| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG00110 |
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| Symbol | |
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| ID | 3258879 |
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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_006692 |
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| Strand | + |
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| Start bp | 24721 |
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| End bp | 27947 |
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| Gene Length | 3227 bp |
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| Protein Length | 745 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638257624 |
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| Product | ferric-chelate reductase, putative |
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| Protein accession | XP_571727 |
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| Protein GI | 58269142 |
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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 | 0.077163 |
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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 | GATCTCTCCT CCTCAGCCAC TTCTCCACGA CAACGCCATT CACGGCCGAC GGATATACTC
TGATGTCTAT CAAAACATCT CGAATCATTC ATCACAAGCA AGCAAAGAAG CAAAAATAAC
ATTCCCTCAC AAGGGATCGT CCGACGAAAT TAGAATAGGA CGAGCAACTG GTAGGAGCTT
TGAGTTCTGA GGCTGAATGC CATATCCTTT ACCAACTATG CGCACTACGA CCCTGACTTA
GAACTTCTCC TGTCTTCCCA CACTCCTTTT CAAAGATCAT CTACAGGTCA ATGAGGTACG
AAAAGGAAAA TATATTAAAA CAGACTAAAC GATTCAGTCG GCCGGACGAT TATTTTTTTT
CACTTTGGCA TTCGACAGCG TTGGGAACGT ATATCAGGAG AACCATATCA AGGCTGAAAT
GTGAGCACCC CATCTTTCCG ACAAATCATC GTCATCTGAT ATGCCTCTTC TTAGTCGCCT
ATTCTCCCTT GTCTGGGTCG GCCTATCTGC CCTCCCGATC GTCCTTTCAA GTGATGTGGT
CCAAATCAAA CCATTAATCA CAGACTGTGC AGGGGGTGCA CTTGACGCTA TTGGCCTCGT
CAGCTTCTCC GACTATCCGG AGGGCTCTGC TTCCTACACC GCTTATTGTG CGTCCGAATA
CTGGAAAACA TCCATTGCTA TCACTGTTGC CACATATTGT TCCGGCGAAG AGATCACCAA
AGGCTGGGCT CTACTTCAAA GATATTGTGA GAACTATGGT TTGTTGACGA TAGAGGACAT
TGATTTCCTC GTTGCCAAGG TCGACATGAG CAATGTCTCT ACAGTCGACG TTTTCCAAAG
GGGGCAAGAG GTTTTTAATA ACACTATACT TGTCGATAAG TACTCTTGGT CGATGGGTGC
TAAGACTGAG GTACGTTTTT ATTTCTCCAC TTCACTTATA CTAAATCATT AACTTTTACG
TCTAGAGAGT ATGGGATCGC GAAATGATCT TTGTAAGCAC CCCTCCCATC ATTCACAGCC
TACGCAACGC TGACACGTTT ATAGCACCAC GCTTTCGGTT GGACAATGTA CCTCCTCCTT
GGCTGTGCCA TCTTCGTCGG TGTCCTCAAC CGTCTAGTTG ACATGTACCG TACCCATCTC
ATCGTCAACG CTGGTAGAAC TATGGACCGT TCCGAAATAC CTCCTTCAAA CGGTTTTTTT
GGAAAGGTCA GTGTGTACTA CCAAAAGTAC CTCGGCATCC CTGCACTCTT TGGTCACAAG
CATGTGCATT CGTATAACTG GTTCTGTATC CCTACCAGGC TTGAGAGTCT CCTTGTAAAT
CCATCAACCT CCTTAGTCCC TGTCTTGGCA TTTAACCTGA CCACGACAAC AGGTGTTCAC
CTACGTTGCA TTCAACATCA TCTTCAGCTT TGCCGGGTAT AACCTCTTCC GAGAAAACTT
GTAGTAAGAG CTTTCTTCAT CTTTCCTTAT CATACGAACC TCAGACTCGT CACAGCTGGC
