| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND06030 |
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| Symbol | |
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| ID | 3257324 |
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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 | 1662145 |
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| End bp | 1665093 |
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| Gene Length | 2949 bp |
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| Protein Length | 677 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638256542 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_570492 |
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| Protein GI | 58266672 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG4097] Predicted ferric reductase |
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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 | 0.0444756 |
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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 | CAAAGAGCGT CCATCCTTTC CTCCGCTGTC TAATCAGATT AGACATCCGA TCGGGTCATC
GGACCACCAA ACAGCTGTGC AATAGGGATT TTTATTGCGC AACAAGTCAA CGTGGACGCA
AAACGACAGA GGAAGAGAAT CAAGGCCAGA AGCCGGAAAG TCAAAGAAGC CGAAACGTCC
AATGGAAAAG ACAAAGCTGC GTAAAGGCAC AGTCATTATG TATTAGAGCT TTTGCAGGTG
AGTTCTAAAT ACAAATGTCT CTCTGTCTTC TGCGTTCAAC TTGGCTCTTT CATGTTGGAG
TCGTCGTATT GGCTCATTCT ACTGCGCTCT CCTTTTCACC ATTTATTTAT CTGGAGGAAG
AATGAGTTTG CCGCTGGTTG AGCTACTATA GATAGACGAC TTTTCCCACA TATCACACTT
TTCTCTTTAT CTGATAACGG AATAACACCC CGAGAAGAAC GCGCGCTAAG ATGGATTACT
ATGATGGCGG TCAGACACGG TTCACTATGC CCCTCCCCAC CCCTACCAGC AACACCTCTT
TCCCCGAACC CACAACGAGT ACCCCGTTCC CCATCAACTC TACGCTACCC ATTAACTCTA
CCCTTCCAGT AGGTGGCCAC GGTAACGGCA CGGCTGGCAA GGACGGACAC TTTACCAAAG
CCCCGAAATA CCATTACTAC GCCTCTCGGT ATTCCTGGGG CTGGATATCA GCTACCATCA
TCCTTCTCAT CATGCTTAAC ATCATCAGAT TCATCAAACA TAGACGGCGG AAGCGCGAAG
GGCTCAAGCG GCAAGTGGTT CGGTACAAGG CCGTGAGCGG AGATGAGGAT GATAATGAAA
CGGAAATGAA TGAAGGACGG GCTGAAGGTA ATTGGATGAC GAGGCAAGTG AAGGCCTTGG
GAGCTGGCTG GAGGAATACG ATGTATCTCA GGAGCTTCCC TATGTGGCTT TACATGCCTG
AAACGGTGGC GGATGGGATG TGGACGATAC TCTATGTGGC GGTTTACCTC TTTTTCTGTC
TTCATAGGAC CGAGAGTGAG TCTTTTCGTA ATATATTTTG CGCAACTCAG TGACTTATGG
GCGGGTCAGC TTGGTTCCCG ATGCGAAACA ACAATGTAGC AAATCAACTC GGTGTCATGG
TAAGTCACTT GGATGAAAAG TATGCCATTC AAATGATTAA CCGTCTCGCC AGTCCTTCTC
TCAACTACCC ATCATTCTTT TGCTTGTTAG CAAGAACAAC CCTATATCAT CTCTGACTGG
TATTACTTAT CAGAAACTCA ACTACATCCA CCGAGCTAGT TCCAGAGTGT GTCTCCTTTC
CAGCTGGGGT CATGCTATAC TCTGGACTCC CCGAGTCTGG GAAAAGAAAG ATTTCAGACC
