCTCT AATCAAGACC
CAGCGACGAA CCGCTCGAAA ATCGGCCATG GCACTTGGAC CCGGACTTGA ACCCGTGACT
AGTAGAAGAG AGTCCAGAGA GGTGAAAAAG GAAGGCAGGA GGAGTCGTTT GATGGAAGAA
GAAGGTCATG AGGACGAGAG GGTAGGGGTG CGAAGGGAGA AACGCCGGAA AGGCGAATCA
AGTAAAAACC TCGTCGAATT AAGCGACTAG CCCCCCCAAA AGGTCTAAAA ATTGGTCCTC
ATATTGCTCC AGCAATGGTG CATGATTTTG TACAGTACTT ATCACCGAAA TTTTGGAATT
TGTGTTGCGT TAATA
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| Protein sequence | MSSKKPLLSI RADPTSDDDF DIESRALAEE YAEARKKGSN VKTRRRDMVG KHQSEQPGTS
YQARGVQNRA GTESIDSSDG DDEVVVKWKR KSLREEMAYE GQIILEFNPL YRLAGLSEPK
KGQEDEAPSL KNLISSHKKE ALMANASLRA SETSTPSVTP QKGKEGSSDI QILSDEEVFG
LPAEAVTQNP EPRNASPSPT DEIFDSDEEV FQPVEVKSKI SAPSEKIQSS SPVETPISSQ
SSYVFWNCDN IPSHKPNFPM DDQQFLVKPF VLDQETKDIK IPPSINRFLK EYQRAGAKFL
YDAYKQGRGA VLGDDMGLGK TVQVISFLSA IMRKTGTYVD HQRRKRTIRE SVVDVSPRHW
PTALIICPKS LINNWCRELD TWGYFEYAVW KSDNWRDVQQ KFIHGYLDLM IVSYDVARLD
IQHIKDLPLS TVIADEAHRL KEPMSQTTLA LKSIQCQMCF ALTGTLVQNR IDEMWSVLDF
VHRGWAGTYR QWKEFAVSPI KKGHQVEGTA AEVVRAIMTI GVMTQRILPH FYLRRDKKLI
AHELPEKKDL VVFCPLASRQ IVAYRALIES DDVVNIQARN RPCPCGSGKR AILCYGSRAN
FQIRLHLGRG LLLKKLLVQW RNEPVKNKGV LKSPNCAESE LKGFPIVLIF STSVRLLKII
SRFISTSPSL SGFEFDALTG EASGTERQEM IDRFQDLERD HFIMLISTRA GGVGLNLTAA
NKVVIFDPSW NPADDLQAMD RAFRIGQKRT VEVYRLIGQG TIEELIYERQ VQKQQSARQL
NNGTLEPRIY QGYDRATNAK DQAELFGVHN LFHFDPSGFA PANLGVHVAN DNFLGEPTSL
AENEGEVDEV DEDEDIKPEI PAGGSRTSSQ SQKHREGRRK DKGKEKKSEQ MEETADMVQS
LLEDAPTPSQ GSKEVDILTE LGFDSLLHEN VFGDSAEERE IFEKGLKILE KNPMLAKSIK
ANSLIKTQRR TARKSAMALG PGLEPVTSRR ESREVKKEGR RSRLMEEEGH EDERVGVRRE
KRRKGESSKN LVELSD
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