| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE05040 |
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| Symbol | |
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| ID | 3257605 |
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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_006687 |
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| Strand | - |
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| Start bp | 1405508 |
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| End bp | 1409243 |
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| Gene Length | 3736 bp |
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| Protein Length | 676 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638257087 |
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| Product | glyoxal oxidase precursor, putative |
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| Protein accession | XP_571033 |
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| Protein GI | 58267754 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.121305 |
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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 | CGGACGTCGT ATCCTCCTAC GCTCCTTTAA CTTGGCTTCT CTCGAATTCA CTTTCACATC
ACCATACTTA ACGCCCATCG TCCCCCTATT CTCCCCTTCT CCCCAGCATA CCTCCCTACT
CGTCTACATT TCCGTGAGTA ACTCCCTTCA ATCCATCCCA GTCCACCGCA GCTCGCGCGG
GACGCAAGGC GAAATGGTGT GTGCAGACAA CGCTAGCTAC GGACAGCATA GCATTGTGCC
TCACGTCGTC ATTTTTTGCT GCCGGTCCTT CTCCACTGGG GCCATGTTCC GTTGTTACGG
GATGCTGGAC ATTGGAATGC CGGGCCAAGA GTAGCGCAGA GGATCCAAGC TGACGGATTA
TTGCTCTTGT TTCCATCTCT TCCATCACCG TCGACGTCCC GATCTACAAT CTTCCCTCTT
CCTCTTCCGC CTTGGCCTCC TTTGACTTTT GCCCTCGTTA TCCGCGCCTT GCCCCCTCAA
AGTCGTTATA CAGGCCCCCA TCCTTTCATT CCGCCTGCAT AACTCACCCG CCGCCACCTT
GATATTATCG TTTTTTATCA AGACCAGCAT CGTTTCTCGA CTCTTGTATT ATAATCGCGA
CAGCAGAACT ATTAGTCTGC CATGGCTTCA CTAAACATGG TAACCCTTCT TACACTCCTC
CCATTCTTAT CACTCGTTGT CGCCTCTCCC TCACCACAAG ATGGAGCGAC ACCCGGATAT
ACTGCCAACA AGCGAGGTTC ATCAAACGCT CCGACACCGC TGAGTTTTGA AAGCGTTGGC
GACACTGGTG TCAGTGCACA GCAAGTGAGT CTGTTATCAA ACCTGATGCC AGAGAAGATG
CTCATGACAG CTGTCAGATG TTCTTGGGTA ATGACAAGAA GGTTTATGTC ATTGACAAGG
CAGAAAACAA CCCTATCACC ATTAACGGCG CGTACGGCAC CCATCCCGCA TGGGCCACCG
AGTATGACAT TGAGACGAAC GAATGTGAGT AGCGAACCGT TCATACATGT GTATATGTTG
CTAACAGCTT GCACCTCAGA CCGAACTCTC GATGTGTACT CAAATACTTT CTGTGCTGGT
GGTAATGTTC TTGGTAATGG TACTTGGGTC ATCTTCGGTG GTAACCAACG TAAGTGTGCT
GTGTTCTCAC CGTTCCGTAA AATAGCTGAC GCTTTTTTTT GGCACAGCCG TCACAACAGG
TGGTGTCGCC TCTACCGATG CTGCTGCTTA CAGCGATACC GATGGAGGAA GCGCCATCCG
AATGATCAAC CCTTGTACCG ACGAAACATG CGAGTACATC CAAGGCGAAA CCTCTTATGA
CAAGAGCCAG GGCACGGGCG GCTGGCTTCA AATGACTGGA AAGCGTTGGT ACCCTACGGT
CGAGACTCTC GAGGACGGAA GTTTGATCGT CATCGGTGGT GACAAGAATG GTGGTTATGT
CAACACTGCC GCTCAAGATA ACCCCACCTA CGAATTTTTC CCTCCTCGTG ACGGGGACCC
CGTCAACCTG CAGTTCCTTA CTGACACTCT TCCTGTCAAT CTCTACCCCC TTGTTTGGTT
GTTGCCTTCA GGTAAACTGT TCATGCAGGC GTATCGCAAG ACCATCCTCT ACGATTACAC
TACCAAGGTA ACTACCGACT TGCCCGACAT GCCTTATGCC ACTCGAGTAT ATCCTGCTTC
CGCCGCCACT GTCATGCTCC CTCTTACACC TGCCAACAAC TACACCGTTA CTCTTCTCTT
