| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNA02830 |
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| Symbol | |
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| ID | 3253263 |
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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_006670 |
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| Strand | - |
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| Start bp | 735353 |
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| End bp | 738534 |
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| Gene Length | 3182 bp |
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| Protein Length | 898 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638252614 |
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| Product | heat shock protein, putative |
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| Protein accession | XP_566689 |
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| Protein GI | 58258553 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0542] ATPases with chaperone activity, ATP-binding subunit |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.0754568 |
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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 | AATTCTTATC TACATTCATT ACTTACTCTC AACTAATAAT AACCATGGAC AACTTTACAG
ACAAGTCCTC AGAGGTCTTG AAGGCCGCCC TCGACAAAGC GGCGGAGATG GCGAACGCTC
AAGGTACGTG CAATATTCAT GTTTTGAAGT CATCCTGTAG CTAAACCGTC GTAGTCCACC
CATTACATCT TATATCCGTC CTCTGGGAGG AACCAAACCA GCCTTCTAGT GGCCCTGACC
AGCCCACTTT ACTCAAAGCC GCTCTTGAAC ATGTTGGCGG TAATCCCACC CTTTTCAACC
GTGCTCTCAT GCACAAGATA AACCGATTAC CCGTTGTCGA CCCTCCTCCA TCACCCCCTC
TGCCCCTTGC CAACTCCTTC AATGCTGTTA TACGGGAAGC TCAGAAATTG CAAAAGGACC
AAAATGACCA GTTTGTCGCT GTCGACCACC TTCTCCTCGC GTTGCTTCGC ACCGATGCCT
CCGATATGAA GGAGTTGTTG AGGGGTACGG GCGCTGAGCC GAGAGCCCTG GAAGCAGAGA
TCAAGAGAAA GAGAGGTGGA AGGAAGGTCG ACAGCAAAGG TGCTGAGGGA CAGTTCGACG
CTCTTAATAA ATGTAAGTGT AGGGAGGGAC CTTTTCGCGA AAGGATGTCG CTGATATAAT
TCATAGACTG CGTGGATCTT ACCGCTCTAG CAGAGCAAGG TAAGCTTGAC CCTGTGATCG
GTCGAGACAA CGAAATCCGC CGTGTTATTC GAATTCTCTC CAGGCGCACC AAGGGTAACC
CTGTCCTCAT TGGGGAGCCT GGTGTGGGTA AGACGGCCAT TGCCGAAGGT CTTGCCCAGC
GAATTGTCGA CCGAGATGTC CCGGCAAGCT TGATCAGTCG TCTACTTGCC CTTGACATGG
GTGCTCTGAT GGCTGGCGCC AAGTACAAGG GCGAATACGA GGAGCGTGTC AAGGCCGTTC
TCAGCGAGGT TGAAAAGTCT GGGGATGAAG GCACGCAGAT TATCCTCTTT ATTGATGAAA
TTCACCTGAT TATGTACGTT CTTCCGAGCT CTATCAATAG TTGAAATTTG CTGACTGTGT
ACTCTTAGGG CCGGGAAAGA TTCAAGCGGC GGTATGGACG CTGCCAACTT ACTCAAACCA
ATGTTGGCTC GAGGGAAGCT CAAGGTCATT GGTGCTACTA CTCTGAACGA GTACCGAGAA
TACATCGAGA AGGATTCTGC CTTTGAGCGT CGATTCGCTC AAGTCATAGT TGACGAACCT
TCTGTTCCAG ACACCGTTGC AAGTGAGTGG CTGCTATTGC TCGTGATATA TAACATTTGG
CTAACAATAA TTCTCAGTTA TGCGTGGTAT TCGCGAAAAA TATGAAACAC ATCATGGTGT
CCGTATCATG GACTCTGCCC TTGTCCTTGC TGCCCAACTT GCCAAACAAT ATCTTACAGC
ACGACGCTTG CCAGACTCTG CCATCGATCT TCTCGACGAA GCAGCCAGTG CTGTCAAGGT
