| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNH01580 |
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| Symbol | |
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| ID | 3259363 |
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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 | 686628 |
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| End bp | 690003 |
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| Gene Length | 3376 bp |
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| Protein Length | 821 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | 638258330 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_572339 |
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| Protein GI | 58270366 |
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| COG category | [E] Amino acid transport and metabolism |
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| COG ID | [COG2755] Lysophospholipase L1 and related esterases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | ATGTCCGTAG CTGCATACAC CGATGCCGTC ATGCTCTTCG TATGTCCATT CTTCGCTGGT
TAACATTTCA AGTAATCGCT CACGTCGTCT TAAAAGGGGG ACTCGCTCAC CCAAGCGTGG
TCCGCTGGCT CTTTCGCGCA ACGTATGTCC GAATTCTACC TCAGGAGGGC AGACGTGATC
AATAGGGGCT TCGGAGGTAC GTCTGATGTA CATTACAATG CTTCAGATCA TAGCTAACCT
CCTGCAGGCT ACAATTCCGA GTGGTAGGTG ATAGCGTCCC CGACTACTGA TAGTTGACCA
CTAACCGTGC GCTACCGCGC AGGGCTATTC CTGTCTTTGA ACAAGTTTTC GCCACGAAAA
AAGACCGAGA ACAAGGCGGT ATACAACAGG TCAAGCTCAT CACAATCTGG CTGGGTACCT
CTACTCTTTC GTGGGATGGA AAACATTATT ACTGACTCTC GGACTAGGTG CCAACGATGC
ATGTTTGCCC TCTTCACCGC AGCATGTCCC TCTTGACAAG TACAAGTCAA ACGTCAAACA
CATTGTCAAT CTTATTCGCG ATCCCTCCTC GCCCTACCAT TCTCAGGAAA CCAGGATTGT
GCTTATCAGT CCTCCGCCAA TCATCGAAAC CGCGTGGATC GAATCTAGGC TCGAAAAATG
GAAGTCTTTC GGCTGTGAGG GACCTGAACC AGAGCAAAAC AGGGACGCAG AGGTTACTAA
ACAGTACGCG GAAGGATGCA AGGAGGTAGG GGCCGAGCTT GGGGTGCCCG TGGTAGATTT
TTGGACGGCG GTTGTCGAGG CGGCAGGAGG AGAGAAAGAT GAGCAGCTCG CGCCTTATTT
CTAGTGCGTC ATGAGTGTTC TAGTATTGCG CGACTGCTCG TAGCTGACTG GATTGGCATT
GGTAGCGACG GTCTTCACTT GACTTCGGAA GGATATGCTG TTCTTTTCAA GGCCGTCAGC
GGCCTGATTC TCGCTACATA TCCTGAACTG AACCCCGAGA CGATGCCCAT GAGGATGCCG
CAGTAAGTAG AGGAGGTGGT GTTTCGGAAG GTATACTGAT CTTCCAATAA CTGCTGCAGC
TGGGCGGACG TTGATACAGA AAACCCGCGA GCTGCGTTTG AAAAGGTGAA GAAGGGGCGA
CTGGCCGGGG AGCTGTAGAA AGTAGAAGTA GACTTAGACG ATGCAAGTGT GATTACGTAA
CTGTGTGTTG GCTTGTAAAC AAAATGTTGA CATTGTTGTT TTCGAAAGTC AACCGTCACT
GTCCGCGATG GAGCGCCCGC CGCCAGCGAC TGTCCCGATC CCCCAGCCGG TCCCCAAGGT
GGCGTATGAG CCCCCGGTGT TCCAGACGTT CCAGGAGCGG CGGCGGGCGC GCGACGTCGC
CCTCCGCGCA AAGGCCAGCC ACCCCAGCCT CCGCGACGCC CCCCGCCCTC CCCCGCACCC
CGCAGCACTC GCCATGATGG CCAGTCCGAA CGCCATACCG GGCCCTCCGC CCGTCCCCCC
GCTGCGGTCC AGAAGTCCTC TTCCCCCCTC CCCCTCCCCT TCTCTGGCCC GCTCCTACAC
CCACGGCGGA CAACCCGCTC GCCCTTTACC ACCACCAGGA GCCCCTAGTC CCCTCTCGAT
CAACACAAAT CCATTTCCTG CTCCGCCGCC ACCAGCGCAG TATTCGCCAT TCACGCCCTC
