| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND06230 |
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| Symbol | |
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| ID | 3257319 |
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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_006686 |
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| Strand | - |
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| Start bp | 1718531 |
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| End bp | 1722881 |
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| Gene Length | 4351 bp |
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| Protein Length | 1076 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638256563 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_570555 |
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| Protein GI | 58266798 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG0464] ATPases of the AAA+ class |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 18 |
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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 | ATGGATTATT CCACTTTGTT ATCGATAGTT TCCAACAAGT CTCCAGCACT TCGTACAGGG
ATAATTGAAA CTGCCATGGT CAGAAAAGCG GCCGTCAAGT ACCGTTCTCT AAGGTCAAAT
CTAGTCAATC TTCCCCTATC CCTCTATGCC CAGCTCGTAC AACAGCAAGC AGTTAGTATT
TTTTCCCGTT CGCAAGGCAA TAGCTCACAC CGGATCGTAT GAAGAGACCC CAGTCCCTCA
TCCTCCACTT ATCACCCTTA TTATCTCCAT CATTCCCCTC CTCCTCAAGA CAGCCGAAAA
CAGCGTACTT GGGATGGTCA GGGCTGAATG CAGCGGCTAA TGTCTCCCAG GTTGGCGATG
GAGTTGAAAG TGTCGAGGTA GATCCCGAAG TCGCCATGTC TTTAGGATGG AGCGAAGGCA
TTTTGGTGAG TTGTCAGTAG CGCTTGCGAT TTGACATTAA TTGCTGTCGC ATTTTCAGGT
TGAGATCGCC GTGATACATA ATCCCACTGT TGCCAAGTCA GTATCTGTGA CACCGATGAG
TCCTGATGAC TGGGAGATCC TGGTGAGCTA TTTCATATCA TGGCGATCTC GGCGAATTTC
TGAAGCAACA TAATCATAGG AACAACATGC ATCTTTCTTG GAGAATAATC TCTTATCCCA
ACTTCGAGCA GCGCAAAAGG GACAAGAGAT TGACGTATGG GTGATGGGTC GAACCAAAAT
CAGAATACGA GTTGGTGAGT GATTGACCAG CTGTATTCCC ATATGTCATG CTTCTCTAAT
TATCTTTTAG ATGAGACCAA TCCCTCAAGC AACTCCCAGT CTGCGGTTAT CATTAAGCCC
GACACTGAAA TCTACGTCGC CCCTCGACCT CGCTTGTCCA AATCCGCTTC GTCCATCCCA
TCTTCCCAAT ACTTCCCTCA AATAGTCAAG ACCGGCCTTC CCAACGGGAG AAATAAGTTC
AGCCAGGTCA AATTACGTCA AGTCCCCCCC AAAGTCGCAT CCGCATGGGG CGTTTTTGTA
CCCCCATCCA ATGCCCTTTT GAGAACAAAA GATGAGAGAA TAGCTGTGTG CTCTCCGACA
ATCCTTGAGA AAATCAAGAG AAGACTCGGA ATCAGTGATG GGGAGATGTT CTTTGTCAAA
