| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNG00610 |
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| Symbol | |
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| ID | 3258634 |
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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 | 162824 |
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| End bp | 167467 |
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| Gene Length | 4644 bp |
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| Protein Length | 1251 aa |
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| Translation table | |
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| GC content | 50% |
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| IMG OID | 638257677 |
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| Product | 1-phosphatidylinositol 4-kinase, putative |
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| Protein accession | XP_571774 |
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| Protein GI | 58269236 |
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| COG category | [B] Chromatin structure and dynamics
[D] Cell cycle control, cell division, chromosome partitioning
[L] Replication, recombination and repair
[T] Signal transduction mechanisms
[U] Intracellular trafficking, secretion, and vesicular transport |
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| COG ID | [COG5032] Phosphatidylinositol kinase and protein kinases of the PI-3 kinase family |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | GCTGGGGCTA CATCGCTCAG AAATAGAGAG TATCCCAAAA AAATATACAT TCCCTCTATT
CCCCCAGTAC AGCGAGCAGC GGCAACCCTC GGCAATCACT GCTCTCAGAT CTAGACTACA
GCACATCTTG AAAACTCGAA CGCCTTTTGA CGAGTAATAC ATGATTTGCC CACCATGTCT
CACGCATTAC TGTACGTCCT GATCCTCTCT CTATCATGAT GTCAAGTAGA CTCGGGTAAC
CTAAATCATG CCTCTTTCTA GCCTCCGCCT GTTCCTCTCC CCCTACTTCT CCATCTCCAT
CGCCATGCAG TACCTCAAGA CCTATCCCGA CTCTATTGGT ATATCCCACT ATCTCTGCTG
GCGAATGAAG AGGATGCCTG CCGAAGAAGT TGAGTTTTAT TGGCCCCAGA TATGGTATGT
TTCGTTTCTG CACGTAGGGG AGGGTAACAG CTGAAAAAGA GTAGCCATTT GTTACTGACT
TACCCTACCC AATCCAATGC TCTCGAGTCG TTCATCATCG CTCGAGCAGA GGAAAGCACC
CACTCTGCCA TGCTCGTACG TCTATCTTCC TCCTGACAAC AAAAGGAACC AAGTGCTCAG
CGCCGACCTT AGACATTCTG GTTCATGCAA GCCGCTCTCC GAGACCTCAT CCCAACCCGG
CAGACGGATC CTGTCCCGTT CGCAATCTGC CAACGCGTCC TGCACCGTTG CCATGCCATC
ATCTTTGGTG ATCCCCCAGA ATCGTCGCGC TCACCTTACC GCTCTTTACC GCATTCGCCG
TCTACCTCTG CCTTGGGCGT GCTCTCTTCC CTCTCTGGCT CTGGTTCTAA CTCTACCGGC
ATTCAAATTG ACGAGGGCCA AAGGCAAGGA CAAAGGTTTG GCCAGGGGAG AGTGAACTCA
CATGCCGCAG CGGCGTTGGT GGGTATGGGC GTCATGTTCG CTGGTATACC CGGTATGCCC
GCTCTAGTCC CCCTCGTAGG CGAATGGGCT CTCATCCAAG GGCGCCGACC GATGGACGAT
