| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNI01220 |
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| Symbol | |
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| ID | 3259694 |
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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_006694 |
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| Strand | + |
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| Start bp | 296846 |
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| End bp | 300241 |
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| Gene Length | 3396 bp |
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| Protein Length | 893 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638258609 |
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| Product | ferric reductase transmembrane component 2 precursor, putative |
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| Protein accession | XP_572958 |
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| Protein GI | 58271604 |
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| COG category | |
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| COG ID | |
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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 | 0.466717 |
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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 | ATTAATATAA TGACAGTTAC CGGCTCCACC TCAGCAGAAG TAGCTGCTTC GTCTTACGTA
CCACCTTACA AGGCAACAAC ATCGTACGCT CAAAGTCCTG AGGTAACAGG TTCTGTAACC
AGCGCGCTAC CAGTAAGTTC CTAACGATAC GAACAAGATG TTGATTGATT AGGCGGACCC
CACTGTATCA TCTGGGATAT CAGGAGCGGA CTATGCGGCC TCGTATCTGG ATGCTCATAT
GATGAGGTAT GTTGTTCAAT CATAAACTGA GACATCGGGC TGATTTCGGT GTTCGCAGCT
GGCCATCGTA CCGGTACGCC TACCTGTTCT GGATCATATT GGCAGGCCTT GCAGCCATCT
ATGCTCTTTC ACATCATCTA CGATTATCAG CAGGTTCCCT CGGCGCGGGG TATTCCAAAT
GGGGTATGCG ACGGAAAGCT TTAGGCACGA AAGACGGGCG GAGAGGAACA GTTTTGCCAA
GCAATAACAC TATGCTGTCA ATCGCCTTTC TCATTATCCT TTCTGTGGTT CTCTGCCTGG
TCGGCTACGA CTACATAAAC CCTTCTTCGA CAATACTCAA CTTTGCGTCA TACCGAAAGC
GAGCATTTGT GCCCTACGGC ATTAGCAAGG CCTTTTGGAC GTCGGGGAAT CGATTTGGAT
ATATGGCGTT TGCGATGACA CCTCTCGTAG TTCTTTTCGC TCTCAAAGCG CCCCCATTCG
CCTTTTTATC CCTTCGTCCA TTTACACATC TGTACTCTGA TAAGCTCGCA TTGTTTCATC
GTGCCGCCGC TTGGTTGGTC TGGGCATTTA CCACTGTTCA CACAATCTTG TGGACGATCC
AACTGTTCAA AGACAAGCGT AATGGTAGGG CTGTGTGGTT CACTATCTGG AATAGCTACC
ATTTCATCTT TGGTTGCATT GCCTATGGGT TGATGACGGC GGTGATGGTG CTTAGTTTAA
AGCCTGTCCG AAAACATGGT TTTGAAGTGA GTCGTAATCT AATCATAGTG GCGCTGACCC
CTTAGTTCTT CTACATTGCC CACGTGGTAC TCGTCTTTTT AACCATCGTT TGTTCCATTA
TCCATCATCC AGTGCTCTGG TTCTGGATGG CAGGAGCTCT CATTCTCTGG GGATGTGAGA
GAAGTGTACG TCTCATCCGA ATGACTAGGA TCAATGGAAT CTTTGGCAAG AACAAGTACA
GTGCTCTCGT TGCTGGAAGA TCATATGACC AATACTCCCA CCGTAAGCAA GACTTCAAGC
AGGGCGACCC ATACTCGACG CCTCAGCGCG ACTTTGGTAA TCCCTACACC GATAAAACAC
CTCCTAAACC TTTAGCTATG GGTCATTTAC CAAGCGGAGA TCTGAGCGAC TTTGGTGGTA
CTAGAGGCCA GAATGGTTAC GACGAGGGTT CGTTTCAACC CCTCGGTTCA TACGATGCTC
GTCACAGTGA CAGCGACCCA GCCGCTGTCT CTCCTCCCTA TCATGAGAGG GTACAATCGG
TTGCTCATAG TATCCCGCCC GGTCTGCCTG CCTATATGCC CACAACCATC CCTATCGGTC