CTGTGGTGGC TCGAACACTA CTCAATGGGG TGATGATGGT AGCGCCGGTT ACAACGTCAC
TGCTGTCCCC GCTGACGGTA CATGTGTCAG GATCAGCCCC GACACCAACA ACCCTCAGTA
CGAAGATGAT GATTATATGT TTGAGGGTAG GAGTATGGGA CAGTTTGTCA TCTTGCCTGA
TGGAACCTTC TGGATGGGTA ATGGTGTTGC TATGGGAACT GCTGGTTATG GCAACGAACA
GTACAGTGTT GGCCGTAAGT CATCCGTTCT CTTCCTCATT ACTCGAGCTA ATTCTTTTCG
TCATAGAATC TTACGGTCAG GACCCTCTCT ACATGCCCGC CCTGTACAAT TACTCTGCTC
CCAAAGGCTC GCGATGGAAC CGAACTGGTC TTTCTGCCTC TGCCAATGAA CGAATGTATC
ATTCCACCGC CATCCTCCTT CCCGACTCCT CCGTTCTCAT CGCCGGTTCC AACCCCAACG
CCGATTTCAC CAACGATCAG TGGCGAAGTC GTACTGATTC TGAGAAGTGG TACCCTTGGT
ATTACAACGA AAAGCGTCCT ACTTATAGCG GTATGCCTAC CAACTTGTAT TATGGTGGCG
ACTCTTTCAA CCTTACCATG TCTGGCACCG ATGAGGATAC AGCGAAGGAC ACCAAAGTCG
TCCTCATCCG AGGCGGTTTC AACACTCACG CTATGGGCTT TGGTCAGAAG ATGCTCGAGT
TGGAAAGCTC CTATACTATT GATATGAACA CTGGCAACAC GACTATTCAC GTCTCTCAGT
TGCCCGGTAA CCCAGGCCCC ACTCTCTTCC AACCTGGACC TGCCATGTTC TTCGTTGTTG
TTAAGGGTGT TCCTTCTATC GGCGAGGTGG GTTTCCCCTC TTTCTTCTTT GTTTGAGGAA
AGCGTTAACT TTGAGAAATA GTTCATCATG GTCGGCAACG GTCAACTCGG TGACCAGAAC
ACGACGAACA ACGCCGTCCT CCCAGCTAGC ACCATCGTCA CCATCGCCAC CACTTCTGCC
TCTGCGTCTG CGACCGACTC GAGCTCTACA GCGACCTCTG TCGATTCTGC TTCCTCCTCC
TCTTCGTCAT CAAGCGAATC TGGTGCAGCA CCTGCGCTGT TGAGTGGGAT GGGAATGGGA
AGTGCGATTG TAGTCGTGCT TTCAGCACTG GCTGTTCTCG CGTAAACATA AACAGCGTGG
AGCTGTAGCT TCCAGCTGTT CCCATCTGTC TCTCATCCAG TTCAATCTCT TTTCAGTTTC
AAGAAAAAAT CTTTGTATCG CCCAACAATC ACAGTTGAAC CATCGATCGC ATTGCACCAC
CATCATCATT CCCCAGTTGT CAGATATTAA GCCATGAAAA TCACTCCACC GCCTGGCACT
TATATGAAGA AGGAAGAACG AAGAAGTAGA AGTTAAACAC ACGCCGACCT TCATATTATC
GCCAACTCAT TAATTACCAG CATGGCATGG CTACATCCCT TCAACCCTCT ATGCGGCTTT
TCTCGCATAA AGCGTTTCGA GCTGCATTTA GGGAATCTCT GTCGCGCTCT TTGGAAATGG
ACATTTCAAC ATGACGAAGA ATATCGTGAC CATCTTGTTA TATATGTGTC GCTTTCGTCT
ATCTAGCTCT ACTTTACCGC TCTTTATACG GACTCTTTTT TAATTACACT GTTTTCCACA
TCTCTCCAAC GCCTCTTTCC CCCAGCACAA TTTATTCTCG CTGGGGTTGA ATGACGTTTT
GATGGACTTT TTTATATAGC AGCGTAACAT ATTATCGCTT GCTTTGTCTT TTGTCTTTTT
ACGTTATTTT TCTTTGCCAC ACGACGTTTG TTCTTATGTG AGATCGTATT GCTGTGGGAG
AAAGGCATCA GAGGCGGATA AGATGAATAA TGTAGTAGGT AAATAAGTAG AAAGAGATGG
GTTTCTTCTT CTTATCCCAT TTCTCTCATG TCGATAGCGA GGATATGGAC AGTTATTTGA
ACCAGAAAGA AAGATC
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| Protein sequence | MASLNMVTLL TLLPFLSLVV ASPSPQDGAT PGYTANKRGS SNAPTPLSFE SVGDTGVSAQ
QMFLGNDKKV YVIDKAENNP ITINGAYGTH PAWATEYDIE TNEYRTLDVY SNTFCAGGNV
LGNGTWVIFG GNQPVTTGGV ASTDAAAYSD TDGGSAIRMI NPCTDETCEY IQGETSYDKS
QGTGGWLQMT GKRWYPTVET LEDGSLIVIG GDKNGGYVNT AAQDNPTYEF FPPRDGDPVN
LQFLTDTLPV NLYPLVWLLP SGKLFMQAYR KTILYDYTTK VTTDLPDMPY ATRVYPASAA
TVMLPLTPAN NYTVTLLFCG GSNTTQWGDD GSAGYNVTAV PADGTCVRIS PDTNNPQYED
DDYMFEGRSM GQFVILPDGT FWMGNGVAMG TAGYGNEQYS VGQSYGQDPL YMPALYNYSA
PKGSRWNRTG LSASANERMY HSTAILLPDS SVLIAGSNPN ADFTNDQWRS RTDSEKWYPW
YYNEKRPTYS GMPTNLYYGG DSFNLTMSGT DEDTAKDTKV VLIRGGFNTH AMGFGQKMLE
LESSYTIDMN TGNTTIHVSQ LPGNPGPTLF QPGPAMFFVV VKGVPSIGEF IMVGNGQLGD
QNTTNNAVLP ASTIVTIATT SASASATDSS STATSVDSAS SSSSSSSESG AAPALLSGMG
MGSAIVVVLS ALAVLA
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