CTGACAAGTG GAAGGGATAG GGTGGAAGTG GATACGGGTG GTGGAGCGGA TGTCAGGCCT
GAAAATGTGG AAAGGAGGAG AAAGGAAAAT GAGAATGAGA AGGAGGAGAA AGAGGATGAT
AGTGAGTCGG AAGAGGAAGA TGGGCGAGCG CAGAGTAATG AGAATACCCA AGGTCAAGGG
TACAAGTCGA ATGTTAAATT CGCCAAATCA ACCGTCAATC TCGCAATCAC TGGCCCCGCT
CAAACAGCGC CCAACCTCTA TTCTCCACCC CGATCTCCAT CTGCACTTAC TCCTTTCTCC
GTGATCGACA TGCCCGATGA GAAGGAAAGG GAAAAGGAAA AGAATGGCGG CATTTCTCGC
CGAAAGGGTT CAGACCCATT CGGTCAACTG TTCAATGACC GATCCCCTAC TCCACCTAAA
TCTGTACACC AACCTTTCCA TTCCGTGCCT TCTTTACCCC GTTCATCGTC TTATAACCCC
TATCATTACT CTGGAGGACC ACCCACAGCG GAAGCCATTC TCGCGACCTA CTCGCTCTCT
GCGCAAAGAC AACTCCTCAC AAGTCATTAC TGTAGGAGCG AAGTGAGGTT CTTGCTATTA
TTGGAAGATA TCAGTAATAG ATTATTGGTC ATTCCTAAAC CGGCGCGGGT TAGTGCTTTG
AGAGCAGAAT TGACGAGTTT GAACCACAAC CTCCCAGCCG AAGTGTGCAT GCCTCTATGG
TGTACTGCCG ATCACACCCT TTCTCCTTCC TCTTCTTCAT CCACCTTGAG CCCATCACCC
TCATCTGGAT CGAACAACCC CTCTTCGTCG GCAAAAAATC GAGCATACCA TCCGCGCGGT
TCCGCCGTCC CAGGCGGTCA CTCTCGAGTT GTACGTATCT CACCAGGCGA TTCCGTCGTC
CTCAACTCGG CAGAAAGAGC ACCGTACTTG TTACACGTCG AGATCCTCCA AGGGGATCTC
GATTTTGACC CGACGAGAAG GGAAAATAGG GAGTTGTTGA AGAAAATCGT GGTAGCGGAG
GATAGAAAAA GGAGGAAAAG GGATGGGACA TTGGGAGTAG ATGGAAACGG ACGTGAAGCT
GGTGCTGGCG CCAGAGTACG TAATGGAGGG TACAGTAATT GTCGACAAGA ATGGGGATTA
GGGAGTAAAA AAGGAAAAGG GAAAGGAGAA GGCTTCGGAA GTCTCATGCC TGATTCTATC
CCTGCCATCC CGCCTTCTCC TGTCCCAGCT CCAGTCGCAA ACTCTTCCAA ACCACCTTCT
CAAACACCTC TATCTACCAC CGCCGCCACC ACTACCACTG CTGGTACCCC CCAGCCTACC
CCTCCAGAAG AGGTGGACCT TGTCGAACAA CTTTACGGTA CTCTCTCCAT CCATGACGAG
ATTCCCGACT TGTCTGAAAT TATCCCCTTA CCGAGTGGGC CGAAGAACAG GGATTTGGAT
ATGAAAGCGT GGGATCGGGG GTCACCTGTC CCTGGGCGAA TAACCAGCTC AGGTGTGAGT
GTGGGTGCGA GTGCGGGGAT AGGAGCGGGT GCGATGGGCG ATGTGGGGCA ATACGCAACC
TCCCCCACGG GAACGGCAAC AGGAAGTGAG ATAGGTAAAT CCGGACCGTC TACACCTGGC
TTCCCATCAG TTAAATCGGG GTTTACCTCA CCTTCTCCAT CTTCCTCGTC TGCCTTCACC
CCTGGCTTGG TTCAAGCTCA AGGTCAAAGC CCTTCCACCC CCGGACCAAA GAGGGCAATC
ACTCTCGAAG ATTATTCGGA ACGTATGCGC ACAGCGGCCG TCATGCTTGC TCAATTGAAC
GCTTCACTTA TACCGAATGC ACCAGAGAAC CAAAGTGGGG GTGGATGGAT ACCGGGTACA
GGGTGGATAA GGACTCCAGG CGGTGGTGGA GGCGGTGGAG GGGAAGAAAC TGGTGGGAAG
CCAGATGGAT CGGCGGGAGG TAAACTGAAG CTCGCAGCAG CACAAGCGGC AGCGATAAGA
GAACGGATCA TGCTCGAGAT GATGGCTCTT GAAGAAGAAC GAGTGGAACG TATGACAGAT
CGACCGCCTG GTGCGGATAT ACACATCCCC ACAGCTGAAA CGTCTGGAGG AGGTGAAGGC
GGATATGAGC ATGATCATGA ACATGGTACA GCGGAAGACG AAGGGATTGT GAGGAGAGAG
TTGAACAAAG CAGATCCGTC GGCAGCTGTA TTCAGGGAAA GTTGGTCAGC GAAGAAGAGC
AGGATAAGGG CTGGAAGTCC GTGGGGCCAT CTGGCGAACT GGGATGTGGG TTTCACTTTT
CTCCTTTTCG CTCCTTGTTT CCGCCGCTAT ACTTGATGGA AATTCTGTTC CCTTTGAGTA
GAAAGGATCG GGCTGATAAG GGATTTTAGG TCATCTCAGT GATCGTCAAG ACAGGTGCGG
ATCTAAGGCA GGAGCAACTT GCAACGCAAT TGATTGAACG GTTCAGCCGA ATTTGGAAAG
AGGAAAATTG TGATTGCTGG GCCAGATTGT AAGTTCTTGT TTTTATTGAT TTGCCATTTC