ATGCCCAAGC GCAACTTCTT CCTTCCAGAA CTATCCGCTT AACGATTCGA GTGGCCAGAC
CATTCCGTTG GTCTCCCGGA CAAAGCGTTT TGCTTTATCT TCCCGAGCTA TCCTGGTTCC
AGTCGCATCC CTTTACGATT CTCAATAACG ACCCCAACGA AATCATGTTA CTTGTCAAGG
CACGAAAAGG TCTCACGAGG CGTTTGTTTA ATTACGTCCG ACAGCGTTCT CTGGCTGCTG
TTGGTATCAA TAGCGTCAAG GATAAACGCA TCTCCCTTGC TTCCATGCGT ACCAGTAATG
GCGAAAATAA TCTATACGTA CCACCGATCT TTCTGAAAGC CTGGGTGGAC GGTCCTATGG
GTTCGTCGGA ACGGGTAAGG TGGAAGGATC ATTCAACAGT TGTTGTAGTA TGTGGTGGAT
CAGGTGTCAG TTTCGGAGCT GCAGTGTGTG AACATGTCTG TATGTCTATC AAGAATCAAG
TGGGGAAAAC CAGACGAATA AGGTTTTGCT GGGTTGTCAG AGAGTATGCT GAGATCGCGT
GGGTGGCGGG TCAGTTGAGG CGATGTCAGG ACATGGTCTC GGCGGATCAA CTTCACATTG
ATATCTTTGT GACCAAAGCC CAACGAGTCA AGGACGACCT TGCACCTCCC AAGCCTGTCT
TTGCTCGAGG CGCTCACTCC CGAGCAAATT CGTTCGATTC AGCTGCAAGT GAGATGAGCG
CGGACTCTTC TACTGATCGA GATGAAGCGG TGGATAGCAC GCTCATGGAG AGTTATGCGG
ATGTCATTGA CTTGACGAAT TACGAGGATG AAGAGGATGT GGATGACCCT GTGGAGAACC
GACTGTCTAC CAAACTTGAA CAACAGGGGA AACTGAGACG TGCGAGATCT CGAAAGTTTG
CCAAACGGAA ATCAGCAGCG AAACTTTCGC AAACACCATC TTACCCGCCA TCGCGGTTCC
AGTCAACATA CTCGTATGAT AACCCCGAGG AATCTTTTGC CCATAGCAAT CAAGGGTATG
GACACTCGCC TGCTAGCAGT CTCTACGATT CTTTCCACGA ATCGCGTGGA CATGCAGGTC
ATTCATCTAT CGCCATGTCT CCTTCCGCTT CCCAATCCAT GTTAATCCAT TCTACTTCCC
ATTCTGTTCC GCAATCTATG TTATCCCCTT CCACTTCTAT CTCCATGCTC CCCACTAGCC
CTCCTTTCAA CGCTTACCAC GGCAACCATC AATCAGTCCG ATCTATATCT GACTCGACGT
ATACCGCCAA CGATCCATTT ACGGGTGGCT CAAGCCAGGG ACACGGAAGT CCGTCTGTCG
GACATTCATC ATTGACGGAC GATACTCAGG TGGCTGTCCC TAATGATCCC TTTAGGGATA
TTCAAACTGC GCTTTCGAGG ACATCACGGA CGCAGAGTAT GGTTCTTCTT GAGAATTCGG
GGGCGGACCC AAAAGAAGAC GCGGGGTTGT GGATTGATGA AGCGGATTAC GCGGCAATGT
GTGTGATGAG CGAGATGGCC AGAGCGGGAA AGCCGAAATT GTCAGCCGTG TTGGAGGAGG
AGATTGAGAT TGCGCAAGGT AGTTTAATTG TAGCAAGTAG GTCTCACGCT CATCGAATCT
GTTTGCGAGG GTCAGTGCTG ACTTTGACTT TTTTTTTTTT CCTAGCTTGC GGCCCAGTCA
CGCTAAACAC TGTGGTCCGA AACCTTGTAT CGAAGACCAT TTCCCCATCA CGTATCCGTC
GTGGTGATAG GCGTGGCCAT ATTGTAGTGT ATAGCGAAGA TTACGAAGGG TGATGGATAA
TGAAGACATA GATGATTAAC GTTTCGATTT TTTTTT
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| Protein sequence | MTVTGSTSAE VAASSYVPPY KATTSYAQSP EVTGSVTSAL PADPTVSSGI SGADYAASYL
DAHMMSWPSY RYAYLFWIIL AGLAAIYALS HHLRLSAGSL GAGYSKWGMR RKALGTKDGR
RGTVLPSNNT MLSIAFLIIL SVVLCLVGYD YINPSSTILN FASYRKRAFV PYGISKAFWT
SGNRFGYMAF AMTPLVVLFA LKAPPFAFLS LRPFTHLYSD KLALFHRAAA WLVWAFTTVH
TILWTIQLFK DKRNGRAVWF TIWNSYHFIF GCIAYGLMTA VMVLSLKPVR KHGFECSGSG
WQELSFSGDV REVSYDQYSH RKQDFKQGDP YSTPQRDFGN PYTDKTPPKP LAMGHLPSGD
LSDFGGTRGQ NGYDEGSFQP LGSYDARHSD SDPAAVSPPY HERVQSVAHS IPPGLPAYMP
TTIPIGHAQA QLLPSRTIRL TIRVARPFRW SPGQSVLLYL PELSWFQSHP FTILNNDPNE
IMLLVKARKG LTRQYAEIAW VAGQLRRCQD MVSADQLHID IFVTKAQRVK DDLAPPKPVF
ARGAHSRANS FDSAASEMSA DSSTDRDEAV DSTLMESYAD VIDLTNYEDE EDVDDPVENR
LSTKLEQQGK LRRARSRKFA KRKSAAKLSQ TPSYPPSRFQ STYSYDNPEE SFAHSNQGYG
HSPASSLYDS FHESRGHAGH SSIAMSPSAS QSMLIHSTSH SVPQSMLSPS TSISMLPTSP
PFNAYHGNHQ SVRSISDSTY TANDPFTGGS SQGHGSPSVG HSSLTDDTQV AVPNDPFRDI
QTALSRTSRT QSMVLLENSG ADPKEDAGLW IDEADYAAMC VMSEMARAGK PKLSAVLEEE
IEIAQGSLIV ATCGPVTLNT VVRNLVSKTI SPSRIRRGDR RGHIVVYSED YEG
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