| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNM01240 |
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| Symbol | |
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| ID | 3255059 |
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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_006682 |
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| Strand | - |
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| Start bp | 370561 |
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| End bp | 373977 |
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| Gene Length | 3417 bp |
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| Protein Length | 842 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638254276 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_568466 |
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| Protein GI | 58262112 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 19 |
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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 | ATGATGGAAA CGATCGACGT TCACTCGGCA GCCACCCCTC CTGTCCGTAG ACCCATTGTC
GATCTGACCT TGGAGAATTC TTCCCCTGCT CCCGCTAGAA ATGCAGGCGG TCCGAAAACC
TCCCATTCAG GATCATATTA CTACAATAAC AGCAGCTACG CCAGTGGAAG TCAAGGTCCC
GTCTACGACG TTTACGCGGG CGGCAACAGT GTGACACTTG GAGGTGGCGG AGACAGAGCC
AATAGGGCCA AGACTGGTGC CGACTATGAC TTGAGCTCGT TCGGGTCTTC TATCCCTTCC
AAGTCAAAGA AGCCTTCCGC CAGTGCGTAC AGCAGCTACA TCAAACCTGC TACACCCAAT
GCTTTCAAAC AAGAGAAGGT TCCTCAGCCC AAGCAGACTT TCGCTCGACC TACACACCAA
CCCGCATTTG GAACCGGTGG CTATGTCAAT GGCTGGCCAT CATGGGTCCA ACCAGGCGGA
GTGAATCCCG GTGTCGTGCC CGACCCCCGT CCTGCAATCG CACCTCCAAA GCCTGCTAAC
CAGGATGACG ATGTTCCTCG GGAAGCATTC AACATTGACA GCGTTCCAAT TACGGCTGAA
GATTACATGC GCTACAATGG TGATGCCGAA AAGCACATGC AAGAGTTGTT AAGCGGTGCC
ATCGGTGATG GTGAAGACGA GATGGGAGAT GAGGGTATGA GAGAAGGAGA GGATACTGTG
GAAGGCTTTG CGAAGGGTAT GAAACTGATG CCCCATCAAG TTCGAGGTGT GAGGTGGATG
AAACAGAGAG AAACCGGGAG GAAGTATGGA GGTATCTTGG CTGACGTGAG TTTACGTTCG
CGGCCACATG TTCAACTTTT AGCTGACAAG TTCTAGGATA TGGGTTTGGG TAAGACTGTG
CAAACTCTGG CGAGAATAGT GGAGGGTAAG CCTACAGCAG CGGAGAAAAA GGCAGGCTAT
AAGGCCGGTA CTTTGTAGGT CAACTCTTGG GTTTCGTCTT GACATGAAAA TTGACATGCG
CGGTGATAGG ATCGTCGCTC CACTTGCAGT CTTGGAGCAG TGGGCGACGG AGTGTAGAAC
AAAAACAGAG CCCGGAAGGT TAAAGGTCAC CACACATCAC GGTCCAAGCC GTACTAAATG
TGCGTGCACA TCCAGTCATT ATAGTCCATA CTAAATGATT TGTAGCTGGC AAGACCCTCG
AAGGCTTTGA TGTCGTAATC ACCACCTTCC AAACTCTCGC ATCAGAATTT GGCGTGTGGG
AGACAAAGGG CCAGAAGAGA CTTGATGACG ACGAATCCGA TGAGGAAGTT CCGGCTGGTA
GGAAAAAGGC TCCGAAGAAG AAGGCGACTA TGAGCGCACT GTTTGAAGTC AAATGGCTGA
GAATTGTCAT TGGTGAGTTA CGCATGACAA CAATTCGGTG ATACAACTAA GTTACATGTA
ATATTAGATG AGGCGCAGAA CATTAAAAAC AGGAATACTA AGGCGGCCAA GGCAGCGGTT
GGGTTGAGAG CAAAGTATCG ATGGTGTTTG ACTGGGTAAG TCTTTTTGTC GCGCTCTATC
GTCCTCATTT ATTGACAACC ACACTCAGTA CTCCTATTCA AGTGAGATAT GTTTCCCCAA
TGTCCTATAT AGATACTAAC GCCATTTTAG AATAATGTGG AAGAACTCTT TTCTTTGTTC