ACAGTCGCTT CGAGGTGGGG TCGTTAATAT ATCTTTTGGC AGCTTCCGAA TCCTTATTAC
CGGTGAAACA TCAGGATTGG TGGAGACTGT GACGGATGCG GTGTCTGTAC ATTCTATCAA
GAAGGGAGAA TATGCCAAGC GATTGGCTGA AGGAGGGCCT ATCGGGCATG TGTCCTTGAT
GGACCACTAT GTCAACGTGA GCCACCTTTT CCCTTTCCCC CTTCCTGCAA TTCAGCTGAT
AAACTTTCTA GACATTCGGT AAACCCGATT CCGGTCGATT CGCTCGTGCC CAACGCAATT
TTATCCGTTC TCTCGCAGGT TACTCTATCA TCACGTACCT CCTTCAGATC AAAGATCGGC
ATAACGGGAA CATTCTCGTA GACCAGGATG GGCACTTGAT CCATATTGAC TTTGGGTTCA
TGTTAAGTAA CTCGCCGGGA AATATGGGAT TTGAGGCGGC ACCTTTCAAG ATGCTTATGG
TGAGGACTCT CTCTTTTTCT CCTCTCTCTG CGCGCGTTGG TTGCTGACAA CGATAATAGG
AGTATGTGGA TATCATGGGA GGATTGGATA GTCCTGGTTA TGCGTACTTC AAGAAGCTGT
TCAAGGAAGG ATTCGAAGCT GCAAGGAAAC ATTCAGATAG TTTGATCAGT ACGCTCATCT
CTCTCTCAAC TTTCCTTTCG TCTGGGACGT TACTGATTTT TGGTGAATAG CAATTGTCGA
GCTCATGCAG AAGAGTGCGT TCTTTTTCTC CAAAGCCTTC CAGCCTGATC CAGAATTAGA
AGATTATAAA AGCTGACAAA ACTGTGATTC TCCGTACAGA CTCTAAACTC GACTGTTTTG
CTCTCTTTGG TGATCAGACA GCTGCTCATT TCCGAGAACG TTTCCAACTA GGTCTCACGA
CGCAAGCTGT AGACGCATAT TTGGAACGCC TAATTGTAAC CTCAACCGGG AGCAATTATA
CCAAGCTGTA TGATACTTTC CAGTATTACA GGTTAGTCTT TTTTCCCTTT TCTGTTCTCC
ATCCTCGCAG TTTGACTTGA AGCAAAGTGG TGACTGATCG ATGAATACAG TCAAGGTGTC
TTATAAGCAT TAAAGGACAG AGGC
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| Protein sequence | MSHALLLRLF LSPYFSISIA MQYLKTYPDS IGISHYLCWR MKRMPAEEVE FYWPQICHLL
LTYPTQSNAL ESFIIARAEE STHSAMLTFW FMQAALRDLI PTRQTDPVPF AICQRVLHRC
HAIIFGDPPE SSRSPYRSLP HSPSTSALGV LSSLSGSGSN STGIQIDEGQ RQGQRFGQGR
VNSHAAAALV GMGVMFAGIP GMPALVPLVG EWALIQGRRP MDDLTSGRDR VEVDTGGGAD
VRPENVERRR KENENEKEEK EDDSESEEED GRAQSNENTQ GQGYKSNVKF AKSTVNLAIT
GPAQTAPNLY SPPRSPSALT PFSVIDMPDE KEREKEKNGG ISRRKGSDPF GQLFNDRSPT
PPKSVHQPFH SVPSLPRSSS YNPYHYSGGP PTAEAILATY SLSAQRQLLT SHYCRSEVRF
LLLLEDISNR LLVIPKPARV SALRAELTSL NHNLPAEVCM PLWCTADHTL SPSSSSSTLS
PSPSSGSNNP SSSAKNRAYH PRGSAVPGGH SRVVRISPGD SVVLNSAERA PYLLHVEILQ
GDLDFDPTRR ENRELLKKIV VAEDRKRRKR DGTLGVDGNG REAGAGARVR NGGYSNCRQE
WGLGSKKGKG KGEGFGSLMP DSIPAIPPSP VPAPVANSSK PPSQTPLSTT AATTTTAGTP
QPTPPEEVDL VEQLYGTLSI HDEIPDLSEI IPLPSGPKNR DLDMKAWDRG SPVPGRITSS
GVSVGASAGI GAGAMGDVGQ YATSPTGTAT GSEIGKSGPS TPGFPSVKSG FTSPSPSSSS
AFTPGLVQAQ GQSPSTPGPK RAITLEDYSE RMRTAAVMLA QLNASLIPNA PENQSGGGWI
PGTGWIRTPG GGGGGGGEET GGKPDGSAGG KLKLAAAQAA AIRERIMLEM MALEEERVER
MTDRPPGADI HIPTAETSGG GEGGYEHDHE HGTAEDEGIV RRELNKADPS AAVFRESWSA
KKSRIRAGSP WGHLANWDVI SVIVKTGADL RQEQLATQLI ERFSRIWKEE NCDCWARFFR
ILITGETSGL VETVTDAVSV HSIKKGEYAK RLAEGGPIGH VSLMDHYVNT FGKPDSGRFA
RAQRNFIRSL AGYSIITYLL QIKDRHNGNI LVDQDGHLIH IDFGFMLSNS PGNMGFEAAP
FKMLMEYVDI MGGLDSPGYA YFKKLFKEGF EAARKHSDSL ITIVELMQKN SKLDCFALFG
DQTAAHFRER FQLGLTTQAV DAYLERLIVT STGSNYTKLY DTFQYYSQGV L
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