CAGGATCGTA CAGTCTTCAA GTGGCAAGGT ACATTGCCGA TCGAACAGCC ATCATGTCCT
TCTACAACCT TCCTATCCTC TGGTGCTTGG CGGGTAGGAA TGATGTTATC CTTTGGGTCA
CTGGATGGTC TTTCTGTAAG AAATCTATTG AAGCTGGACA TATTATAATT AGTTGACATA
GGTCTTAGCG TCGATGAACA TCTTTCACCG ATGGATTGCT ATCGTCACCG CTTTCCAAGG
TATCGCTCAT TCTGCGTAAG CACTTTCTTA CTCTTAATGA TGTAGCAGCA TATATTTATT
TTGGTCGTAG AGCTTGGACA TGGATCGAGA GAGACGCTAT TGCATTGATG TTCCAGGAAA
TGTACTGGAG GGCGGGTGTC TTTGTGAGTC CCAAATCCCC TCTCTCCATC TTTCTAGGTC
ACCATGGTAT TTATCCTTCT TAATAGGCTA CCGTCACTAT GAGCCTTATG CTTCCCTTCT
CTATCAAGCC CATTCGTGAG AAGTGGTACG AATTCTTCCT CATCGCGCAC ATTGTTCTCG
CTCTCGCTAC TCTGATCTTG CTCTTCTACC ATGTTACTGT CTACGGCACC GATTACAATG
GATGGTTATG GGGTTGTGTC GCTGTCTGGG TAAGTATCAA ACGTTATGTG CTTTCATTTA
ACACTACCTA ACACTTTATC AGGTATTCGA CCGATTCATC CGTATCGTCC GTGTCCAAGT
CCTCTCCTTC AAAGCTGCAG CGGGAAACAA CGCCGTCATG GTCGCGACGG GGGGTGAAAA
AGGACTCATT CGTCTTAGCG TCACCAGCTC CATTCGACAT ACTCCCAAAC CTGGCCAACA
CTACTATCTT TACACCCCCA TGTCTATCAC CCCGTGGGAG AACCACCCGT TCACTATCGG
TAGTTGGGAA GCCAATAAGT CGAGCACTAC TTTGCATTTC TTGATCGGTA CCAAAGATGG
TGGCACGAGA CGAATGAGAA AGATGGTTAA CAAAGCTATC AATGGTCAAG CCGATTTGCG
AGTACTTACT GAAGGTCCGT ACGGCCACAC TTCCCCTGTT CACCGATTCG ATAATGTCCT
CTTTATCGCC GGTGGTAGCG GTATCACCGC CGCATTGCCT TATTTGCACG ATCTCGTTTC
TCGTCTTTCT GTCGGTAAAT GCGTCACGAA GAAAGCCACT CTCGTGTGGG TCGTCAAGAA
CTCTGACTAT GCGGCGGATG TTTTGTCCAA AGAGCTGTCG CTATCGCATG GTCTCAAGGG
ATTGGAAATT GATATTCAGA TCCACATCAC CTCAAAGACA GGGGTTGCTA TACCTCTTAT
AGAAGAAGCT GAAGGCCACG CTTTGGCTTA CAATGATCCC TCTCCCTTGC CTTCCCGTAC
CATCGAAAAG TCTCTTCCTT CCTCTTCGTC CAAAGCCTCG CTCAAGGAAA CATTGCTTAT
CGGTCGGCCA GAAATGCGCG CCGTTCTTCA AACCTCGATC TCAAAACTTG TAGGCTCTGA
GACTCTAGCA GTACTTTCGT GTGGCCCTGG GAACATGATG GACGATATGA GGGCCGCGGT
CGTAGACGCG TACGGGACTG GTGAGGGCAA GGTCGGTTCT TCGACGTTGG AGTATTTTGA
AGAAAGTTTC TCCTGGTAAC TGACACGTTT GGGCGGTAAG ATGAAAGGTG AAGAAGGTTT
TGGATGGGCG AAGCGAAGGG TCACTCTTTG TCATTTTTGA GATGCTA
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| Protein sequence | MPLLSRLFSL VWVGLSALPI VLSSDVVQIK PLITDCAGGA LDAIGLVSFS DYPEGSASYT
AYCASEYWKT SIAITVATYC SGEEITKGWA LLQRYCENYG LLTIEDIDFL VAKVDMSNVS
TVDVFQRGQE VFNNTILVDK YSWSMGAKTE RVWDREMIFH HAFGWTMYLL LGCAIFVGVL
NRLVDMYRTH LIVNAGRTMD RSEIPPSNGF FGKVSVYYQK YLGIPALFGH KHVHSYNWFC
IPTRLESLLV FTYVAFNIIF SFAGYNLFRE NLYWPGSYSL QVARYIADRT AIMSFYNLPI
LWCLAGRNDV ILWVTGWSFS SMNIFHRWIA IVTAFQGIAH SAAWTWIERD AIALMFQEMY
WRAGVFATVT MSLMLPFSIK PIREKWYEFF LIAHIVLALA TLILLFYHVT VYGTDYNGWL
WGCVAVWVFD RFIRIVRVQV LSFKAAAGNN AVMVATGGEK GLIRLSVTSS IRHTPKPGQH
YYLYTPMSIT PWENHPFTIG SWEANKSSTT LHFLIGTKDG GTRRMRKMVN KAINGQADLR
VLTEGPYGHT SPVHRFDNVL FIAGGSGITA ALPYLHDLVS RLSVGKCVTK KATLVWVVKN
SDYAADVLSK ELSLSHGLKG LEIDIQIHIT SKTGVAIPLI EEAEGHALAY NDPSPLPSRT
IEKSLPSSSS KASLKETLLI GRPEMRAVLQ TSISKLVGSE TLAVLSCGPG NMMDDMRAAV
VDAYGTGEGK VGSSTLEYFE ESFSW
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