ATTGCTCTCG ATCAGCCCCT AGAGGAAGAA TCCCCCCCAC CAGGTCCCGT TGCCATTGCG
CAAGAAAAAG AACCCATGGA CGAAGCAGAG ATGCTTCTTG TCTCTTGGGA AGAAATGCCG
AATGGATGTA TATCAGTTGC TGGAAAAGCG GAAGATTGGA TGAACGTATG GGCGAGGATC
AAAGTTTTGG AAAGCACGGG GAAGAGGGAG AAGACAAAAT CTGGAAAGGG AAGACCCATC
CCTGATTTAT CATTGTAAGA CCTGTCTCTC TACTCTACCT CCTTTGGTCA GTATGACAAT
TAACCCACTT TTGTTTTTCC TTTTTTCCAG TTCTGCCGAT CCGAAGCAGA CCTCATCACC
TCTCCCAGGA CTCGACAAGA TCTGCCAAGA AGCCATCGAT TATCTTCGGC TTTCAGCGTT
TTTTCAGAGA TCGAAACCCT TGCTGCTATT GGGTACGAAA GGTTCTGGGA AGACTAGTCT
AGCAAAAATA GTCGGCAATG CTTTGGAGGA AAATAGATTC GTTCTGGCTG GTAAGGAACT
CATCTTTCTA GCATCTAAAA ATACAATGAA TATAATGGGC TGATTGATCG CGGGCGATAG
AGACGATTTA TGTGGATGTG GGGAAACTAG ACCCAGAATC TAGGATCGCA ACCATAAAGC
AAAACATGGA TAAATGGATC GACGACGCAA AAGCGAAAGC GCCTTGCTGT TTGATCCTTG
ATGATTTGGA TAATCTCTTA TCGCCCGAGA CTGAGGTAAG TGTATCTCAA CATTTCTTAA
TCTCTTCCCT TCCCCCACAT GAAGTCCCAA GGGTCTTGAG CTTATTATTT CTGCTCTCTC
CACTATTAGT TGAAAACGTC AACAAACCCT TCCATCCTCG CTGAATATTT CACTTCCCTC
ATGTCATCCC ACCTCTCCCT CCCGCCTGGC ATCCTCATGA TCGCCACAGC ACAAGACGCC
TCCACGCTCC ATCCTTTACT TAACACCCGG CACGTATTCG GCGAAATACT CAAGATCCCT
CCACTTTCTA AGGAAGTCAG GCAGGATATT CTGAGGGAGT TCGTTGCCGC CAAGGGGGAA
ATGAAAATGA GGAGAGATGA GAGGGGAGAG GACACTGGGG ATGGACTGGA TTATGTGTTG
TTGGGAAGTA TGACGGAAGG ATACTCTATC TCTGATTTGA GTGATCTAGT ACAAGGTGCG
ACGCAACAGG CTATTATACG GTGTACCAAG AGTAGAGAAA CAGACGTGCG TTCTTCTCCC
TTCTTTGTTT CTTCCATGAC AGTTGTTGGA ATTGACCATA ATTGGGTGAT TGTAGATCCG
TTTGACATTT GACGATTTTG TCATTGCCCA TGAAGAGTTT ACACCTCTCA GCCTTCGAGG
AGTTAATCTT CAGACTTCAG ATGTGAAGTG GAGCGATATC GGAGGTAAGT CGATGTAATC
TTCTCACCCT TCACAACTTT TCCATCCGTC CTTTATATCG GACAGCTCGT TTACAAGGTT
TATTTCAACA TCACAGGCTT GAAAGAACCT CGACGAATTC TCCGGGAAAC ACTCGAATGG
CCCACCAAGT ACGCTCAGAT CTTTGTCAAT TGTCCTTTAC GTCTTCGATC GGGGTATGTC
TTATAACATT TCTCTATATT ATTCAACTCT CTTGAGCGCA GAAACGAAGG TGTTGACTTT
CATCTCCACC GCATCTCATC TCCAGTCTCC TTCTATACGG TTACCCTGGA TGTGGCAAGA
CTCTTCTCGC TTCTGCTGTC GCTAAAGAGT GTGGACTCAA CTTCATTTCT GTCAAAGGTC
CCGAGATCCT CAACAAGTAT ATCGGCGCAA GTGAAAAGGG CGTGAGAGAT TTGTTTGAGA
GGGCAAGTGG TGCGAAGCCT TGTGTTTTGT TTTTCGACGA ATTTGACTCT ATCGCTCCCA
AACGGCAAGT CAATACATTC TATGCAGGAC TATCAAATAA AGAAAAATGC TAATGGGACT
GGAAAAAACT GGTTACAGAG GACATGATAG TACAGGCGTT ACGGACCGAG TAGTCAATCA
ACTCCTCACA GAGATGGACG GCGCTCAAGG TCTATCGGGA GTCTACGTCC TAGCAGCTAC
AAGCCGTCCA GACCTTATCG ACCCGGCGCT CCTCCGTCCA GGCCGGCTAG ATAAATCCAT
CATCTGCGAT ATGCCCTCGA ACTCTGATAG ATTGGAAATC CTGAAGGCAG TGGCGAAGAA