ACAATCTTCT CAGCCATCAG CACCCGTTTC AGCTGCCGTC GAAAGTGACC TGGACAGGTC
GGATACACTC TCGTCCGTCA AGTCACTCGA TCGGACAAGC TTCAGCTCGC CATCGTCTAG
AAGACCTTTG CCGAAACCCC CGGGGGGTGT AAACCCATCA AGAAGCTTGG ACCGAGGTGT
AGCTCCCTCC TTAGCTGTAG GGGAAGGCAT CGTCCGGCGA GGTGCTGGGA GGAAGCAGCC
GTCAATTGTG AATGAAGAGT GTGAAGAGAC GCTGATTGGT CTACCCAAAA GTGGCAATTC
ATCTGCCGGC TCACATTCAC CGCAAGCTGT GCCTCACCCC TATTTGCCCC AGCAACCGCC
AGCCATTATC ATACCCGATG TTACTACGCA AAAAACCATA GACACATATA CCCCAGCGAA
ATGTCCTCAG CTCCCTGTTA TAAACATTGG CGATTCCGAC AGCTCTTCCG CGGTATCCCC
TGACGATGAA GGAAACAATA TGGTGTCTGA AGCGACTCCA AAGTCGAAAA AAGTCTCTGC
TCTTCCTGTC TCTCCGGGCA TACAATTCAC TGGTGCGCCC GTAATTGCTG TCTCGTCTTT
TGACACTGCC GACGATATGC TGCAGGGTGA CGAGATTAGC TTTTCAGTGC CGATGATCAA
TATCGAAGGC GACTTCTCTG CTTCTACTAA AACTCTTCCG CGTATTGCTT CCGATTCAAG
TCGTCCCCCA AATCCACCTC GCCATCAGGC ACACATTCAT CCGAATAGCG CCATTCTATG
TGCTGGTTGC CAAACTCCGA TTATTGGACG CATTGTCAAT GCAATGAACC AAAGATGGCA
TCCCCATTGT TTCATGTGTG CAGAGTGTGG GGAACTACTG GAGCATGTGA GCAGTTATGA
GTTTGAGGGG AAGGCTTATT GCCACTTGGA CTATCACGAT GTAAGTCGCC TGCTTGACTT
TTTTTTTTTT CTTATCTCCA GTCACAACAG ACTGTAGCTT ATCTTTGGAG AAATAGAAAT
TTGCCCATCA CTGCCATCAT TGCAAGACTC CAATCGTCGA ATCTCGCTTC ATTACCCTGG
ACGATGAAAT CTTGGGACAG CGGTATTACC ACGAGTTGCA CTTTTTCTGC TCCGAATGCG
GCGATCCTTT CTTGGACCCA TCCAAATCGT CGGCTCCGGG AACAGAAAAG GGCAAACAAG
GTGGCTCTGA TGGCCAGGAA GAAGATGGAG AGACAAACGA ATTTGTGATT CATAAAGGTC
ACCCATACTG CGAACGATGT CATTTGAGGC TGCATAAGCC TAAATGCAAA GCTTGTACTC
TACCGATACC AGACATTGCA ATAAACGCGA TGGGTGCGAA ATGGCACAAG GAATGTTTCG
TATGCTCGGT GCGTGTCCAT TGTGTCTTTT TTCTCTCTTC TTTCCCCAAT CTGTGGATTC
CTTTTTTTTT CCAACGCTAA ATTCAACGCT CTTCACAGCG TTGTCATAAT GATTTTGCCA
ACAATCTCTT TTTCCCTAAA GATGGGACGG CCATCTGTAC AATCTGTTAC GAGCAAGTTA
TGAGTTAAGG GGATGTTGTT CCGATGCTGC AATTTCCCAC TGTAGCAGAG AGCTATTTTG
TGTATAGCTT GTAGCGAAAA AAAAGTTATG ATACAGAAGA CAACTGTTCG CTGCATTCGG
CATGTATGTA CTATAG
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| Protein sequence | MSVAAYTDAV MLFGDSLTQA WSAGSFAQRM SEFYLRRADV INRGFGGAND ACLPSSPQHV
PLDKYKSNVK HIVNLIRDPS SPYHSQETRI VLISPPPIIE TAWIESRLEK WKSFGCEGPE
PEQNRDAEVT KQYAEGCKEV GAELGVPVVD FWTAVVEAAG GEKDEQLAPY FYDGLHLTSE
GYAVLFKAVS GLILATYPEL NPETMPMRMP HQPSLSAMER PPPATVPIPQ PVPKVAYEPP
VFQTFQERRR ARDVALRAKA SHPSLRDAPR PPPHPAALAM MASPNAIPGP PPVPPLRSRS
PLPPSPSPSL ARSYTHGGQP ARPLPPPGAP SPLSINTNPF PAPPPPAQYS PFTPSQSSQP
SAPVSAAVES DLDRSDTLSS VKSLDRTSFS SPSSRRPLPK PPGGVNPSRS LDRGVAPSLA
VGEGIVRRGA GRKQPSIVNE ECEETLIGLP KSGNSSAGSH SPQAVPHPYL PQQPPAIIIP
DVTTQKTIDT YTPAKCPQLP VINIGDSDSS SAVSPDDEGN NMVSEATPKS KKVSALPVSP
GIQFTGAPVI AVSSFDTADD MLQGDEISFS VPMINIEGDF SASTKTLPRI ASDSSRPPNP
PRHQAHIHPN SAILCAGCQT PIIGRIVNAM NQRWHPHCFM CAECGELLEH VSSYEFEGKA
YCHLDYHDKF AHHCHHCKTP IVESRFITLD DEILGQRYYH ELHFFCSECG DPFLDPSKSS
APGTEKGKQG GSDGQEEDGE TNEFVIHKGH PYCERCHLRL HKPKCKACTL PIPDIAINAM
GAKWHKECFV CSRCHNDFAN NLFFPKDGTA ICTICYEQVM S
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