| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC05590 |
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| Symbol | |
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| ID | 3256536 |
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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_006685 |
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| Strand | + |
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| Start bp | 1666810 |
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| End bp | 1670033 |
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| Gene Length | 3224 bp |
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| Protein Length | 242 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638255778 |
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| Product | thioredoxin, putative |
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| Protein accession | XP_569769 |
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| Protein GI | 58265226 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0278] Glutaredoxin-related protein
[COG3118] Thioredoxin domain-containing protein |
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| TIGRFAM ID | [TIGR00365] monothiol glutaredoxin, Grx4 family |
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Plasmid Coverage information |
| Num covering plasmid clones | 15 |
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| Plasmid unclonability p-value | 0.32051 |
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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 | GTTGTCTACT CATTTTAAGT ACAAGTGTTG TCTACTCCTA ACTTTCTACG TCCCACCACA
ATGTCCGCAA GCAACCTCGT CCAAGTCAAT TCCCCCGAAC ACTTCAGGGA ACTCCTCTCT
GCAGACCTCA ACAGGGTTTC GTGCCTCAAT TTCTGGGCAC CTTGGGCAGA GCCATGTGTC
GCTTTCAACA ACGCTGTAGA GCAAGAGGCG GCCCAATTTC CTTCAGTTCT CTTCTTAAAC
GTAAGTAATC GTCTATTGTC AAGAATAATT AGAGCTTTTC AAGCGATGAT CGTTTTGAAA
AGAGGTGTAT TGCTACTCGA AGAAGTGGTA TCGAATGATG AATAATCCAA ATGAATGCTG
ACATTTGTTC ATTCCGCTGC CATAATCCAT CTCGCCTTCG AATGCCAAAT ACCAAACTCC
GAAAACAAAA TTGAAAATTC ATATAGATTG AAGCTGAACA ATTGGCCGAC ATCTCCGAAT
CATTTGACAT TGAAGCAGTC CCTTCCTTCC TTGTCCTTCG TGTGAGTCTA GTCTCTCAAA
TTCCGTCTCA CTTGTCTTTT TCTCTTCGGC CTTCTATAAA AGCAGATTCT ATGACCCGCT
TTGCTCTTTT GTGCACGAGT GGTGCTCTTT TAACGGGGTT CGGACCCTTT CATTTTTAAT
AGGAGAGGTA AATGCAGGAG AGGACTCTCG GTGTTGCGAC TCCGTGTGAG AAAGACGACA
ACCACTGTGG CCATTCGGAG CATCTGCGCT GTATGTGGCG CATACTTGGC CGAACGGTTC
TATGCTATCC TCTGCCACTG TATGTTCTTC TCTCGTTCCT GTGCGAGAGG GAGTATAGGG
TACCAGGTTT AAGCATTACC GTCTGAACAG CATCCATGGC CAACAAGTTA CGAGTCAGAA
TCAGCTCCAG CTGCACCTGC TTTCACACCA TTAGCCTTCT TTGTGACCCA TCTCTTCTCT
CCGTGCGCCA TCCCGTTTCC CATAAGCGAT CCTGTGTGTT CTTCTTTTGT CAACAGGACG
TCACCCTCCG AGCTTAATAA CCTCTCTTTT CATCCTTGAC CAGAGTCGTT TGCAAAACAC