TGCCCGCGAA ACCCGCCCGG AAGCCATTGA CGAGCTTGAA CGCAAAAAGC TTGGTTTAGA
GGTCGAGATC CATGCCCTTG AGCGAGAGAA GGACGAGGCC TCCAAGGAAA GATTGGAAGT
AGCTAAAAAG GCTATCGCCG ACTTGGAAGA CAAGCTGGGG CCTTTGAAAC GGGAATATGA
GAACGACAAG CATCTGGGAG ATCAGATTCA TGAGCTGAGG AGGAAGATTG ATGAGCTGCG
AACCAAGGCT GATGAGGCAG AAAGAAGGTA AGTAGTCCTT GAAAGCTCAA GATATATGGC
AAGGCTAATC TTTCACTTAG GTACGACCTT GCTACAGCTG CCGACATTCG ATACCACTCT
ATTCCCCAAC GTGAACAAAA GCTTCAAGAG TTGGAGCAGA AAGAAGCTGA GAAGGGTTCG
GGTCAGCAAG TCGCTCCAGA GATGATTGCT GAGGTTGTGG CTCGGTGGAC AGGAGTTCCC
GTGTCCCGAT TGGTCGAAAC CGAAAAGGCC AAACTCCTCC GCCTTGAGAA ATTGATCTCC
AAAAAGGTCA TTGGTCAACC AGAGGCGGTC AAGTCTGTCG CTAACGCCAT TCGGCTCAAT
CGATCCGGCC TTGGTAATCA GAATCGCCCC ATTGCCTCAT TCTTGCTAGT TGGTCCATCT
GGTACCGGCA AAACATTGCT TGCCAAGACA TTGGCGGGTG TTATGTTCAA CAGCGAGGAT
GCAATGGTTC GTATCGATGC TTCCGAGTAC TCTGAGAAGC ATGCCATCTC GCGTCTCATT
GGTGCCGGTC CTGGATACGT CGGGCATGAG GCTGGTGGCC AGCTGACTGA GGCTGTCAGG
CGCAAGCCGT ACTCCCTCAT CCTCATTGAC GAGATCGAAA AGGCAGCGCG CGAATTCCAC
CAGCTCTTCC TGCAAGTTCT CGATGATGGT CGTCTTACCG ATGGCAAAGG CCGGGTAGTT
GACTTCCGCA ACACTATCGT CATGATGACT TCCAATGTCG GCTCTATGTA TCTCAATGAG
CACCCCTCGG AGGGAGCAGT CGATCCTGCT GTTCGTGCCA AGGTCAATGG GGCTATCGCT
AAGACTTTCC CTCCGGAGTT CATCAACAGA ATTGACGACA TCATTCTATA CCGATCATTG
AGCAGAGCGG ACATCAGGAA GGTCGTTGAT GTTAGATTGA AGGAAATTCA GCAAAGGTTG
TTGGATAACA ACAGGAAAAT CAAGCTTGAT GTCGATGATC CTTCCTGCGA GTGGTTGGCT
CAAGCTGGAT ACTCTCGTAA GTGTCAATCC CTTCAAAAAA AATTGAAACA ATTACTGATA
TTTTTATCTA CAGCGACGTA CGGTGCTCGA CCCATGGCTC GTCTTATCCA GACCGAAATT
CTCAATCCTC TCTCGCGACT CTTGCTCCAA GGGCGTGTGC GAGACGGTGA AGTTGCCCAC
ATCACGGTCG ACCTTCGGAA GAACAGGTTG GTTGTGATTC CCAACCATGA ACCCGACGTT
ATCCAGCCGG ATGATAGTGA AGATGAGGAT GATTCAATGG ATATTGAGGT GGAAGAAATG
GATTAAATGT ACCAAGGCGG CGGGTCTGAT CATCGAAGTA GTAGTTATTT TTCTCTTTTT
AATTTATAGT TGTCTTTTTG CTGCCATCAT AAACTTAGAT CAAAATGTAG CAATTAATGA
AC
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| Protein sequence | MDNFTDKSSE VLKAALDKAA EMANAQVHPL HLISVLWEEP NQPSSGPDQP TLLKAALEHV
GGNPTLFNRA LMHKINRLPV VDPPPSPPLP LANSFNAVIR EAQKLQKDQN DQFVAVDHLL
LALLRTDASD MKELLRGTGA EPRALEAEIK RKRGGRKVDS KGAEGQFDAL NKYCVDLTAL
AEQGKLDPVI GRDNEIRRVI RILSRRTKGN PVLIGEPGVG KTAIAEGLAQ RIVDRDVPAS
LISRLLALDM GALMAGAKYK GEYEERVKAV LSEVEKSGDE GTQIILFIDE IHLIMAGKDS
SGGMDAANLL KPMLARGKLK VIGATTLNEY REYIEKDSAF ERRFAQVIVD EPSVPDTVAI
MRGIREKYET HHGVRIMDSA LVLAAQLAKQ YLTARRLPDS AIDLLDEAAS AVKVARETRP
EAIDELERKK LGLEVEIHAL EREKDEASKE RLEVAKKAIA DLEDKLGPLK REYENDKHLG
DQIHELRRKI DELRTKADEA ERRYDLATAA DIRYHSIPQR EQKLQELEQK EAEKGSGQQV
APEMIAEVVA RWTGVPVSRL VETEKAKLLR LEKLISKKVI GQPEAVKSVA NAIRLNRSGL
GNQNRPIASF LLVGPSGTGK TLLAKTLAGV MFNSEDAMVR IDASEYSEKH AISRLIGAGP
GYVGHEAGGQ LTEAVRRKPY SLILIDEIEK AAREFHQLFL QVLDDGRLTD GKGRVVDFRN
TIVMMTSNVG SMYLNEHPSE GAVDPAVRAK VNGAIAKTFP PEFINRIDDI ILYRSLSRAD
IRKVVDVRLK EIQQRLLDNN RKIKLDVDDP SCEWLAQAGY SPTYGARPMA RLIQTEILNP
LSRLLLQGRV RDGEVAHITV DLRKNRLVVI PNHEPDVIQP DDSEDEDDSM DIEVEEMD
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