| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNF04590 |
|---|
| Symbol | |
|---|
| ID | 3258148 |
|---|
| Type | CDS |
|---|
| Is gene spliced | Yes |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Cryptococcus neoformans var. neoformans JEC21 |
|---|
| Kingdom | Eukaryota |
|---|
| Replicon accession | NC_006691 |
|---|
| Strand | - |
|---|
| Start bp | 1332653 |
|---|
| End bp | 1336234 |
|---|
| Gene Length | 3582 bp |
|---|
| Protein Length | 617 aa |
|---|
| Translation table | |
|---|
| GC content | 47% |
|---|
| IMG OID | 638257577 |
|---|
| Product | NADPH-ferrihemoprotein reductase, putative |
|---|
| Protein accession | XP_571637 |
|---|
| Protein GI | 58268962 |
|---|
| COG category | [P] Inorganic ion transport and metabolism |
|---|
| COG ID | [COG0369] Sulfite reductase, alpha subunit (flavoprotein) |
|---|
| TIGRFAM ID | |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 21 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | n/a |
|---|
| Fosmid unclonability p-value | n/a |
|---|
| Fosmid Hitchhiker | n/a |
|---|
| Fosmid clonability | n/a |
|---|
| |
Sequence |
| Gene sequence | AACTCATCGG CGGTGGAGGA CGAGTGGAGG TTCTGCCAGT CCCATAATCG AACAGGTCTA
CTACATCCGT CAACATTTTT GTAATATTTG TTGTTTCCAT TCCTCATTTC TTATTTTCAT
TTCTTATTTG ACGCGAGCAC GTCGCCATTC ACCATGATTC CCATGATATT ATACGCTTCA
GAAACTGGCA ATGCTCAAGA TACAGCGGAG CGCGTGGCCC GCGCTTTCAG AGCAAACGGC
AGAGCTGTGA CCTGTCTCCC AATGGACCAG TTCCCCATTT CAGCCCTTCC ACATACCTAT
CTTCTGATAC TCCTCACCTC GACCCACGGA AGAGGAGATC CACCCCCGGC TATGCTCCCT
CTTTGGACAG CTTTGTTGCG GTCATCATTA CCGGAGGACA TTCTGGAGGA TGTACACTTC
GCTCTTTTTG GACTTGGGGA TAGCAGTTAC GAGCGCTTCT GTTACGCTGG GAAGATGTTG
CTGCGAAGGA TGGAGCAATT GGGGGCTACA AAGATGGGTG AACCAGCTTG GGGGGATGAG
AGATCACCAA ATGGGTATGT GAAAAGTGGG CTTATTCATG AAACAAAGCT AACTTTCTGT
AGTATTGAGG ACGCCTTTTT GCCATGGCTC CAGCAAACTT TAGACCTCTA TTTGCCTTAT
CTGCCGTTAA TATCTCCAAC TCCCAAAATT ATTGAATCCA CTGTTTTACC TCCGCCAATA
TACAAGATTT CTCCCGCTTC CACTTCGAAA TCCGTGGAAC ACGATCTATC GTTGGAACGC
CTTTCGATCT CATTCCCGAT TCCGAATGGC AAACCTGCTC CCGTCCGAGT CGAAGATCAA
GCCAGAGATA AAGCTTCAAC ATCTAGAACC AAGCCAGATG ATTGGGTCTG GGCTACGCTC
AAAAAGAATA TTAGATTAAC GAGCAAAGAT TGGTGGCAAG ATGTAAGGGA GATAGAGCTG
GAGTTTGACG ACCCTGATAC GTAAGTGCAG TAACTTGGGA GGAAAGCGAT CCGTTCGCCC
ACGTTAACCA TATCTGCCAG GAAACCTTAC ACTGCCGGAT CAATATGCTC CCTACAACCC
CAGTCCAGGG AGGATGATGT CAACATGTTT TTGGAGATGA TGGAGCTTAC CTCACAAGCG
GATGAAGTCG TCACTATCGA GTCTCTTCTT GATGGTGCGT TCCCGACTTC TTTGACCACC
TCCTAATCAA TTGCTGACCT TTATTTTAAG AGCAACCCCT TCCTTCCCAT CTTCCACCAG
CTGGCACTCC GACGACTTTA CGTTCGTTGC TGACAAATCA TCTCGACATA CGGTATTCTC
CCCGTAAAAG CTTTTTCGAG TGGCTGCGAC GTCTTAGCAC GAACGAAATG GAGAGGGAGC
GTCTCGATGA ATTTATATCC GATCCAGTGA GTCTTCCCAG TGTATCTAAA GTCCATGACA
AGCTGACCGG AAGAATTTTT CCAGGATGAG ATACATACAT ACGCGACTAG GCCGTCACGC
ACGATAGTTG AGACACTAGC AGACTTTAGG TTCACTCGAA TACCCATGTC GCATATCTTG
GAAATACTCC CTCCTCTTCG AAGACGGCAA TTCTCAATTG CAAGCTCATG GGAAGTGAGT
