| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNL06110 |
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| Symbol | |
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| ID | 3254764 |
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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_006681 |
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| Strand | - |
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| Start bp | 689909 |
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| End bp | 693172 |
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| Gene Length | 3264 bp |
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| Protein Length | 693 aa |
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| Translation table | |
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| GC content | 45% |
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| IMG OID | 638254087 |
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| Product | GTP-Binding protein lepA, putative |
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| Protein accession | XP_568140 |
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| Protein GI | 58261460 |
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| COG category | [M] Cell wall/membrane/envelope biogenesis |
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| COG ID | [COG0481] Membrane GTPase LepA |
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| TIGRFAM ID | [TIGR00231] small GTP-binding protein domain
[TIGR01393] GTP-binding protein LepA |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.0166932 |
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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 | CACAAAGAGA CTTCGAAGCC AGGAGGGTCC GACTCAGATG AGCTCATTAT TCCGAATTTC
GAGGCTATGT CCGCAATGCC TCTCGAAAAA TCGCGTTTTC CGACCTGTAA AAACAACCCT
GGCAAGTCCA TTAGTCGGTC CATCGGGATA TAAACACAGT CTCGAAACGC GAAGCTTATT
GCCTCGAGTC CAAAATACCA TACGAGGCGT AAGGTTATTA TCAACAAGTG TTGCAAGGCT
GGCCAAACCT TCCGCATCTT TAGTGGACAA GCGTACGGTG GATATGAGTC AATTTCCACC
GGAGAGAATA CGGTAAGTCT TAAATCTCTC ATTGCTCTTT AACAGTTATT ATACTGATGT
GGCTCAAGGA ATCTCTCCAT TATTGCGCAT ATTGATCATG GGAAATCAAC TCTTGCAGAC
CGTCTACTTC AGGTGCATAA TAAACCATTT TCGAGGTTGG ACATTCCGGA AGCTGATAAT
CTATGTAGAT GACAGGCACT GTCCCAGCAT CCTCCTCGCC GCAGTTCCTG GACAAGCTCA
AAGTTGAGAG AGAACGAGGC ATCACAGTCA AAGCCCAGAC AGTATCGTTA ATACACCAGC
ATAAAGACGG GCACAAGTAC TTGATCAACC TAATTGATAC ACCCGGGCAT GTCGACTTTA
GTTATGAGGT GTCTAGAAGT TTGGGAGCTT GTGAGGGCGC TTTACTGCTA GTCGATTGCT
CTCGTAGGTC AAATACTTCT TACTTTAATG TTGGGAGGAT CACTTACAAC CTCGTTAATT
AGAGGGTATC CAGGCTCAAA CACTCTCTGT ATTTCACCAT GCCCTCGAAG CTGATCTCGA
GATGCTCGCC GTAATCAACA AGGTCGATCT TCCACACGCT TACCCCGAAG AAACGTCTGA
AGAGATCGAA AGCTCTCTCG GATTAGAAAA AAGCAAGCAT ATGCGAATCA GCGCAAAGAG
TGGGCTGGGC GTTGAAGGGG TCTTGGATAG TATCATTGAG GGATTGCCAG CCCCGGGAAC
GTGGGTCGGC GGGGAGGATG GAAAGCTCAG GGGCTTGATC TTTGACACTT TGTATGTCGA
AACGCCACCG TAATTCTCTG GCGTTGATCA AAGGGGGAAG GGCTGATAGT GTAATTCATC
AGCTATGACC AATTCCGAGG AGTCGTCTCG CTTGTCCGCA TTTTCTCTGG ATCCCTCAAA
AAAGGCGATA AAGTCCGATT CCTGCAAGCT GAAAGGAAAT ACGAAATCTT GGAAGTTGGT
