| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNA05930 |
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| Symbol | |
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| ID | 3253262 |
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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 | 1585438 |
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| End bp | 1590107 |
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| Gene Length | 4670 bp |
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| Protein Length | 1382 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | 638252913 |
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| Product | snoRNA binding protein, putative |
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| Protein accession | XP_566946 |
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| Protein GI | 58259067 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG2319] FOG: WD40 repeat |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.192675 |
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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 | AGAAGACAAC CGCCAAAATG GTAAGTTCAA ACCTTTCCTA ACAGCCCATT CTCACCCACT
TCTAGAAAAT AAAAACCATC TCTCGCTCCC TGGACGATCA TCTTCCCTCT TCCTCCTCTG
CTCCCCATCC TCTGTCGCAC AACCTCGCGC CTCATCTCCA TCCTTTTGCA AAGCCAAGAG
AATACACACG TGCCGTCACT GCCGTAAAGA TGGAGCGCAT GTTTGCCAAG CCTTTTGTTG
ACGCTCTTGG TGGTCATCAG GACGGTGTCT ACTGTCTGGG TAAAGACTCG AGACGGGCCG
GCGTTGTTGC CGGTGGTGGT GGCGATGGCG AAGTCATTGT ACATTCCTTG GGCTTGAGGA
GACCATTGCT CAAAATCCCA GGAGCCCATA GGGGTATGGT CAGTGGTATA TGCTGGACGT
CTGAGGCGCA AGACCGTCGG CGAGGACTGA TCACCTGCGG CAAACTTGAC GGCACCATCA
AACTTTGGCG AAGCGAGGCG TTTGCCCCTG GTTTGAGAGA CAAGGATGCT TTTCAGGGCA
ATGAGTTTGG TCTTGGACAA GGTGAAGGAA GTGGATTTTT GGACCAGGCC GGAGCGATTG
GAGAAAGCGG GTATGATGAG GAGGAAGGCG GAGGCTTGTC GCTTGATTCG GCAAAGAGGG
ATGCGTTGGG GCAAAATCTT GAGCCCACGA TGACTTTTAC ATCCAAGAAC GGTTTAAACG
GCATCGATCA TCACCGTACA GATGCGGTAT TTGCTACTGC TTCAAACACT GTGCAGATCT
GGGACGAGCA GAGGACGGCA CCATTAAGTA CACTTCAGTT TGGAAGCTCA ATGGAGACAG
TGTCTGGCGT CAAGTTCAAT CAGAGCGAGA CTAGTGTGCT GGCAAGTGTG GGTAATGACA
GAACAATGTG TTTGTACGAT ATCCGAACGG GCAAGGCCGA GAGACGTATT GTTACCCAGG
TGGGTAATAT TTTCCTTCAT TCATTGCGGA GGGATTCGTG CTTAGCAATA CGCAGTTCAC
GTCCAATTGC CTCTCGTGGT GTCCCACTCT CCCCACCCTT CTTCTTCTTG GCTCAGAGGA
TCACAACCTC TACACGTTTG ACATTCGTAA CCTGGAAACT CCTAACCAAA TTTACAAGGG
CCACGTCGGT GGTGTCATGG GATGCGACTG GAGCCCGACG GGTGAGGGAT TTGTCTCTGG
GTCCTATGAC AGAACTGTGC GGTTATGGAA CAGAGAGGAA GGCAAGTCAA GGGACGTTTA
CCACACCAAG CGGATGCAGA GGTAAGTTCA AGTTTGACGT GATTTGCATT TTATATGGAC
GTATCCTAAT AATTACTGCA GAGTATTTGA CGTCAGCTAC ACTCCCACTG CCGACTTTGT
