| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND02860 |
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| Symbol | |
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| ID | 3257313 |
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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_006686 |
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| Strand | + |
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| Start bp | 772995 |
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| End bp | 776425 |
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| Gene Length | 3431 bp |
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| Protein Length | 899 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638256220 |
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| Product | WD-repeat protein, putative |
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| Protein accession | XP_570211 |
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| Protein GI | 58266110 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.462814 |
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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 | CAAAAAAGCG ACAAAAGAAG CAGCTTCGCT CCTCCCAGCC TGCTGCTGGG CCATCGCAGC
AACCCTCCTC CCCCCCCCGC ATCTTCGCAC CTTTCAGAGC TCTGGGCTAT GTCACCGACC
ACGTTCCTTT CGCAATGTTT GTCCATACTC CAAGCGGAGC ACTCGCTACG CCCACTGTAA
ACATAACAAC CTCAGTGGGA AGGAGCTGGC TGATGTGGGA TGCGGCAAGA ATGACTTTAG
TTTTCGCTGG TTCGTGCCAT TCATGATGTT TGAGGTCGAT GCTGATCTTT GCGTCAAAGG
GGCTGATACC GGTAACCAAA TAAACGGTTT GGCGATGACT GGGACAGACA TATATGTCTC
CTCTGGCTCG AAAGTCATCA AGTATCATCG AGGCAAAGAA GTGGGTTACT TTTGAAACAA
AAATTCTTCT CCATTTGTGA GCTGACGACG AAGCGAAGGT GGCCTCTTTC CTCTCTCCAG
ATGGGTCGAC TCTGGGACAG ATATTAATTT TTGGTGATGA TTTCCTGGTT CTCAAAAAGG
ATGGCTCAGG GATGTTCGTG TTTGATCTGG CTACTCGGCG TACGTTATCT TGTATGTCTC
AAGCCAGAAT AAAGCTAATT TCTCGTAGAT TTGAGGAATC AGATTGCTTT CCACAGTTCA
TTTACAGCAT CTTCATTAAT GCATCCCGCC ACCTATTTGA ACAAAGTCCT GGTAGGCAGT
AAACAGGGTG AATTGCAGTT GTGGAATGTC CGAACATGGT AAGTTAACCA TCGTCGGCGT
CTCTTTGAAT GCTGAATATT TTTCCAAGTG CCCTTGTCCA CTCTTTTCCT CACCCCACCC
CATTTAACCC GTCTTCTATA ACTACCATTG TACAAACACC TGCTGTCGAT GTTGTCGGTA
TCGGTTATCT CGACGGATCC ATCCGAATTC AAGATATCAA ACATGGTGAT TTAGTAATGC
AGATGAAGAT TGAGGATGGC GCAGTGTCCT CAATGTCATT TCGAATGGGT AATCCTTTCT
TTTGCATGAG CCTGTTGTTT ACTAATTTTT TTTCTCTAGA TGGGCCGTCA ATCTTAGCCA
CTGCATCTTC GACGGGTTCA ATATCCATTT GGGACCTCAG TAAGGGTGGA AGGATACTAC
ACACCCTTCG GGGTGCGCAT GATCAGAGTA TCAGCGGCCT CCAGTGGGTT TCTGGACAAC
CTTTACTCGT ATCTTCAAGT TTGGACAACA GTGTCAAGGT TCGTATCCAA TCAAGACTTG
TCTTTGTCTT TCATATTCTA ATAGCTTCTC TTGTAGCAAT GGCTCTGTGA TTCTCCTACT
GGGATGCCAA GGCTACTCAA GCTGCGCGGT GGTCATCACG CCCCGCCAAC TTGTGTCAGA
TATTACGGGG AAGACGGAAA GCAGATTTTG ACGGCTGGTA AAGATCGTGC CCTCAGGTAC
ACCAGTGTCG TTCGGGACTC TCGAAGTTTC GAGCTGTCTC AAGGTAAGCT ATAGATTGGT
CTGAAAGCAT TGAATGCTAA TATGAATTCT GCAGGATCAT TGGTGAAAAA GGCTATTGGC
CTTGGGGTTA CCGTTGACCA CCTCAAATTT CCCCAGATCA CTGCTATTTC GAGCTCTTCC
ATGCGTTCTA AAGATTGGGA GGACGTTCTC ACCGCTCATT CTGAGGATGC CGTTGCTCGC