GGGGAAACTG GAGTTGGGAG AGGATGTGGA TCTGGAAGCG GTGGCGAGGG AGAGTGAAGG
ATTCTCGGGG GCCGATTTAC AGGCGCTGAT GTATAATGCG CATTTGGAAG TAGTACATGC
TGCTTTCGAG GATGAAGAAA GGAGGGAAGA AGAGGAAGAG GGAGGACAGA AGGTGGCTGT
TAATGGAATA GGAGGAAGAG AGGGGTATAG ACTGATTTCC CAGACTAATG GGGGAGATCT
TTCGGCGGCA GCTCGTGCGG AGCTGGGTCA GAGAGTAGGT TTCCTACATC TTATTTTCGT
CTATGGGGAC TCACAGTTGA CCGACTTGAA AACAGATTGA TACAATCGTC AGTAACAGCC
AATCGCGCTT CATGTCGGTC GAGAAAGGGG AAAGAACCGC AAAGGATTTT GTCAAGGTGT
GTAAACCATT TCCCTTTTGA GCGTAGTCAA TGATATCTTA CTGTATGGCA TAGCCCATTA
TACAGCAACG ACATTTGATG AACGCTCTGC TTGAAATTCG ACCATCTGTA TCGCAAGCTG
ATCGTCGAAG ACTTGACCTC ATGTAAGGGC TCTTTTTAAG ATCATTAACC AACAAGCGTT
TGCTCATCGT TTTCCGTACA ATCTCTAGCT ATCGATCATT TGTCAACGAC AGAGATGGCA
AGATGGGTAA TGGAGATTTG GGTAGAGAGA CGGGTACGAG GGTGTCCCTT ATGTGATTCG
TGATTGAAAT TGCAAAGAAT GCATCGCATG GCCCATATAT AATGGAAGGT GGAATCATGT
CAGGTTATAT CCTTGAGGTC ACTTTTATTT ATCTGACAAT TCCATCTGGA GCTCCCTACA
ACTTCTCAGC AGTCTCTGCA ACCCTTCTCT TCACGGAATG TTTCTCCTAG CTCTCATTAT
CCGTTCCCTT TCTTCGGCTA TCCAAATGGC CAATCACCTA TACAATCGCC GAAGATACCG
CTGCACAGTC CGTGATCGCG TATGCCTTTA G
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| Protein sequence | MDYSTLLSIV SNKSPALRTG IIETAMVRKA AVKYRSLRSN LVNLPLSLYA QLVQQQARPQ
SLILHLSPLL SPSFPSSSRQ PKTAYLGWSG LNAAANVSQV GDGVESVEVD PEVAMSLGWS
EGILVEIAVI HNPTVAKSVS VTPMSPDDWE ILEQHASFLE NNLLSQLRAA QKGQEIDVWV
MGRTKIRIRV DETNPSSNSQ SAVIIKPDTE IYVAPRPRLS KSASSIPSSQ YFPQIVKTGL
PNGRNKFSQV KLRQVPPKVA SAWGVFVPPS NALLRTKDER IAVCSPTILE KIKRRLGISD
GEMFFVKIAL DQPLEEESPP PGPVAIAQEK EPMDEAEMLL VSWEEMPNGC ISVAGKAEDW
MNVWARIKVL ESTGKREKTK SGKGRPIPDL SFSADPKQTS SPLPGLDKIC QEAIDYLRLS
AFFQRSKPLL LLGTKGSGKT SLAKIVGNAL EENRFVLAET IYVDVGKLDP ESRIATIKQN
MDKWIDDAKA KAPCCLILDD LDNLLSPETE LKTSTNPSIL AEYFTSLMSS HLSLPPGILM
IATAQDASTL HPLLNTRHVF GEILKIPPLS KEVRQDILRE FVAAKGEMKM RRDERGEDTG
DGLDYVLLGS MTEGYSISDL SDLVQGATQQ AIIRCTKSRE TDIRLTFDDF VIAHEEFTPL
SLRGVNLQTS DVKWSDIGGL KEPRRILRET LEWPTKYAQI FVNCPLRLRS GLLLYGYPGC
GKTLLASAVA KECGLNFISV KGPEILNKYI GASEKGVRDL FERASGAKPC VLFFDEFDSI
APKRGHDSTG VTDRVVNQLL TEMDGAQGLS GVYVLAATSR PDLIDPALLR PGRLDKSIIC
DMPSNSDRLE ILKAVAKKGK LELGEDVDLE AVARESEGFS GADLQALMYN AHLEVVHAAF
EDEERREEEE EGGQKVAVNG IGGREGYRLI SQTNGGDLSA AARAELGQRI DTIVSNSQSR
FMSVEKGERT AKDFVKPIIQ QRHLMNALLE IRPSVSQADR RRLDLIYRSF VNDRDGKMGN
GDLGRETGTR VLCNPSLHGM FLLALIIRSL SSAIQMANHL YNRRRYRCTV RDRVCL
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