TCTCTCCGCG TCGGATGATG GCAATGTGCG CATATGGAAA TCGGATGCGT CCAAGAAACT
CGGCCCTGTT TCGACCAAGG AGCGTCAAGC TATTGAGTAT CGACAAAAAT TGGTGGAGAG
ATACGCCCGG GAGAAGGGAG TCAGGGAAGT CAAGGAGAGG AGGCATGTGC CGCAGAGCAT
CCACAATGCC ACAAAGCTGA AGAGGGAAAT GATAGAGGCG CGGAATATCA AGGAGGACAG
GAGGCGGAAG CACTCACGTG CTGGGCGGGA GAAGCCGAAG GCGGAGAGGA AGAGTGAGTT
GGCTGTTGTG GTGGTGGGAT GTGTGCTGAC GCTGTGCAGA GACTGTGGTT GTGGAGCAGC
GGTAGGGGGG GCGTGGTATA TAGAATGTGT TCATAGGTGG TGTGATGTAT GTGCAGTATA
TATGGCGTGG TGTCCGGATC TGAGTGGGTG CGCCAGGCGG GCTGTCCTGC TGCGTGTTTC
AGTTTCTGGT CCCATCTCAT CCAGTCATTC TCTTGTCCAT CTTGTCTTTT TGCCCTCTCA
TCCACTATCC TCTTATCCAC TCATCCATAT CGCCCGCATG TCGCTCTTCG GCCAGATCAA
GCGGCACAAC CCTGCAAAAC CACGCCGCTC ACCCCTCCCC ACCTCAGCAT GGGACGACGA
CCGCCGCTTC GGCCTCTCTG GCCCCTCTGC ATATTCTAGA TGGTTCACCA CCCTTTACAT
CCCCCTCCGC CTTCCTTTTG GCCACCCATC CGACTCTCAC TCCCTCTCCT CGGGCTCATC
CCTAGGATCC CCAAGACCCT ATCACGCAAA GCCCAGAACT CGCCATCTCA AAGTCTACCT
TCCCATTCCA CCTCGCCTCT ACGCCCGTAT TCCGCGCCTC AATTCTCCCA TTCGTGTCCT
TTTGCTACTC GTCTTCAGTG TAGTCGTGGG CTTCTTCCTT CTTGGGTTCA GAAAAACAAG
ACAGGGTGAA AGAACGTGGT CTCCTCCGTT TGTGGACCCA GATACAATGG TCATTACACC
GGAAGAGGCA GCGATGGTAT GGGAATGGGA GATCTTGAGT GGGCACTATC CGAGTATCGA
ACATCGTATG CCATCAGTAC TTTTTCCCTT TCCACATGCT GACTTGCTGC TTAGCTCCCG
ACCATCTCCC GCTTTATCCC TCCCTCAAAA ACCCTGTCGT ACCCGCGACA CTCCTCCCTT
CCCCATCGTC CCCAACCCCT TTAGTCGCAT ATCAAAACCG TGCAGACAAA TTCCCTTCCG
CCCATTTGGC TGGAAACGGC CCCGAGCGAC ATTATCTGTC TGTATGGGAT ATGCGAGAAA
GTCAGCCTGG ATTCCCGGCA AGGCCTATGC CGGGGTCCAT CTTGGATCTG GACTTAGTGT
TGGAAAAGTG CGATCTTGGC ACCAACAAGG TGAGTTGTTT CTCGTTTTAT CAAGGTGAAG
CTTATCAAAC TAGTACGTGC GAGATTGTTT GGAATTCCTG AGGATTGGAG GAGGTCTTGA
CATCGGCAAA CGGGTGCGAA GAGGCAACTA TTTGACTCAG TATAAACAGC TCTATTATGA
GGAATCCACT CCTTCCCAAT CTCTCTCCAT GATGCCTCGC AACCTTAAGC AATCGACCGG
CCGATCCAAA ACCCCTCTTA TCCTTCCCGA TCCCTACGAT ATCCCAGCAA GTTTCGACTC
CCGTGACGCT TGTGATCCTT TGCACCCCAG GATATTCCAC ATATTCTGGA CAGGACCGTT
CACAGATAAG CCATACATGG CTGTCATGTC CTTCCTCTTT ACTCAGAACC TTGGGCTCGA
CAAGCCAGTG GATGCAGTGT CTGATACTGC AAGCGTCGTT CGCGGGACTT GTCGACCTCA
ACTCTGGTTG TGGATCAACC CTGGTCCTGC TGCTGCCGTA CCCAATCCTT CAGCTAAAAG
AGAAATGTAC GAGCAGTTGG CTACAAACCC ATGGTCTGCG CCTTTCTTGC ATGACAGATT
TAGGGACGTT GTCAAATTCA AGATGTGGAA CACCACTGAA CAGCTGGATG GTGTGGCTGA
ACTTAAGGAT CACTGGCGAA AAATGCCCAT CTTCAACTCG GGCGGAAATA CGTATGGCGA
TCCAATGGGA AAGACCGAGG ACGAAGTCAA TGAAGAAATC GAAGACGAAT CAGGCAAAAC
TGCCTCTCCC AAAAAGAAGG GTGGCCTTTT CGAAAAAGTT GGCTCCTCCT CAGAATCGGA
CTATGACCGT TTGTCCGTCA TCCTCTCCGA CATGGCACGA TTTATCGTAA CTCATAGATT
TGGCGGTATC TATCTCGACG CTGATACCAT CTTCCTTCGT GATTGGGAAG AACTGTGGAA
CTACCGAGGC CAGTTTGCCT ACCGCTGGTC ATGGCACGAA AAATACAACA CTGCAGTACT
