| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNH01900 |
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| Symbol | |
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| ID | 3259018 |
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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_006693 |
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| Strand | + |
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| Start bp | 584027 |
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| End bp | 587471 |
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| Gene Length | 3445 bp |
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| Protein Length | 833 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638258298 |
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| Product | urease |
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| Protein accession | XP_572365 |
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| Protein GI | 58270418 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG0804] Urea amidohydrolase (urease) alpha subunit
[COG0831] Urea amidohydrolase (urease) gamma subunit
[COG0832] Urea amidohydrolase (urease) beta subunit |
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| TIGRFAM ID | [TIGR00192] urease, beta subunit
[TIGR00193] urease, gamma subunit
[TIGR01792] urease, alpha subunit |
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Plasmid Coverage information |
| Num covering plasmid clones | 25 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGAGACACG CCGTCACTTG GATTGGGAGG ACGTTACTAC GGATGGAACT GAATGGGAAA
CTAAATAAGG TACGGGTAGG TGAGTGTCTG CTGATAAGAG ACGCGAGGAT AACGGGTGCC
TGGCTGATAG CTCGCTGATT GGATTGGCGG GATTGGCTCG TTCCGTGCAT CATAAGCCCC
ACAAAGGCAC GCAGCTCCCC TTCCCATCTC GCTTTTGATT CCTCGCTCCT ATTTCTTTTT
TCTTTTCTCT TTTGCCTTAC TTCCTCTTCA CTCTCCAAGA ACATGCATCT CCTTCCAAGA
GAAACGGCAA GTCCTCCACT CCCACCACGC TCCACCTTAC AAGCTGACTG ACCACCACTC
AGGACAAACT CATTGTCACC ACCTTGGGCA CCCTTGCTCA ACGTCGCCTT GCCCGAGGCC
TTATTCTTAA CCGTGCTGAG ACCATTGCTC TCATCTCCTC CCAGTTGCAA GAATTCATTC
GAGATGGACG TCATTCTGTT GCAGAGCTCA TGGATTTGGG CAAGAAAATG CTAGGCAGGC
GACATGTCAG GAAGGGCGTT CCAGAATCAA TTCACACTAT TCAGGTGGAA GGCACCTTCC
CCGACGGTGT ATTTTTGGTC ACAGTTGATG ATCCTATCTC CTCAGATGAT GGCGACTGTG
AGTCTGAAGC ATGCAAAGTA CATCACCAAA TGCTGACTAT TATGGGAACA GTGAACAACG
CCTTTTACGG TTCTTTCCTG CCAATCCCGT CGGCAGACGT CTTCCCTGCT GCGCCCGAGC
CAGCCGATAC CCTCTTAGGA GCCCTTATTT GTCGTAAGGA GCCAATTAAG ATCAATGCTT
CCCGACGACG CTTCAAGCTT GAAGTCAAGA ATGCTGGAGA CAGGCCTATT CAAGTTGGCT
CCCACTACCA TTTCCTCGAA ACCAACCCGG CCCTCATTTT CGACAGGCTC TTGTCCTATG
GCTACCATTT GGACATCCCC GCCGGTACGG CGGTCAGGTT TGAGCCAGGA GAGAAGAAGA
CTGTAACAAT GGTGGAATTC GGCGGAAAGA AGATCTTCCA CGGTGGAAGT GGATTGGCAA
GCGGATCTTT CGACGAGAAT TTAAGGGAGA CTAAAGTCAA GGAGATGGTT GAAAAAGGTG
GATTTGGTCA TAAGGATCAA GAAAAGGTAG AAGAGGGGCC AACAACTGAG ATGAACAGAG
AAGTGGTATG TCTCATGTGA CTTACTTGAA ATAGTCGGAC GTTCATTAAC TTGTATCATA
GTACGCTTCC ATGTTCGGAC CAACAACTGG CGACAAGATC AAGCTCGCTG ACATGGATCT
GTGGATCGAG GTCGAAAAAG ATTACACTGT CTACGGCGAG GAATGCAAAT TCGGCGGAGG
TGAGTGATTA GTAGTCTGTC TTTGGATTTT TGAGTTGACA TCCGGTATAG GCAAGGTCCT
TCGAGATGGC GGAGGTCAAG CATCTGGTAG GCATGAACAT GAGGTCCTTG ACCTCGTTAT