TTATCTTCTC TGTGTAAGTC GATTAACGCT GGGCATTATG ACTGTGTATG TGCTCACAAG
TGAGATCATA GGGTATCGCT GCTCTTACGG GCTTTACCAT GCTCTGGCTT ACCAGTTTCC
GAATCGTACG ACGACTAGCT TACGAGTTCT TCATCGTCTC CCATATCCTT TTCTCCATGT
AAGTCGCTCC ATCAGATTTG CCCTTCTTAG AATTAGACCT AAAAGAAGGA CTGATCGTGA
AACTCAGTAT GTATCTTGTT GGAGCTTGGT TCCACTGGAG ACGGCTCGGA TACTGGGTAT
GGCCTGCCTT GGCCATCTGG GCTTTTGACC GTTTCCTCCG TTTCGCCAAG GTTATCTACA
TCAACAATTT CCTCAACCCG CGCAAATTCA AGACCTTGGG CGAGAGTAGA ATTGAGCTGT
TAGATCATGA TGTAATGCGC GTTACATTGA GGAGGGAGAA CTGGAGCTGG AAGGCTGGTC
AGCATGCGTA AGTGATATTT CGACATTAGC ATAGGTGTCG TTGTGAGACT AATAGATGGT
GCACAGGTTT ATCTCTGCTC CGAGTATCTC TGCGTCTCCG CATGAGAGCC ACCCTTTTTC
CATCGCCAAC ATCCCGACTG AAAATTCCAA CGAAGCTATT TTCCTTATCC GTATCCACTC
TGGCTTTACC AAACGTCTCC GCACTGCCCT CGAGTCTGAT GACTCCACCG ACATCCCTGT
ATATCTTGAA GGCCCGTACG GTTACCCGCA TTCCCTAGAC TCTTACTCCA CCGTCTTGCT
CATTGCGGGT GGTACCGGTG TGACGTTTAC GTCTGCTCAT TTCTTACAAA TTCTTGCCAA
CTCGCTCAAG GGCAAATCAG CGGTGAAGAA GCTTCATTTG GTATGGCACA TCCGTCACGC
AGAGGATATC GAGTGGATCG CCCCTTTGTT GAACACTGCA ACGGAAGATA CTGGTACTGT
TAATTTCTGT GTTGATATCT ACGTCACCAA GTCTCACTCT TCGGACGAGC CACTACCTCC
TGATGGAATT TCCGACCGAC TCGCCTCTAT TGCTCCTCAC ATCTTCCCTC GTCATTGGGA
TGAAGCGAGA TATAACCCTA TGACACCCAG CGTTGAGAGT AGAGATGAAG AGATTCTTTT
ACCGAAGCCG CAGAGAATGC ATGAACAAGG GGTGGGTCGA TATGGATTGA CGAGTGAGGC
CGCAGAGATT GTTAAGTGGA AGAGGGGAAG AGCAGATTTG AGAATGATTG TGGAGGAGGA
TGCGAAGGGG GCTGACGGGT CTATGAATGT TTCAGGTAAG TTATCATTTT AATGAATTTG
ATGTACATAG TGACGTACGC TGACTTCATG ACAGTCTGTG GCCCTGTTCA ATTGTTGCAA
TCGGCCAAGA AGGCTGTGAG GGAAGTTTCA ACAATGGAGG CCACGAGAGA AGGATTAACG
TCAATAGACT TTTTCGAGGA GACTTTGGGC CAGTAACGAA AACGAAAGCA GCAACATTTT
TATTTGGATT TCCAGGTGTA TCGTTCGGTC GTCGGAGCTG TATTAATTCT ACTTGTATGA
ATATGCATA
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| Protein sequence | MDYYDGGQTR FTMPLPTPTS NTSFPEPTTS TPFPINSTLP INSTLPVGGH GNGTAGKDGH
FTKAPKYHYY ASRYSWGWIS ATIILLIMLN IIRFIKHRRR KREGLKRQVV RYKAVSGDED
DNETEMNEGR AEGNWMTRQV KALGAGWRNT MYLRSFPMWL YMPETVADGM WTILYVAVYL
FFCLHRTETW FPMRNNNVAN QLGVMSFSQL PIILLLVSKN NPISSLTGIT YQKLNYIHRA
SSRVCLLSSW GHAILWTPRV WEKKDFRPYL LCGIAALTGF TMLWLTSFRI VRRLAYEFFI
VSHILFSIMY LVGAWFHWRR LGYWVWPALA IWAFDRFLRF AKVIYINNFL NPRKFKTLGE
SRIELLDHDV MRVTLRRENW SWKAGQHAFI SAPSISASPH ESHPFSIANI PTENSNEAIF
LIRIHSGFTK RLRTALESDD STDIPVYLEG PYGYPHSLDS YSTVLLIAGG TGVTFTSAHF
LQILANSLKG KSAVKKLHLV WHIRHAEDIE WIAPLLNTAT EDTGTVNFCV DIYVTKSHSS
DEPLPPDGIS DRLASIAPHI FPRHWDEARY NPMTPSVESR DEEILLPKPQ RMHEQGVGRY
GLTSEAAEIV KWKRGRADLR MIVEEDAKGA DGSMNVSVCG PVQLLQSAKK AVREVSTMEA
TREGLTSIDF FEETLGQ
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