| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNJ02610 |
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| Symbol | |
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| ID | 3254338 |
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| Type | CDS |
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| Is gene spliced | No |
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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_006679 |
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| Strand | - |
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| Start bp | 752882 |
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| End bp | 756362 |
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| Gene Length | 3481 bp |
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| Protein Length | 897 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | 638253418 |
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| Product | nucleus protein, putative |
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| Protein accession | XP_567551 |
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| Protein GI | 58260282 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.333547 |
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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 | GCAAGGGGGC AATGGAGAAT CTCCTCACCA TCCGTGACCT TTTATCGAGC GTGCAGATAG
AGAACTTTCT TCTTCACTGT AGTGTATGAC AGCTCTGTCC CTCATTGATC AACATCTTCC
CATCGACACT CACAACTCCT CCAGACCTCT CTCGTCCTTT TCGTGTAGCG TCCGCTCCTA
AAGGGCGATA CCGTCGATCT TTGACCAGCT AATCACCTTT TGGGCATACT ACCTGACATG
TACGTCTTTA TTCCCCTGAT CTAATCTCGG ACCCTTGACG AGTCCCCATG ACCACACATC
CGTCCCCTCA CTCAAAGCTA TCAGCTTTTC CATACGTCCA ATTCTCATTC TGCCTCCGCC
TGTGGAATAC CAACGCGCTG ATTGCGCACT AGAGACACAG TTGAGGTATC CCCAAGAGCC
AGTTCTACAT CATTAAAAAT ATCCGGCCCG GACCCGCCAT GCAACCTCCC CAAAAGAAGC
TCAAGCGACG CGTACCCGAC ACCCAACGTC AGAGAGTATC GGTATCATGC GATCGGTGCA
AGGTCCGCAA AATCCGTTGC ATCCGCATCT CAGGGGGGAA CGACCCTTGC GCAGCATGCG
CACAGCTCAG TCTCAATTGC GAATCAACCT TACCTCGGAA ACAAAGGGTC TACGCTAGCT
ACGACCAGCT ACAATTGAGA TACCGTGCAC TCGACACCTT GATCAAGCGA TTGTATCCCG
GCGAGAATGT CGAAAGCGTC GACGATATAT GCGAACTGGC GCGGAAACAG GGGCTCGATT
TGTCGGGATT TGAAGACGAA GGGGAGGATC TGGATCCACT ACCGAAACTG AGCGACAGGG
AAAGCTCGGG CACAACTTCT GCTTCCAAAG AAGGCAGCAG CTTATTCGAC TCGGTACAAA
ACCTACGTAT ACCAGAAGGA GGGCTCATCC CAGCACCTCG AGGCGGATAC CACTACGTGG
GTCCGGCAAG CTCGTACCAG TTTGCAAATA CGATCCGGCA CCTAGTCAAA AAGTCGAGTG
CATACACGCT TGCATTCGAT CGTGTGGGGT ACAGACGACA ACAGCGGGCA AATGAATTCA
CCTCGTCAGA TCGGACTACA GCTCTCGAAG CGCGTATACC AGGGCATCCT GTGATGGTTG
GAGAAAACGA GGCCTCCCCC ATGAGCGAAA GTATAGGATC GTGCCCTTCT GATGTCGGTC
CTGTACCGTC TCCTCAGGAC CGAACAACCC CCAGAAGTAT ACCACACTCC ATCACCCGTC
GGACGATAGA CATCATGCCT CCCCGCCAGC TGGCAGACAA ACTTGTTCTC GCTTTCTTTG
ACCGGGTGCA TCTGAACTTT AATCTCTTTC ATCGAGGAAG TTTTCAGGTT CGCTACGAAT
CAATATGGTC ATCCAGGAAT GAAGCCGGCT TAGAAGATCT TGAGCCCGGG TGGCTATGTG
TCCTGTGTAT GGTGTTTGTA CTGGGCGCTC AAGCTCTAGA ACGAGACGGT CTGCGGGAAG
CTACAGTTAT CCAAAGCCGG TATCTTGCCA TTGTCATCCG CGAGGGGATG CAGCGACTCG
TCCTCACGGC AACACAATCA AACGTGCAGG CCCTAGCTCT GCTCAGTCTG TATCAGCATA