TACCAATGCT CTTATCGTTG ACTGGAATGG CATCTACAAG GTGATTGCAA TAGGCCCAGC
TGTCTGCTCA GTGTCGCTAA CGTCTCTTAG GCCGATATTG GTGTAAAAAA TGGCATTATT
GTTGGTATTG GTAAAGCTGG TAACCCCGAT ATGATGGATG GAGTCACAGA TGGAATGATT
GTGGGGTCAA GCACTGAAGT TATCGCTGGC GAAAAGTTGA TCATCACTGC GGGAGCTCTC
GACGTCCACG TTCATTACAT TTGCCCTCAA CTCATGACGG AGGTGAGTTT CTCTAGTAGG
ATGGCGATCA ACAGCTGATC TAATTGTCAA GGCCTTGGCA TCCGGTATCA CCACTGTTGT
CGGAGGTGGT ACAGGTCCTG CAGACGGCTC CAACGCCACT ACTTGCACGT CTTCGTCCTT
CTACATGCAA AACATGATCA AAGCAACCGA CACTGTTCCT CTCAACTTTG GTTTCACCGG
AAAGGGCAAC GATTCTGGCA CTAATGCTTT GAGGGACGTT ATCGAGGCTG GAGCTTGTGG
ATTGAAGGTG CATGAAGATT GGGGCGCGAC GCCCGAAGTT ATTGACAGGG CTCTGAGCAT
TGCCGATGAG TACGACGTAC AGGTGAGTTG CCTATCTGCA TGGCTATATC GTTGCATACT
GACAATAGCT ACTCGAATCG TAGGTCAACC TTCACAGTGA TACTCTCAAC GAAAGTGGAT
ACGTCGAGAG TACCTTGGCC GCCATCAAAG GGAGGACTAT TCACAGTTAC CACACTGAAG
GAGCTGGTGG CGGACATGCT CCAGACATCA TCGTTGTCTG TGAATATGAA AACGTCTTGC
CTAGTTCCAC CAACCCAACT AGGCCTTATG CTGTTAACAC TCTTGATGAG CATCTTGACG
TGGGTCCTTT CCCTTCGAGC AATGTTTCAA TGCAGTGCTA ATAACACATC AGATGCTTAT
GGTCTGTCAC CACCTCGATA AGTCTATCCC GGAGGACATT GCCTTTGCCG ACTCTCGTAT
CCGTTCTGAA ACCGTTGCAG CCGAAGACGT TTTACAGGAC ACAGGCGCGA TTTCCATGAT
CTCATCTGAC TGTCAAGCTA TGGGTCGTAT CGGTGAAGTC ATCACTCGTA CATGGCGTAC
GGCTGCGAAG ATGAAGCAAT TCCGTGGTCC TCTTGAGGGC GATGAACCCA CGAGAGACAA
CAATAGGGTG AAACGGTATG TTGCCAAGTA CACTATTAAC CCCGCCATTA CCCACGGTAT
GTCGCACCTC ATCGGTCAAG TTGCCGTGGG CTGTCTGGCA GATCTGGTCT TCTGGACGGC
AGAGTCCTTT GGTGCTAGAC CGGAGATGAT CCTCAAGGGT GGTGTCATTG CTTGGGCTGC
AATGGGCGAT GCGAACGCTT CGATCCCCAC TGTGCAGCCC GTCATTGGCA GGCCCATGTG
GGGCTCTCAG CCTGAGGCCG CTGCACTCAA TTCAATTGTT TGGGTCAGCC AGGCATCTCT
TGACAAGGGT GGGTCTTTTT TTTCCCTGTT ATCTACAAAT GAATATGGCT GATGAATTGT
TAGATCTCGT GAAGAGATTC AACATCAAGA AGAGGGCGGA GGCTGTCAAG AACTGTCGTG
CAATTGGAAA GAAGGATATG AAGTGGAATG ACAGTATGCC GAAGATGACT GGTGAGTGAC
AGTAGCCACA GTGTGGAGCG AATTACTTAC GCAAGCTCCA TTTAGTCGAT CCGGAGACCT
ACGACGTTCA CGCTGACGGC GTCCTTTGCG ACGTCCCACC GGCAGACAAA CTCCCACTGA
CCAAGAGATA CTTCGTTTAC TAATAAGCAT CAGTATAATT TCCACGCTGT TCATGAATCG
TACATATATT TAATAAATCT CTAGTTATCC TCCAATAGGG TGAATTACAA AGATAAATCG
TGAAATTGTA CACATACTCA AGTGA
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| Protein sequence | MHLLPRETDK LIVTTLGTLA QRRLARGLIL NRAETIALIS SQLQEFIRDG RHSVAELMDL
GKKMLGRRHV RKGVPESIHT IQVEGTFPDG VFLVTVDDPI SSDDGDLNNA FYGSFLPIPS
ADVFPAAPEP ADTLLGALIC RKEPIKINAS RRRFKLEVKN AGDRPIQVGS HYHFLETNPA
LIFDRLLSYG YHLDIPAGTA VRFEPGEKKT VTMVEFGGKK IFHGGSGLAS GSFDENLRET
KVKEMVEKGG FGHKDQEKVE EGPTTEMNRE VYASMFGPTT GDKIKLADMD LWIEVEKDYT
VYGEECKFGG GKVLRDGGGQ ASGRHEHEVL DLVITNALIV DWNGIYKADI GVKNGIIVGI
GKAGNPDMMD GVTDGMIVGS STEVIAGEKL IITAGALDVH VHYICPQLMT EALASGITTV
VGGGTGPADG SNATTCTSSS FYMQNMIKAT DTVPLNFGFT GKGNDSGTNA LRDVIEAGAC
GLKVHEDWGA TPEVIDRALS IADEYDVQVN LHSDTLNESG YVESTLAAIK GRTIHSYHTE
GAGGGHAPDI IVVCEYENVL PSSTNPTRPY AVNTLDEHLD MLMVCHHLDK SIPEDIAFAD
SRIRSETVAA EDVLQDTGAI SMISSDCQAM GRIGEVITRT WRTAAKMKQF RGPLEGDEPT
RDNNRVKRYV AKYTINPAIT HGMSHLIGQV AVGCLADLVF WTAESFGARP EMILKGGVIA
WAAMGDANAS IPTVQPVIGR PMWGSQPEAA ALNSIVWVSQ ASLDKDLVKR FNIKKRAEAV
KNCRAIGKKD MKWNDSMPKM TVDPETYDVH ADGVLCDVPP ADKLPLTKRY FVY
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