CAATTCTTGC GAGCGAAACC TCTTGATGAT TGGCACGTTT TCAAGGAGCG TATCTCGTCT
CTTGTCAAGG ATGGTCGTAC AAAGCTTGCC ATGAAGAGGC TGCATGTCGT TCTGAAGGCT
ATCATGCTTC GACGTACCAA GGATGCTGAA ATTGGTAAGC ATAGCTCTTG TGTTTCATCT
AACGCAGAGA GATATACTGA CACCTAGAGT TAGACGGCAA GAAGATCTTG AACCTACCTG
GTAGGACGGT CCAGGTCTTA CCTTGTGCAT TCGATGCCGA TGAACGAGCA TTTTATGACG
CCCTTGAGCA GAAGACAACG TTGACATTCA ACAAGGCAAG TCATTTTTCA TTATGAAGAG
TTGCAGCATG TTAAGTATGA GGGCAGTTCA TCAAGAGCGG TACTGCTAAT GCCAATTATA
CTTCGGTATT GACTTTGCTC CTTCGGCTGA GACAAGGTGG GTCCGCTCTC GGCGTCAACT
TCCACGGCTT ACCGATGTAA TTCTTTATAG CTTGTGTCCA TCCCTCTTTG GTTACAAAGT
CTTTAGATAC CGATGTTGAC GCAATCACCG ATGCGGTATC CAAGTCCTCT ATTTCAGCTG
CTCCAGAAAA GGACGAAGCC GACGAGTTAG CAGACTTGCT TGGAGGTCTC GGAGTCGCAA
AGGGCAAAAC TTGCCAAATG TGCTTCGTAA AGTAAGTTTC ACCATCAGGT GTGATGTCAA
ACCACGCGCT GACGGTCATG TCGTAGGCTT GATGACAGTT CATCACAGCA TTGTGACGCT
TGTGAAAAAA TTGCACAACG AGTGCGCCGT CAATCAGGCG CTTCCGAAAA TGCGCTCCCT
CCTACCAGTG CTAAGATCCG TATGCTCCTC AAACTTCTTT CAGAAATTGA TGAGAAGAGC
GGAAACAAGG AGAAGACCAT AGTGTTTTCC CAGTTCACGA GCTTCTTGGA TTTGGTCGAG
CCATTTTTGA AAGAGAACAA TATCAAATAT GTGCGATGTC AGTATCTGCT ACTGTTGGAA
AATGATGGCT AGCTGAAAGA TTCTCAGATG ATGGGTCTAT GAGGAATGAT CATAGACAAG
TATCTTTGGC GAAGATCCGT GACGACCCCA AGACACGGGT CATCCTCATC TCTTTCAAAG
CGGGTAGTAC TGGTATGTCT CCCCCGCGCA ATTGGGTAGT CTAGGTACTG AGAGTGACAA
TCAGGCCTTA ACCTAACGTG CTGCAACAAC GTCATCTTGA TGGATCTCTG GTGGAACCCC
GCGTGAGCTC CTCTCAAGGA TCGTCCGTAT TCTGTAGCTA ACAGCACTGT GTTCAGTTTG
GAAGACCAAG CTTTTGATCG TGCTCATCGG TGAGTAGAAC AGACTGTTTT AGACCAGTCT
ACGGATAGTG GCTGATATAG TTCACAGACT TGGACAGAAG CTTGATGTAA ACATCTGGAA
GCTGACAATT GAGGAGACGG TTGAGGATCG TGAGTTTCGA TGGTGTTGCT CCATGTAGCA
AAACTCACCT AATATACCCC AGGTATTTTG ATTCTTCAGA ACAGCAAGAG AGAATTGGCC
AATGCAGCCC TGTCTGGACA GACTGGCAAG GGTGTTATGA AATTAACCAT GGATGATATC
ATGAGTATGT TTTTGATGCC TTCTTGTCGA TCAGATACTA ACATTCAAAC TGTAGAATTG
TTCAAACGAA GTTCTGGTCA TGACGAGGAA GATGATGAAG AGTCTGATGA AGATTAA
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| Protein sequence | MMETIDVHSA ATPPVRRPIV DLTLENSSPA PARNAGGPKT SHSGSYYYNN SSYASGSQGP
VYDVYAGGNS VTLGGGGDRA NRAKTGADYD LSSFGSSIPS KSKKPSASAY SSYIKPATPN
AFKQEKVPQP KQTFARPTHQ PAFGTGGYVN GWPSWVQPGG VNPGVVPDPR PAIAPPKPAN
QDDDVPREAF NIDSVPITAE DYMRYNGDAE KHMQELLSGA IGDGEDEMGD EGMREGEDTV
EGFAKGMKLM PHQVRGVRWM KQRETGRKYG GILADDMGLG KTVQTLARIV EGKPTAAEKK
AGYKAGTLIV APLAVLEQWA TECRTKTEPG RLKVTTHHGP SRTKSGKTLE GFDVVITTFQ
TLASEFGVKK APKKKATMSA LFEVKWLRIV IGELRMTTIR GWVESKVSMV FDWNNVEELF
SLFQFLRAKP LDDWHVFKER ISSLVKDGRT KLAMKRLHVV LKAIMLRRTK DAEIDGKKIL
NLPGRTVQVL PCAFDADERA FYDALEQKTT LTFNKARQFI KSGTANANYT SVLTLLLRLR
QACVHPSLVT KSLDTDVDAI TDAVSKSSIS AAPEKDEADE LADLLGGLGV AKGKTCQMCF
VKLDDSSSQH CDACEKIAQR VRRQSGASEN ALPPTSAKIR MLLKLLSEID EKSGNKEKTI
VFSQFTSFLD LVEPFLKENN IKYVRYDGSM RNDHRQVSLA KIRDDPKTRV ILISFKAGST
GLNLTCCNNV ILMDLWWNPA LEDQAFDRAH RLGQKLDVNI WKLTIEETVE DRILILQNSK
RELANAALSG QTGKGVMKLT MDDIMSMFLM PSCRSDTNIQ TVELFKRSSG HDEEDDEESD
ED
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