| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG02070 |
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| Symbol | |
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| ID | 3258798 |
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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_006692 |
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| Strand | + |
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| Start bp | 578279 |
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| End bp | 581820 |
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| Gene Length | 3542 bp |
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| Protein Length | 712 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | 638257825 |
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| Product | cytoplasm protein, putative |
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| Protein accession | XP_571910 |
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| Protein GI | 58269508 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG1716] FOG: FHA domain |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 20 |
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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 | CAATATTCAA GTCACCCAAA AGTTGCTTGC GTCACAATCT CTACGTACAA CGTACAGGCA
ACACCCTTAA AAAAGGGATC GGAACCTCCA CCCCAGCTCA GACGTTTGTT CCCCGCTTTG
CCCCGCCGAT TGAGGAAACG CAAAAACGAC AGCGAAAGGA GAGGACGACC ACCTGTACGC
TGAAATAGTA ATCTGGGATT AGATCGGCAC ATAACAGAAG CACAGGACTA GGACATCTCC
GGTGCTGAGC CATTCAGGGT TGAGACGGTG AGTACATGTA CCCTTGTACA CTATCCACGA
CGGAGAGCAA ACCTGCAGAA CGAGATACAG TCGTGCTGAC CCAGCACTAC TTCTCCCAGC
GTTAATCCAG GCATCTTTGG ACAGATACAA GAAGTGGCGA GACCTCTTTG AACAGCGACG
TCAGCGTCGG CAACATTTTC CATTTTATTT TACTTTTTTG GATATACAAG GAGTCTACCG
CCGTTGGGCC GTCACAATCC TGTAGAATCG TTCTGTGATC ACACGTCGAG GTCCCCTCGT
CTAGTAGTCG CCTCTGATCT ATCACCGGCA CCACTGCTAA TAAACGGACA GGAGGTCCAA
CCGTCTTTTT CTCCATTACC GACTCAAACA AGCACAGCGG GGAGTACTAC ATTCGATCAT
ACTCGCCTAT CACAGGTGAG ATCAAGCGAG AGGTATCCTG CGAGTGCGAG CTTGGGACAG
TTTTCGTACT TGTGGCGAGG AACAGGAGTC TGCACCAGGA GACGGAAATC TGCCAGCATT
GAGTTCACCA AAAAAGTTGC CGTCCTCGTC CCAGTCACCG CCATTGTCTT ACTTGCTGCC
GAGTTCAGTC ATCAAAAATG CCAACCATGC CGCCTAAAGA CCGGCCAAAC CACATCGCCC
TTCCTGTCGG CTCTACAACT CCAACAGGGA ACAACTCGAC GAACCCTGGT TCCCCTCGTA
CCCCTCCAAC TGCGACCACC AACAATCCTA TTGGGCCTCA AGCTACGTCC CCGACGTCTC
GACATTCGTT TTTGGGATTT ATGCGGACAA GAGGTCGTTC ATCTACCTTG GGACAGCAGC
CATCGACATC GGCCAACTTG AGCAGCCCAA TTCAAAGTCA GTTTCAAAGA GCAGCCACTC
CTGAACGAGC AGGGAATTCA AGGGCCAATG CTCGAGAGCA GAGTATCTCA GGGAGGGCTG
GTGGCGGTAA CGGGGTAGCC ACGGGAAGCG GTGTGATGAA CACTGGAGCA ACTGTGACGA
GAACCGTCAG CACGCCGTTG AGCGGATCGA GTAAGTCAGT TTTGAGATTG CGGTCCTTGC
TGGCCGGCGG TCCGTGCGGT ATGACTTTTT CCTTCCTTCC TGCCATCTTG GACTGGTGGC
GTGTTACCAT TAACTGGATG TTTTTTTTTT GCTTTTGCAT TTCCACATTT TTTTCTTGGC
CCTTCAATCG TTTATGTCTT TTATTCTTGA GCGAGACACT GACCATGCCT ATAGCCATTC
CCCCCGCGCC TACCACCTCG GCATTAGCTC CTGATGCTTC TCTCAATGCC GCCCCTACAC
CTCCTGGCAA TCCTTCTAAC CGGCTGAAAA CCTATCGCAT ACGCCTGGTA CCCCATCTGG