CAAGCTCCAC AAAGGCTCCG CTCTCAGCAC GTTCTTGTTC AAGACGGCTT TGGAGAACGG
ACTAGATTTC CACCCCATGA CGGTATCGAG GTATCTGAAA GATGCCGGAT TGGAAAAGCT
TCTATTCAGA GTGCCCGATG CGTTGTTTGA CCCGGCTTGG TTGAACATGG AAAGATACCA
AAGAGATAGG CCGCCGTTCC CGTACTTCCC AGAGTGAGTC GCAGCAACCT TTTACAACGT
TAGGTGAGAG CTAAGGATAA TCTAGATTCT CCGTCTTCTT CTCCAATGAC AAGTTTGACA
CCGCTGGTCC TCAGCCATTA GGGTTCGATG GGTTTTTCAG GGGTGCATTC TCCTATCACT
TCCATAATTT CTGGTAATCT TCTCTCTTGC AGTTCAAGAT GGGCTAAGCT GACTGTATGG
TTTTTATTAT AGGTGGCTGC CCTTTGACCC CTCGCGCAAC TTTCCAGATC TCGGTCATCG
ATTCATCAAA GGCGAAAGAG CTTTGCGTGA TGCCGCGCGT TCTTCATCCT CCGACCAAGC
TTCCCACCTT GTCGGTGACG ATGTCGAGCC TCGCAGTGTC CTCGATCCTA GTCAAGAGGG
CGTTGAAGGT GACGGTGATG TCACGAGCAG GGAGGACATG GATGATGAGC TTGATTTGAG
TTGGTCAACT GTACTCAAGA GGAGCTTTGA AGGATTTTTG AGGGGAGAGA GGCCAAATGC
TTATGGGGAA TGGCTGGAAT GGGGGGATTA GGTACAGGAA CTTGAGCAAT TTGGATGAAG
GTCGTGCAGG GGGGTGGGGG GGGCATCAGG TTTGGATGAA CGATAGACTG GACGACATAC
CTATACCTTG AAACTCTTGA AGATACCCCG AAAAGGCTTT GGAGATTTTT
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| Protein sequence | MKIKTISRSL DDHLPSSSSA PHPLSHNLAP HLHPFAKPRE YTRAVTAVKM ERMFAKPFVD
ALGGHQDGVY CLGKDSRRAG VVAGGGGDGE VIVHSLGLRR PLLKIPGAHR GMVSGICWTS
EAQDRRRGLI TCGKLDGTIK LWRSEAFAPG LRDKDAFQGN EFGLGQGEGS GFLDQAGAIG
ESGYDEEEGG GLSLDSAKRD ALGQNLEPTM TFTSKNGLNG IDHHRTDAVF ATASNTVQIW
DEQRTAPLST LQFGSSMETV SGVKFNQSET SVLASVGNDR TMCLYDIRTG KAERRIVTQF
TSNCLSWCPT LPTLLLLGSE DHNLYTFDIR NLETPNQIYK GHVGGVMGCD WSPTGEGFVS
GSYDRTVRLW NREEGKSRDV YHTKRMQRVF DVSYTPTADF VLSASDDGNV RIWKSDASKK
LGPVSTKERQ AIEYRQKLVE RYAREKGVRE VKERRHVPQS IHNATKLKRE MIEARNIKED
RRRKHSRAGR EKPKAERKSE LAVVVVGCVL TLCRDCGCGA AVGGAWYIEC VHRWCDVCAV
YMAWCPDLSG CARRAVLLRV SVSGPISSSH SLVHLVFLPS HPLSSYPLIH IARMSLFGQI
KRHNPAKPRR SPLPTSAWDD DRRFGLSGPS AYSRWFTTLY IPLRLPFGHP SDSHSLSSGS
SLGSPRPYHA KPRTRHLKVY LPIPPRLYAR IPRLNSPIRV LLLLVFSVVV GFFLLGFRKT
RQGERTWSPP FVDPDTMVIT PEEAAMVWEW EILSGHYPSI EHPPDHLPLY PSLKNPVVPA
TLLPSPSSPT PLVAYQNRAD KFPSAHLAGN GPERHYLSVW DMRESQPGFP ARPMPGSILD
LDLVLEKCDL GTNKYVRDCL EFLRIGGGLD IGKRVRRGNY LTQYKQLYYE ESTPSQSLSM
MPRNLKQSTG RSKTPLILPD PYDIPASFDS RDACDPLHPR IFHIFWTGPF TDKPYMAVMS
FLFTQNLGLD KPVDAVSDTA SVVRGTCRPQ LWLWINPGPA AAVPNPSAKR EMYEQLATNP
WSAPFLHDRF RDVVKFKMWN TTEQLDGVAE LKDHWRKMPI FNSGGNTYGD PMGKTEDEVN
EEIEDESGKT ASPKKKGGLF EKVGSSSESD YDRLSVILSD MARFIVTHRF GGIYLDADTI
FLRDWEELWN YRGQFAYRWS WHEKYNTAVL KLHKGSALST FLFKTALENG LDFHPMTVSR
YLKDAGLEKL LFRVPDALFD PAWLNMERYQ RDRPPFPYFP EFSVFFSNDK FDTAGPQPLG
FDGFFRGAFS YHFHNFWWLP FDPSRNFPDL GHRFIKGERA LRDAARSSSS DQASHLVGDD
VEPRSVLDPS QEGVEGDGDV TSREDMDDEL DLSWSTVLKR SFEGFLRGER PNAYGEWLEW
GD
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