ACCTAAAATC TGGAGATTGG CATCATGCTC ACACTCTGAT TCTCGTTTCT TAGGATCATC
CGGGAAAAGT ACAGCTGCTC GTCGCTTTGA TCGAGTACAA AACCAATCTA AAAATCCCAA
GGAAAGGTCT TTGCTCATCA TGGCTCAACG GACTCCCTGT GGGTGCGTTC CTTCATGCCC
ATCTTAAACC CTTAATCCAG TGAAAGTTAA TGAGTTCTTT GAATACAGGT ACGCGCATCC
CAATACACAT CGCTTCACCA ACTTTGTTCC TTCCTCAAGA CCCTGAAGTA CCTATCATCC
TTGTCGGTCC GGGGACGGGT GTTGCGCCTA TGAGGGCTTT CGTAGAGATC CGAGTCAGAC
AAGGTGCTGC CAAAAGTGAG TGCCCTCGTC TTTTCCCACT TCCATGATAG AAAAATCCCT
CTGACGGAAT CGAATCCATT CCTTCTATTT CTTCTCTTCA AATAGATACG TCCCTTTACT
TTGGCTGTCG ATCGTCCACC ACAGATTATT TTTTCGAATC CGAATGGGAT GTGCACCGCG
AAAAGGGTGT CAAAATCCAA GTCGCGGCGA GTAGAGACCA GGAAGAAAGA ATTTACGTGC
AGCATTTGAT AAAAAGGGAT AAAGAGTATG TAAAAGAGTG GATCGTAGAT AAGAAGGGAT
GGTTGTTCAT CTCTGGGTGA GTTCCTTTCC TTAATCAGCT ATGTAAAAGA AGTTCCGAGG
AGAGATTGCT GACTGTTACT TCTGCTGTGT ATTGGGGATA AAATAGATCA TCTAATGCAA
TGCCCCGCGA AGTAAGAGAG GCTGTAGCTT GGTGTATTTC CAAAGAAGGT GCGGGGGATA
TGACAGAAGA AGAATCAAAG GCGTATGTGG AGCAAATGTT TGAGGATAAG CGAGGTGGCG
AAGAAAGTTG GTAGGTACAG CAGATCCGCC GGTGGTTAAA CAAAAAGATA AGGCAAGAAG
CCAGAAGTGC CATCCATAGT GCAAATCATT TGAATGGTCT GAACTATGCA TTATTTGTGC
ATGCAGTATG TCCGTGAACC ACTAACTAAG GATAACCAGT AAGTAAATCA AGCTCCAGGC
CTGGATAGCA TCTAATGGTT TCCTGTCATC TATTTGCGTT TTACTTCATG ACCCCCATTA
TGCGCGTCGC ACCCAAAACA AACAAGGTAG CCTCTTAAAC CCACCAAATA ACCCAGCTGC
TTTCCAATGA GGATGTTATC TTAAAGTACC ACTGGGGCCG AATTCCTCCA AAGATATGTC
AATTATAAAG GCAAATAGGA AGCCAACTGC GCCGAAACCT ACCTTGGCAT AACAGTTCTT
ACAGTAAGGA ATGCCTTCTC TATCAGATAC CTTTGAGGGA TCTAATGTCG TCTTACACTT
GTTACATTTC AAACACCATC TGTGCCATTT ATGGCTAACA GAAAATACCT ACGGTACGGT
TAGCGTCCTT TCAGCCCCTT GACACCGCCT TGTATACAGC CTCAACACTT ACCTGCTCCG
CAGCATAAAC CCTCTTCCCG CATCCTCCAC ACATATCATC CCCTATTATC CTCCCTCCCA
CTTTACTCCT TGGGCTCTCC CCTTTCTTCA ATAACCCTCT ATCGTCTAGC GCTTTTGCAC
CTCCAGCAAA AGGTACACTG ATCGGCCTTT GTTCTCTGAA ATTGGGCTTA GTAATAGGGA
CGGTGGGGTC GGTTGGAGTT GCTGGTTCAG GAGGTGGTGT AGAACGCTGT GGGGGAGGGC
GGTAGAATTC TGTTGGAGGA GGTAGAGGAC GAGGGGAAGA GGAGGTTGTG AGAGAGGCAG
GACGGTGGTA TGAAGGAGTC ATGACAGATG GAGGAGGGGT TGGTTTAGGT GGTGTTGAGG
GGATGGAGGG GAGGACGTTG GCGTGTCGAA GGTCTGGAAG ATGTTAGATG GGTGAAGTAA
TAAATCGTGT TCCGCTTACC TCTTGTTCCA AACAAGACGA CA
|
|---|
| Protein sequence | MIPMILYASE TGNAQDTAER VARAFRANGR AVTCLPMDQF PISALPHTYL LILLTSTHGR
GDPPPAMLPL WTALLRSSLP EDILEDVHFA LFGLGDSSYE RFCYAGKMLL RRMEQLGATK
MGEPAWGDER SPNGIEDAFL PWLQQTLDLY LPYLPLISPT PKIIESTVLP PPIYKISPAS
TSKSVEHDLS LERLSISFPI PNGKPAPVRV EDQARDKAST SRTKPDDWVW ATLKKNIRLT
SKDWWQDVRE IELEFDDPDT KPYTAGSICS LQPQSREDDV NMFLEMMELT SQADEVVTIE
SLLDEQPLPS HLPPAGTPTT LRSLLTNHLD IRYSPRKSFF EWLRRLSTNE MERERLDEFI
SDPDEIHTYA TRPSRTIVET LADFRFTRIP MSHILEILPP LRRRQFSIAS SWEDHPGKVQ
LLVALIEYKT NLKIPRKGLC SSWLNGLPVG TRIPIHIASP TLFLPQDPEV PIILVGPGTG
VAPMRAFVEI RVRQGAAKNT SLYFGCRSST TDYFFESEWD VHREKGVKIQ VAASRDQEER
IYVQHLIKRD KEYVKEWIVD KKGWLFISGS SNAMPREVRE AVAWCISKEG AGDMTEEESK
AYVEQMFEDK RGGEESW
|
|---|
| |