| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND02340 |
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| Symbol | |
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| ID | 3256911 |
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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_006686 |
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| Strand | - |
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| Start bp | 624868 |
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| End bp | 627960 |
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| Gene Length | 3093 bp |
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| Protein Length | 814 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | 638256168 |
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| Product | allantoicase, putative |
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| Protein accession | XP_570443 |
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| Protein GI | 58266574 |
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| COG category | [F] Nucleotide transport and metabolism |
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| COG ID | [COG3194] Ureidoglycolate hydrolase
[COG4266] Allantoicase |
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| TIGRFAM ID | [TIGR02961] allantoicase |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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| Plasmid unclonability p-value | 0.649401 |
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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 | GTCTATTGGC CTTAATCTAT TGGCCTGTAC TCCTCCCCCA CATCTCATAT CAATAAGATC
TACATTATCA ATATAAACAC ACAGCCATGC TCACCCCACA GCAGATCCCA CTTGAAGAGT
TCGACTCCAA TATCAAATCC AATTATGTCG GTACGCCGTC TTTCCTGATC CATCCCTGTT
CGCTGTTCGT TTACATCCAC AGTAGAGGTC TCTTCATCTG CCCTCGGTGG TGAAGTTGTT
GCATGCTCAG ACGATTTCTT TGCTTCTTGT CATAACTTGA TCAAGCCCAC TGTACGTTTC
GTTTCACGCT GGCATCTTAA ATCGTGATTG CAGAATTGCC GTCCATTGCC GACAATGACA
TGGGTCGCCT TGCAATTTTG CCAATTGAAC TGCAAAACGC CTAGAGCGAG CTGACTTGAG
ATGGCTAGCC GTCTGTATCC ATGAAAGGTC AATTCGGGCC GAATGGTGCG CTTTACGACG
GTTGGGAATC AAGGAGACAT AATCCTGCTT ACGATTGGTA CGTCTATAGC TCACCCATGG
AGAGCTTCCC TGCTAACTAT ACGTAGGGTC ATTATCCGCC TCGCCACTCC TCTCACCTCT
TTGCATTATG TTGACATTGA CACTTCTCAT TTCAACGGTA ATGAAGCCCC CCAGTCCCAA
GTGTTCGCCC TTTCGTTGCC CTCCGACGGA TCCACTCCCA TGTGGACCCA GGGTAACCCT
GGCTGGGTCG AAGTTCTGCC AGTGGTGGAT TTAGGACCTA ACAGCAGACA CATCTTTGAA
GTTGGGAAGG CAGGGAAGGA GGGAAAGTGG GGTGCTGTGA TGGTTAACAT GATGCCCGAT
GGTGGAATGG TAGGTCCCCG AGACAATCAG CGCAATCGAT CTAATAAGAG AGACAGGCCA
GATTCAGGGC ATACGGTCTC CCTCAAGGCC CTTCTCTCCC TAAATCTCTT CCGGCCAACT
ATCAGTCACT CCAACCCACC AACCTGTTAT CTCCTCTCAT TGGTGGCCGC ATCATTTCAT
GCTCTGACGC TCAGTTCTCT CCTCCAGGCA ATCTTCTCCT CCCTGGTCGT GGAGTAGACA
TGTCTGATGG ATGGGAGACT AGGCGTAGTC AGGAGAACAG GGGCAAATAC GCCCCCGGCG
GACCTCTGGC CGGCCAAGAA AGGAAGGAGT GGGCGGTGGC GAAGTTGGGT GTCCCAGGTA
TCGTGCGATG GGTTGAAGTG GACACCGCTT TCCACCCTGG TAATTACCCC AAGGTGAGTA