ACTTGGCGTG TCCAAGAAAA ACGTATGGGC CCATGGACTT TCGAGCTTGA AGATGGTTAT
GCTCAATCGG TGTGCGTAAC CGCTTGTGGT AATTTTGGCA TTGCAGGATC TTCCACTGGA
GAAATTAGGA TGTGGAACAT GCAATCAGGG AAAGAGCGCA AATCTTTTGC TCTAACGGGC
GCCGCGCCTG GTAACTCGAA ACCTAAAATT ATCTCGCAAA GCACGGGCAT GGTGAAGGCA
AAAGTAAGGA AGCCGGAAAG AGCTAAGGGC AATAAGTCTG TGCAGGCTAT TACTGGTCTT
GCAACAGACG CATTGAACAC CATACTCGTT GCCAGCACAC TTGAAGGAAA ACTTTACGTA
AGTGACACAC GCCCACATCG TGGGAAGACA AGATGCTCAA TCCAGGTGTA GTTCTTTGAC
TTTCATAGCA CTCAAAAACT AGACGAGGTG CAAATAGAGT CTTCTATAAC AGCCATCTCC
CTCCATCGCG ACAGTGGGCT GCTTGCGGCG ACCTGTGATG ATCTGGTTAT CCGTCTTGTT
GACATCGAAT CCCGCAGGGT CGTTCGAGAA CTAAGAGGTT TCAAAGGCCG TATCCTTGAT
GTCGTCTTTA CACCCGATTC CCGCTGGGTG ATTGCCACTT CTCTGGATTC TATCATTCGT
ACCTACGATA TTCCCACTGG TAAACTCATT GACGCGTTCA AGACATCTTC CATCGCTACC
AGTGTGACCT TTTCTCCTAC AGGTGATTTT TTGGCCACAG CCCATGTTGA CAGTGTGGGA
GTCCATCTGT GGGCGAACAG GGCTCAGTTT ACAGACGTGG CATTGAGGAA TCTTGAGGAA
GATGACGACG TCGTGGAAGT GGGGCTGCCC ACGGTTCAGG GCTTGGATGC AGACGACGGT
AAGATCTTCC TCTTAATGAC AGTCTTTCGC TAACCCATGG CAGCTATTGA GGGTATCGAG
GATGTCGGTG CACCTGAATT TACAGACATC TATACCACTC CTGATCAAAT TGACGAGTCG
TTGGTTACTC TCTCTCTTAT ACCGAGGTCG CGATGGCAAA TGCTTCTCAA CCTCGAGACC
ATAAAAGTAA GAAGCCTGTT TTAATTTTTG ATCTGGATAA GCTGTTTAAC ACGTGATGCA
GCAACGGAAT AAACCTAAAG AGGCTCCAAA GGCGCCCGAA AAGGCTCCGT TCTTCTTGCC
CACTATAAGC GGACTTGAGA CTCAGTTCGA CTTGTCGGCC GTCGATAAGA ACCGGACAGA
GGAAGAACTT CATAAGGGGA AGAGGCTGGA ACTGGACGGT AGCTGGTTAG AAAGCGAATT
CACGAGGAGA TTAAGTGTAG AGGATGAGAC TGGAAGCTGT GAGTCATACT TCTTCAAACA
GAATTGAGAA CTTATTGTGA GTAGACAACA CCTTTTTTGA ATACATGAAG GCTTTACCTC
CCTCCACTCT TGACCTCGAA ATTCGATCAC TCATCTCTCT CACCCATCTT TCCTCATTCA
TCAATGCGCT CACCCAGCGA CTCAAATCAC ACCGAGATTA TGAAGCCATC CAGGCAATTA
TGTCTGTCTT TTTGAGAGTG CACGGCGATA TGCTGATTGC CAATGCCGAG TTGAAGGAAG
GACTCGGAGC ATTGAGACTA GAGCAAGAAA GAGAAAGTAA GAGGCTAAGA GAACTTGTGG
GATATGCCTT GGGTACCTTG GGTTTCCTTC GTGGCGCTTG ATGTGCTTTG CCTTATACAT
GGGAGATGCA A
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| Protein sequence | MFVHTPSGAL ATPTVNITTS VGRSWLMWDA ARMTLVFAGA DTGNQINGLA MTGTDIYVSS
GSKVIKYHRG KEVASFLSPD GSTLGQILIF GDDFLVLKKD GSGMFVFDLA TRHLRNQIAF
HSSFTASSLM HPATYLNKVL VGSKQGELQL WNVRTCALVH SFPHPTPFNP SSITTIVQTP
AVDVVGIGYL DGSIRIQDIK HGDLVMQMKI EDGAVSSMSF RMDGPSILAT ASSTGSISIW
DLSKGGRILH TLRGAHDQSI SGLQWVSGQP LLVSSSLDNS VKQWLCDSPT GMPRLLKLRG
GHHAPPTCVR YYGEDGKQIL TAGKDRALRY TSVVRDSRSF ELSQGSLVKK AIGLGVTVDH
LKFPQITAIS SSSMRSKDWE DVLTAHSEDA VARTWRVQEK RMGPWTFELE DGYAQSVCVT
ACGNFGIAGS STGEIRMWNM QSGKERKSFA LTGAAPGNSK PKIISQSTGM VKAKVRKPER
AKGNKSVQAI TGLATDALNT ILVASTLEGK LYFFDFHSTQ KLDEVQIESS ITAISLHRDS
GLLAATCDDL VIRLVDIESR RVVRELRGFK GRILDVVFTP DSRWVIATSL DSIIRTYDIP
TGKLIDAFKT SSIATSVTFS PTGDFLATAH VDSVGVHLWA NRAQFTDVAL RNLEEDDDVV
EVGLPTVQGL DADDAIEGIE DVGAPEFTDI YTTPDQIDES LVTLSLIPRS RWQMLLNLET
IKQRNKPKEA PKAPEKAPFF LPTISGLETQ FDLSAVDKNR TEEELHKGKR LELDGSWLES
EFTRRLSVED ETGSYNTFFE YMKALPPSTL DLEIRSLISL THLSSFINAL TQRLKSHRDY
EAIQAIMSVF LRVHGDMLIA NAELKEGLGA LRLEQERESK RLRELVGYAL GTLGFLRGA
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