AATCCAATCG CTCCCTTCCG TTTGAGCCTG TCATCCGCGA GATGGCACCA ATCTCCGTTA
CCCCCTTCCC TGGAACGACT CCTTCCGATT CCGCCATGCA AATCGCCGAT TCCGGTACTC
TCTCCAGCGC TGGGGGAGGA CGAACAACTG TCGGTGGGAA GCCTGTGGCC CTTGTCCTCA
AGATTGGCAG ATTCACAGAC AAGTCGGACA GATTGCCTGT TCCAACCAAC TCGGCGCCTT
TGGGCACAGG TGGGGGTGGA AGTGGGCATG TAAACGGGGA TGGGACATTA GGTCCTGACG
GACCTAGGAC AGGATCAGCA ACGCTTTCTG TAGCTGGCGG TGGGGGCGAG GTGACAAGCG
GCAAAGCAGC GTTCAGGAGC AAAGTCGTTA GCAGGAGTCA TGCAGAGATC TGGTGCGAGG
AAGGTGGCAA AGTACGTCTT TTGATGAAGG ACGCAGCTGG ATTGAACATT GACGCTGAAT
AGTTCTACAT CCGAGATACT AAAAGCAGCT CGGGAACATT CCTCAATCAC ATCAGGTTAT
CTAGCCCGAA CACGGAATCA AGACCCATGA TGCTCAAGGT AAGCCTAATC TACCATTCAA
GGTAACAACA TAGGCTTAAA CAGTCAATTT TTAGGATGGG GATGTTCTCC AGCTTGGAGT
CGATTATCAA GGCGGCACCG AAGACATGTT CAAATGTATC AAGATGAGAG TAGAAGTTGG
ACGTGAATGG CAGCGAGGCG CCAACGAATT CAAGTTCGTC ACGCTTCCAC TTGACAATGG
CAACAGCTGA CAGTGCCCAA AGCACTAATG CGCTCAAGCA ACTCAAAGCT CTTGGCGGAG
ACGTTTCTGT TTCTGACAAT AAAGGTAAAG ATACACCCAG TAAGAAGGCG AAAGCAAGCG
TGACAGACTG CTGTATCTGT TTGTTTTCTG TGACAGTTTG CCAGTCGCTT TTTATAGCGT
GAGTTATGTG CCAACCGCGC GTTTCAACGC TGACAAAAGG TCAAAAGGCC GTGCTCACAT
GTCTTTCATT ACAAATGCAT TCGACCGCTT CTCTTACAAC ATTACCCTGG TTTTTCTTGT
CCTCTTTGTG TAAGGCAGAC TTTTGAATGA AACGGTTCCC CGCTTTCCGC TAATGTCTGA
TATACAGCGG ACTTTTGCGA ATTTGGAAGA AGACGTCGAG ACCGAAGATG CTTGGGAAAT
CGCATCTCGC AGAGCAAGCG TCATCTCACG ACGACCTTCC AACCATTCCA TTCTGCCTGC
CGGATCATCC ACGCCTGCTG CTGCTGCCGC CACCGCAATT GAAAGTAATG GCAACGGCGA
TGTCGGCACA GCTATGGTTG TGGGGGACAA CGAGGTTGCT TCTGCTGGTG AACTTTTACC
TGCTCCCCAG GCACCAGGGG AACCAGAAGG TCTGCAGGCA GGCATGCCAT TAGCCAGGCA
GGCTACAGCT GTCGCCCAAG TCGATCCCAT AACAGCTGGA CTCGACCTTA CGTCCGAAAC
CATCACCACA GTGCCTGAAG AAGCTGAAGG TTTTGTTGCT CCATCGGCCT CGACCATCCC
CCGCCCAATT GTGCACCCGG CTTCTTACGA TCAATCTGGC AATAGTACCT TTTCTGAAGC
CGCCACACCC ATGAATGATA CCTTTTTGAG CACGTTGGCG CTCGCGCCAG GGATGATTCA
GCGGCTAGAG CTCGCCGATG AAGTGAGCCA GGCGGGTACC GGTAGTCTGA GTGGGATGAC
CGGAAGTAAT GCGGGAAGTA ATGGAGGGAG TAATGTGGGA AGCAGAAATG AGAGTCGAAG
GCAGAGTAGG GAGATTGAGA GGAACGGCGA CATGTACCCT TGATAATATT AGAGTTGTTC
AGCTTCCAAG ACACGTAGGT AAGGTACCTT ATGGATTGTA ATCATCTTGA CCCTCAAGTT
GG
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| Protein sequence | MPTMPPKDRP NHIALPVGST TPTGNNSTNP GSPRTPPTAT TNNPIGPQAT SPTSRHSFLG
FMRTRGRSST LGQQPSTSAN LSSPIQSQFQ RAATPERAGN SRANAREQSI SGRAGGGNGV
ATGSGVMNTG ATVTRTVSTP LSGSTIPPAP TTSALAPDAS LNAAPTPPGN PSNRLKTYRI
RLVPHLESNR SLPFEPVIRE MAPISVTPFP GTTPSDSAMQ IADSGTLSSA GGGRTTVGGK
PVALVLKIGR FTDKSDRLPV PTNSAPLGTG GGGSGHVNGD GTLGPDGPRT GSATLSVAGG
GGEVTSGKAA FRSKVVSRSH AEIWCEEGGK FYIRDTKSSS GTFLNHIRLS SPNTESRPMM
LKDGDVLQLG VDYQGGTEDM FKCIKMRVEV GREWQRGANE FNTNALKQLK ALGGDVSVSD
NKGKDTPSKK AKASVTDCCI CLFSVTVCQS LFIAPCSHVF HYKCIRPLLL QHYPGFSCPL
CRTFANLEED VETEDAWEIA SRRASVISRR PSNHSILPAG SSTPAAAAAT AIESNGNGDV
GTAMVVGDNE VASAGELLPA PQAPGEPEGL QAGMPLARQA TAVAQVDPIT AGLDLTSETI
TTVPEEAEGF VAPSASTIPR PIVHPASYDQ SGNSTFSEAA TPMNDTFLST LALAPGMIQR
LELADEVSQA GTGSLSGMTG SNAGSNGGSN VGSRNESRRQ SREIERNGDM YP
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