GTCCAAGAGT CGCGAGATGG GCACATCCTT TATGGGACCC TTTCTCTAAG CGTTCTAAAG
CGTTGGCAAT GCTTTGGGGT TCGAAGTTGT TGAGACTCCG TCCTGAACGG ATACAAATGC
TAGCGCACCC CATAAGGAAT GTGGTTTCTC TCCGTCCGTT CTTGCCACCT ACTTCTCTTC
CTGCTTTTCT CTCTTAAGTT ACCTCCCTAT TTAGGGAAAG CAAGCCTATC GTCTGGGTTT
CTACTTAAGA GATCCTTGCT GACATTACCA TTCTTGCTTT CTTCAAATCT TTTTTTCCCA
TCTCAATACA CATCAATCCA CCAACAATCC CCCCACAATT CGGATCCATT ATGAATTCTA
CACCTACGCC TACACCTCAA CCGGATACGG ATAACCCCCA TTCTAATGAC GCCAATCATG
CTGATGATCG GCGACCTTTG GCTGCTCATA TCCCTGACTA TGCTGGGAAA TCGCCTTTCC
CTGCCCCGCC CTCGCGTTTT ACTCCTCGTA CACCTTTACA ATTCCTATCC AATTCACCTA
CCAACACCGA CGCCTCCGCG ATATCTTGCC CTTCTTATAT TCTCCCCACT CTTCCTTCCT
CTGCCGCCTC TCTCCCCTCT CTCGACCCTC CATCGTCCAA CGACCGCTTG GCGATGATCA
ACCGTATCAA ATCACTGGGT TCCTACACCA ATTCACCTGC TACCGTCAAA ATTCCTCTCC
CCACCCCCTC CCCGTCCGTA TCTTTATCCC TCTCTTCTCG CGGTCCCGCA ACACCTTCAT
CCTCTATCAT CCGCAACAAA CCCCACATGC CATCTCCACT TAACAAACTC GATTACCTAT
ACGACATCCC ACCTTCCCCT CCCATCTCCG CCGATGCTGA CCCGGGTCAA TTACTCGTCA
TGCCGCGAAT GCCAAATCCC GATGTCGAAT CGCCCATCGC GTCACCTTTT GTCAACCTCA
ACCTTCAAAC GTCGACTTCA TCGAACCGGA AACCCGGTGT GGGTGTTGTG ATTTTTGACT
CACCTCCTCG TCGACGGATA TCGGGTAATT CTCATGGTCC GCGACGCGGT TCGGCTCTGG
CTAATGAATG GGTGCGTGGT GGTGACTGTG ATGGGGATGA TCATGATCAT CGTAATGATA
TTGTGGGGGT GATTGTGTCG GATGATGATG ACAACGGTAA TGGGTCCGGA AATGTCCTAC
CTGAACGCAC AATCTCACGC ATTCCATCCC CTCTTCAATG TCGGCGAACA TGACATGATT
TTGTCAATCT TTCTAACCAA TTTCTCATTT CGGACATTCG ACACTGTGGA TTTTTTACTC
CTCTGTGTGC GATCTGTATC AATGATGTTT ACCGTGTATC ATAACAATCC CTTTCTTTCT
TTCTCATCAA ACTGTATCTT CTCCGAAACC GAATAACAGG GGCACACTCT CCTGGCTCGA
CACTCTGGCG CCGACGCTTC CCTCCTTCGT TCTCTCCTCA CTCAACACGC CTCCCCCTCT
GCCCCCCTCT CTACCTCTTC CGCCCAACCC CAAGCCCCTG CCGCCGCCCA ACGTCCCCGG
ACAGAAGCAG AAATTGTCGC CCGCTGCCAC GAACTGATGA ACAAGCACAA GGTTGTGTTA
TTCATGAAGG GAAACCCTAC AGCTCCTAAG TGTGGGTTCT CAAGGCAGAC TGTGGGATTA
TTGAGGGAGC AAGGAGTGGA ATTTGCTTGG TTTGATATCT TTAGTGATGA GGATGTAAGG
CAAGGATTGA AGAAGGTTAA TGACTGGCCT AGTAAGTCCA AGTTTCCAAT TTTTCCTCGA
CCTCCGATTT CCCACTTCTT CATCTGTATA TGGTTGATTT TAGAAGGGGT GAGCTGACTG
GGACGATATA ATAGCATTCC CGCAAATCAT TGTGAATGGC GAGTTGGTAG GCGGTCTTGA
TATTTTGCGG GAGATGATTG AGAATGGAGA ATGGCAAGAG TTGATGGATT CTATCGAGGA
GGGCAAGGCG GAATAAAAAG CGAGCGCCTG GGATTGGGGA AATGAGTTGT GGTTTTCTCG
CCTGAAATAG TCAATTAATC GTCTAGCGTG CGTTTTCAGC GTTGTCCAGT CACAGGATTA
CCTCGTATTG ATATACAGGC TATTCATACT ACATTTTCAT CTTT
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| Protein sequence | MSASNLVQVN SPEHFRELLS ADLNRVSCLN FWAPWAEPCV AFNNAVEQEA AQFPSVLFLN
IEAEQLADIS ESFDIEAVPS FLVLRGHTLL ARHSGADASL LRSLLTQHAS PSAPLSTSSA
QPQAPAAAQR PRTEAEIVAR CHELMNKHKV VLFMKGNPTA PKCGFSRQTV GLLREQGVEF
AWFDIFSDED VRQGLKKVND WPTFPQIIVN GELVGGLDIL REMIENGEWQ ELMDSIEEGK
AE
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