TCGCAATCGC CTTTTCATTT GAGCTGACGT CTCGCAGTAT TGTGCTGTCG AAGCAACGCT
TTCCTCGGAC GAAGACCTCT CATCTGCATC GTGGACCACT ATTGTCCGTA AAACCCCCTG
TGGAGCCCAT CGTCAACACT ATCTTCCCCT TGAGCCCAAC GTCCCTCCCA CTCAGGTATT
TTCCCACATT CGATACTCAG TGTTCCCTGA TGGCGGCACT AAGCGCGTCA GAATCTTCGG
TCACCCCCTC GACCCTACCT CTCCTGATGC CCAGGGGGCC TTAGAAAAAG CCAGGCTTGA
GCCTATGATC ATTCCCGCTC TGCCTCTTAC CCCAGAGGCT TTCAAGCCTT ATGGTCAAGT
TGTCCAAGGT TTTTCATTGC CCACTTCCGC ACCCAAGGGT ATCCATGTCA ACATCGCGAA
CCAAGGCACA GCATTCAAAT TTCATCGCCT TGCTAAACCT GCCGAATCCT ATGCTCCAGG
CCTTCTTCAA AAAGGCGGAA TTCATGTTGG CGCGGTCAAG GCTAGCAGCA AGATGGATAT
CAAGAACGGG AAGAGGATCA AGGTTGAACT TTTGGAGAGA CACAGACATA CATCTCAAGC
CTTTGTGCCC ATGGGAGCCG AACCTGGGAA GGAAGGAAAA CAGGGCGCAT TCGTGGTGGT
TGCAGCTCTG AATGGACCTG ACGATAAGCC CGATCTTAGT ACAGTCCGGG CATTCTTGGC
CACGGCGGCT CAGGGCGTCA ACTATGATGA GGGTATCTGG CGTGAGTATT TCAAAACTTG
TTTGTTGGCA TCAGCTGATG TAACTGTTTC AGATCACTCC TTGTTGACCG TTGGTGGAGT
AAGTGCGACA CAAGGTGATG TGATGACAGC TGCTGATGAA TACCGTAGGA TCTCAATTAT
GCCATCGTTG AAGCACAAAT GTCTGTTCCC AATGAGATCC GAGACTGCGA AAAGGTCGTT
CCGCCATCCG AGCTTCATGT TGAAGTTCCT CCATACCCCT TCACTCATCC CTCTACCGCC
TCCGTCTCTG CCGCACACGT TGTTGGTCAC CAGACCAACA GTGTTCTTCC TTCCCTAGCT
TCCCTTTTGC CTGGAAAGGC TCTTAAGCCC GTCCCCATCA CTCCTGAAAA CTTTGCGCCA
TTTGGTCATT TGATCACAAC AACCCCCTCA TCTTCCCATA CCGACACCGA GCGTGCGCCT
GATGGGTTGA CAGTTAAGCA CAACCGTCTG GCTCCTGTAA TCTCTACTTA TCCCGAGGAG
ACTGGTGCAG TCACTGGTAT TGCTGTATTT AGGGCTACGA AGAAAGTTGG ACTGGAAAGG
GGTAAAGTTT TCGATGTGCG ATACATGGAA AGGCACCCTT ATACCAGTCA GACGTTTGTT
CCCATGGGCA AGGGCGAGGT GAATTTATCC CATTAAATCC AAAAGGCATC AGGCTGACCA
CGACATTGTA GTGGCCCGGT CATGGTGAGG CTGCGCTTCC CCCTGGAGGC GAGTTCCTTG
TCATTGTTGC CCAGAACGGC CCGGACGACC GTCCCGACCC GTCCACCCTT CAATCATTCC
TTCTTCCGGC TCATCAAGGT CTTTCTTACT CACCTGGAAC ATGGCATCAT CCAGTTTTGG
TGCTGGACTC AACGTTGGAT CTCATGTGTG TTGAGACTCA AATTGCCACT GGCGTACATG
ATAGCGATGG AAGGGATTGC GAACTTTTGA GCTGGGAGGG TGAAGAAGTG TTCGGCAGGG
TCGCTGTTCC CGAGTAGATA AACGTGTTGA GAAAGCGTGG GCAAAGGAAG TATACAAGTA
TGTATATATA TATATATCCA TTTAGGGTTC TAG
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| Protein sequence | MLTPQQIPLE EFDSNIKSNY VEVSSSALGG EVVACSDDFF ASCHNLIKPT PSVSMKGQFG
PNGALYDGWE SRRHNPAYDW VIIRLATPLT SLHYVDIDTS HFNGNEAPQS QVFALSLPSD
GSTPMWTQGN PGWVEVLPVV DLGPNSRHIF EVGKAGKEGK WGAVMVNMMP DGGMARFRAY
GLPQGPSLPK SLPANYQSLQ PTNLLSPLIG GRIISCSDAQ FSPPGNLLLP GRGVDMSDGW
ETRRSQENRG KYAPGGPLAG QERKEWAVAK LGVPGIVRWV EVDTAFHPGN YPKYCAVEAT
LSSDEDLSSA SWTTIVRKTP CGAHRQHYLP LEPNVPPTQV FSHIRYSVFP DGGTKRVRIF
GHPLDPTSPD AQGALEKARL EPMIIPALPL TPEAFKPYGQ VVQGFSLPTS APKGIHVNIA
NQGTAFKFHR LAKPAESYAP GLLQKGGIHV GAVKASSKMD IKNGKRIKVE LLERHRHTSQ
AFVPMGAEPG KEGKQGAFVV VAALNGPDDK PDLSTVRAFL ATAAQGVNYD EGIWHHSLLT
VGGDLNYAIV EAQMSVPNEI RDCEKVVPPS ELHVEVPPYP FTHPSTASVS AAHVVGHQTN
SVLPSLASLL PGKALKPVPI TPENFAPFGH LITTTPSSSH TDTERAPDGL TVKHNRLAPV
ISTYPEETGA VTGIAVFRAT KKVGLERGKV FDVRYMERHP YTSQTFVPMG KGEWPGHGEA
ALPPGGEFLV IVAQNGPDDR PDPSTLQSFL LPAHQGLSYS PGTWHHPVLV LDSTLDLMCV
ETQIATGVHD SDGRDCELLS WEGEEVFGRV AVPE
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