ATCAACAACC CAGACGAAGT GCCTGTAGTC GAGCTCAAGG ACGGTCAGGT TGGGTAAGTT
ACAAGTCACG CAAACTTGAC TTTCCTGCCG GGAAAAAATG ATGCTCATGA TGATATGAAG
GTATATCGTT TGTAATATGA AAAACTCTGA AGAAGGTGCG CTTTTCAATA CATATATCTC
GTCCTCCAGC TCTAGAGTTG ATCCATGTTT TATAGCTTTC ATCGGCGATA CCATCTGTTG
GGCTGATAAG CCCGTCGAAC CCTTGCCAGG GTTCAAGCCC ATGAAAGCGA TGGTAAGCCT
ACTAGTTGTA TCCGAAATGA CCCTGCTGAT GAACATGTTA AAGGTTTATG CCGGTGTCTT
CCCCATGGAT AGCGCCGACT TCCCTAAACT TGAAGAGTCT ATCGAGCGTG TAGGTGTCAA
TTCTGACGTA TATTGTGATC TCGTTGGCTG ACGCTCCCCC CCCCCCNNNN NNNNNNNNNN
NNNNNNNNNN NNNNNNNNNN NNNNNNNNNN NNNNNNNNNN NNNNNNNNCC GTAGCTGACA
TTGAATGACC GAAGCGGTAT GTTTCTATCT GATCGTACAG CGCAATGACA GTAATTGACG
ACGTTGTTTA TGATAGTATC CGTCCAACGA GAATCGTCTG CGGCGCTCAG TCAGGGATTC
CGATTGGGTT TCTTGGGAAC ATTGCATATG GATGTGTTGT AAGTGTTCTT TTTCTCAACA
TACTCTGTAT AGCCTGAAAG ATCTTGCGAC TGAACTTGAT CGTAGCAAGC AACGTCTTGA
GGATGAATAT GCCTCGGAAG TAATCGTCAC CGCACCAACA GTACCATACA AAGGTAAGCA
CCTTTCGGGG GATTGTCATT TTTGATTATT CAGACTGACT GATGACTCCA ATAGTCGTTT
ATAATGATGG GAAAGAGGTG TACATTTCAA ACCCGGTCGA ATTCCCAGAA GTCAGCGACT
CAAAGATGAA CGTGTCACAT GTCGAAGAGC CTATGAGTAA GTATTGGCCG TGCTTGAAGT
GCAATGAATC GCCGCTGATG AACATTCAAA AGTTAATGCC ACTATATTTG TCCCCAACGG
CATGTATTCC TTGTCAATAT CCTCTTTCCA CAACTGACAA CTGTTGCTAC AGATTATATT
GGACCTATGA TGGACCTTTG TGCTCGGTAT CGAGGCGTTC AACAAGAATA CCGCATCCTG
GAAAACAGTG ATCGTGCCGT CCTGCGATAC ACCCTTCCGC TCTCTGAAAT TGTGACTGAA
TTCTTTTCAG AACTGAAGAG TCAGAGTTCT GGATTCGCGT CATTTGATTA TGAAGAAGCG
GGATATGAAA AGTCTAATCT CGTCAAGGTG CGCTTACTTT TCTCCTCGTG ATTTATGCAG
TGTATGATGC AAGTGTTGCT GACTGAAGAG GTTAGATGAA TATTCTCATC AACGGCAAGC
CTGTAGATGC TCTCGCTATG ATTGTACACA AATTCGCTGC GCAATCGATC GGTAAAGCTT
GGGTGACAAA GCTCAGTAAG TCGCCGTTTG CTGCTCCTGC GAGGGACATG TTTTGCTAAA
CGATTCCTTT CCCCATCTCC CGTACAGAGG AAGTTGTTCC CCGTCAGCAA TTTGAATTAT
CTATCCAAGC TGCCATTGGT GCCAAAGTCA TTGCTCGTGA AAACGTTAAG GCATTTAGAA
AGGATGTGAC TGCTGGATTG TACGGAGGTG AGCCATCATC ATCATCATCA CATAAAACGC
TGCATCCGGG ATGTGCCCGG AGTACTAATC ATATTCGTGG TTAGGTCATT ATGATCGAAA
ATTAAAACAT CTTAATAAAC AGAAAGAAGG AAAGAAGAGG CTGAAGAAGC TTGCCGGAAA
TATTGAGATT CCTCAAACAG CTTTCTACAA GGTGCTCTCG TCTAGACCGA GGAAATAGGG
GGGATGAGTT GCTCCCATTT TGCATTCCAT ACCAAGCATG ACTATACCCA ATCATCATGA
TTAGCATAAT GCATCGATGA CGAA
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| Protein sequence | MSSLFRISRL CPQCLSKNRV FRPVKTTLAS PLVGPSGYKH SLETRSLLPR VQNTIRGVRL
LSTSVARLAK PSASLVDKRT VDMSQFPPER IRNLSIIAHI DHGKSTLADR LLQMTGTVPA
SSSPQFLDKL KVERERGITV KAQTVSLIHQ HKDGHKYLIN LIDTPGHVDF SYEVSRSLGA
CEGALLLVDC SQGIQAQTLS VFHHALEADL EMLAVINKVD LPHAYPEETS EEIESSLGLE
KSKHMRISAK SGLGVEGVLD SIIEGLPAPG TWVGGEDGKL RGLIFDTFYD QFRGVVSLVR
IFSGSLKKGD KVRFLQAERK YEILEVGINN PDEVPVVELK DGQVGYIVCN MKNSEEAFIG
DTICWADKPV EPLPGFKPMK AMVYAGVFPM DSADFPKLEE SIERLTLNDR SVSVQRESSA
ALSQGFRLGF LGTLHMDVFK QRLEDEYASE VIVTAPTVPY KVVYNDGKEV YISNPVEFPE
VSDSKMNVSH VEEPMINATI FVPNDYIGPM MDLCARYRGV QQEYRILENS DRAVLRYTLP
LSEIVTEFFS ELKSQSSGFA SFDYEEAGYE KSNLVKMNIL INGKPVDALA MIVHKFAAQS
IGKAWVTKLK EVVPRQQFEL SIQAAIGAKV IARENVKAFR KDVTAGLYGG HYDRKLKHLN
KQKEGKKRLK KLAGNIEIPQ TAFYKVLSSR PRK
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