ATGCCGGCGA ACGCAATACC GCCTGGATGC TGGTGGGACA CGCTGCTCAT ATGGCTGTCG
CCCTAGGCAT GCAGCGGGAT GGCGAAAATG CAAACTTTGA CTTTATCGAG CGCAATACTC
GGCGGATCAT ATGGTGGACA CTGTATCTCT TTGAGCAGAA TCTGAGCTTT ATACTCGGTC
GGCCGAGCGC GACGTCGACT CCGGACGTCA GTGCGAGTTT GCCAGACGAG GCGGTCAAGG
ATGGCGCAGA TTCGCCACCG GGCTACTTGG AACAGGCGGT CAAGCTAGGC GACATTTCGA
CCAAGATCAA ACGTTTCACG GCCGCCATTT CTTCCGACTT TGACAAGCCT AACCGGTTGA
CTGCGACTAC CGACATTGCC AACCAGCTAG ACGAACTGCT GCTTCAATGG GACCGGTCAC
TCCCGCCACA TCTGAGATAT ACAGCGCAGT TTGCAACGGC AAAACATCGC CGGACAGTTC
GTCTTCTTCA CGCGACATAC AATCACCTGC GGTCTGTGCT AGGCCGACCG TATTTACTTT
GCAAAATCAA TCATGATCTC GATAATTCCC AATCGCCTCT TCACGTTAAC TCATCATCAG
GTCTAGCAAG TGCAATCACC GCATTGTCGC AAACGTCCCT GTCCGCCGCA AGAAGCTGCA
TGGAGGCTTT ACTCTCCTTG GCGAGCGCCG CCTCGCTCGA AGGAGAGGTC TGGTACGACT
ACTACTACGT CCATCATGCT TCTCTCATCC TGTCCCTGCC CTTTTTAGTC GATTTCAACG
ACCAACACGT CGCCTCGGAT CGAGCCATTA TATCGGCGAC ATTGAACCTT GCTCAAAAGA
GCCGCTTGGC CCCCACGTAC CGTATCTTGA TCAACGTGTC GATCCAATTT GCCAAGATTG
TTGGTATAGG ACCAGATGAC GACCCAAGCA GACCAGCTTC CCCTCGACTC GGTGCAAGCG
CAATCCGCCC AGATCTGTCT TCGTCCGGGA AGTCGATGGT ATTTCCCGAA GGATTCACCG
ATGAGAACAA CCATACCGAT TGGAACCTAG GGCCGAGTTC GGTCACGCCA GAGAACTCTG
GTGGCAATCG CTCGTTCGAC TCTCGAGCGA ATTATCACAT GTCGGGCATG TCGCACGAGG
CCGGTCCTGG TACAGGTTCG TCGACGGTAC AGTGGCCGAC TCAGCTCCCC CACCACACGA
ATCCGACAGC ATCAGACCCG TGGTCACTGC TTCCCATGCT CAACTCGACT CCTTCCTCTC
AGCCGCTCTC GCTCGAACAG CTCTTGGGCA TGCAGCCATC GACGCTCTTC AACGACAGTG
CAACTCAGCA ACCTGTCGCC GACCTTGGCT TCTCGGACAT GTACAACTTT GGTTTCGGGC
TGCCGGCACA GAATGATGGG ATAGGCCCTT ACTGGCCAGG TGGCGTGGGT GAAGAGGGTG
GAAGCGGAGG CTTGGGTGAT ATGCCTTGGG ATTTCTTTGC CGGGGGAGAT TGGGCCGGGG
GTGGACATGA AACTGGACGA GAAGGGAGAT GATTGTTGAG GTGATGTTGA GTGGAGCTGA
GCCGAGTCAA GTTTATTTTG GTTCGCTGGT GCATGGAAGG AGGAAGAACT GCGATGACAT
CGACAATGGG CACGATGCGC TGGTCACAGG AGCATAATCA CGCATTCACA TAGGCATACC
TTTGGCACTG GCATAGACAT ATTAGGGCAG CAGTTTGTAT AACTGAGACA ACCAACGCAT
TCATATACAT TTATCGCATT CTGGGCATTT CAATGGATAG ATTTAGTCGT CTGCAGCATT
ACTACTGATG CTCAAAACTC GCAAGTCGTT CTAGATGTTG TGAAATACGG GCTTAGAGGG
G
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| Protein sequence | MQPPQKKLKR RVPDTQRQRV SVSCDRCKVR KIRCIRISGG NDPCAACAQL SLNCESTLPR
KQRVYASYDQ LQLRYRALDT LIKRLYPGEN VESVDDICEL ARKQGLDLSG FEDEGEDLDP
LPKLSDRESS GTTSASKEGS SLFDSVQNLR IPEGGLIPAP RGGYHYVGPA SSYQFANTIR
HLVKKSSAYT LAFDRVGYRR QQRANEFTSS DRTTALEARI PGHPVMVGEN EASPMSESIG
SCPSDVGPVP SPQDRTTPRS IPHSITRRTI DIMPPRQLAD KLVLAFFDRV HLNFNLFHRG
SFQVRYESIW SSRNEAGLED LEPGWLCVLC MVFVLGAQAL ERDGLREATV IQSRYLAIVI
REGMQRLVLT ATQSNVQALA LLSLYQHNAG ERNTAWMLVG HAAHMAVALG MQRDGENANF
DFIERNTRRI IWWTLYLFEQ NLSFILGRPS ATSTPDVSAS LPDEAVKDGA DSPPGYLEQA
VKLGDISTKI KRFTAAISSD FDKPNRLTAT TDIANQLDEL LLQWDRSLPP HLRYTAQFAT
AKHRRTVRLL HATYNHLRSV LGRPYLLCKI NHDLDNSQSP LHVNSSSGLA SAITALSQTS
LSAARSCMEA LLSLASAASL EGEVWYDYYY VHHASLILSL PFLVDFNDQH VASDRAIISA
TLNLAQKSRL APTYRILINV SIQFAKIVGI GPDDDPSRPA SPRLGASAIR PDLSSSGKSM
VFPEGFTDEN NHTDWNLGPS SVTPENSGGN RSFDSRANYH MSGMSHEAGP GTGSSTVQWP
TQLPHHTNPT ASDPWSLLPM LNSTPSSQPL SLEQLLGMQP STLFNDSATQ QPVADLGFSD
MYNFGFGLPA QNDGIGPYWP GGVGEEGGSG GLGDMPWDFF AGGDWAGGGH ETGREGR
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