| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC06500 |
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| Symbol | |
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| ID | 3256755 |
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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_006685 |
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| Strand | - |
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| Start bp | 1896442 |
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| End bp | 1901450 |
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| Gene Length | 5009 bp |
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| Protein Length | 1288 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638255869 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_569905 |
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| Protein GI | 58265498 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5329] Phosphoinositide polyphosphatase (Sac family)
[COG5411] Phosphatidylinositol 5-phosphate phosphatase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 23 |
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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 | ATAGTCTCAA TTATTAATTC GGCAGCCCCC ACAGGTATAC TTCCTACAAG GCGCGCCCAA
GAATGCCGGG CGCTCTATAC CTTCGCCCAT CTCCTCGCGC CTTCTTCCTC ATTACAGATT
CTCATGCCCT CGTGTTCCGA CAACCATCCT CTTCCGAGTC CAAGGCGTCC AGAGGCGTGG
TAGTGGCAGA GTTTCTCCCT TTGGAAGAAG TAGACTATAA TGACCTCATC AAGGTAAAAG
GAAGGGCGGA TGGAGTATTG GGAGTTGTCA GCGTACCTAG CGGTAGGTCT CTTCCGACCT
GAATCAAACA ATCGATACTA ACGAACAATT TGTAGAACGA TCTCCAATCC CAGAAATCTT
CTTACTCCTT CTGACTCATT CAATTTCTCT TCCGCCTCTC ATCCCATCTT CTTCCCTCCA
GCCTTCTCGG ATTATCTCTG TTGAATTCCA CTCTCTTTCC TCTCCCTTCT GGGACCAACC
CGAACTTACC AACGCTGCCA GGTCTCTTGA TTACGGCTAT GACGATGAAT ATGACGAAGT
CAGTGCGACA TATGCCGCTG CTGGAGGTAA TTCTACCCAA ATGTCGGCAG CACAACAAGC
AGGCCTTCAA CATCCATGTA GCGGAATGAA AAAGTATCTC GAATCAGGAT CCTTCTTTTT
TGCTCAAGAC TGCAAATGGG ATATTTCATC TCGTCTATCA AGCTCTTCCA ACTGGGTCAA
AGAACAACAA TCGAGTTCCG GTGGTGGTCA CCCTTTGGAG GATTTCGACG AGAGGTTTGT
CTGGAACAAG AGTCTGTTGG AACCGTTCCT CGACTTTAGA AAAGGTCTCG GCGAAGAGAT
GCGCCAGAAC CTAGACGACC AAGCCATGCT CATACCTATC ATCCAGGGAT TCTGCGGGTC
CCTTCCAATC CATACTGGGA GATCATCCAA TTCTGCTCTG GGGATGATCA GCAGGCTCAG
CTGGAAGCGA GCTGGAGCAC GATTCCGTAC GAGAGGAATC GATGACGATG GCCAAGTAGC
CAACTTTGTG GAGACCGAAG TCCTGCTAGC CTTGGAGGGC GTGTGTATGA GCTATGTGCA
GGTGAGAGGA AGTGTACCTC TTTTCTGGCA ACAACCTAAT GCAGGGTTGG GCACATTGCA
ACAAAGAGTT GAGATCACCA GGGTAAGCCG GACATCTTTT ACAACGTGAT GATGATGCTA
ACTCGACGAC TGCAGCCACC ACAAGCGACT CAGCCAGCAT TCGACAAACA TTTCCTCGAG
CTATTATCAG AATACAGCTC CATTCACGCT ATCAACCTTC TGGGCCAGAA AGATGCTGAA
TCTATGCTAT CTCAAGCATA CTCCTCCCAT CTTACATCGC TCAAATGTGC TCTTGACAAA
GCACCCCCAG AAGAAAAAGA ACGTATGAAC GCCGCACCTC GTGGGACGTT AGAATTGTCC
CCCTATGATT TTCACTCTGC GGTGAGGCTG GGTGGGCATG ATAAAGTAAG ATACGATTTG
GATAGGAGCC TGAGGGAGGT GGTGAGTAGT AGGGAGAGAT TTGGGTGGAC GGTAGTGGAT
ATGGATAATG GAGATGTAGT GGAAGAGCAG CAAGGTGTTT TCCGGGTAAA CTGTCTAGAC
TGGTAAGCCG CTGTCATAAT TGGCATCATC CTTTTCGTTT GACATGGTAC GAAGGAACCT
ATTAACAATG AATGATAGCC TCGACAGAAC AAATTACGTC CAAGACGTCC TTTCCACACT
CACCATCACC TCCTTCCTCT CCTCCCTGTC CTCCCCTCTT CTCTCCTCCC CAACCCTCTG
GTCCGCCCAC CGCGAGCTCT GGGCCGACAA CGGTGATCGC TTATCCAAAA TCTACGCCGG
CACGGGCGCT ATCAACACCT CTGCGACGAG GAGTGGGAAA AAGACTTTTG CTGGTTTGTT
AAGCGATGCG ACGAAGAGTG TAGGGAGAGC GTATATAAAT AATTTTCAAG ATAAAGGGAA
GCAGGCGGCC ATTGATATGC TTTTGGTGAG TTTGAGCATA GTGAAATCAA GTGTGGAAAT
AGGAATTGCT GATGGAGGTA TTTAGGGAAT GATGGCGGGT CAAAGACCTG TCATTCTTTT
TGATCCCATA AGCGAGTCTG TTCAAGCGGC GTTAGCAACG AGGTCAGTCG TTGTCCCTTA
CCCCGACTCT TCAGGCTGTC ATCAGGTATC AAGCTGACTA ACATATCTGT GATGGGTTCT
GTAGGGCGAA TGAGTATTCG TCGACTAGAA AGGTCACCAT CTTCTCTGGA ACGTGGAATC
TTAATGGAAA GGTGAAGCCA CTTCGATAAA AGAGAAACTT ATGCTGAATA AAGATGTAAA
GGCTCCCAAT GAGGCGCTGG ATTCATGGCT CTTCCCTCCT GGTACGCGAA ACTGCCTTCT
TTTCCAAAAT TAGACTGACC TGTTCCTTCC TTGAAAGATA CCCCCGAGTA AGCTCTATCC
CTCTTTAACT GACCAGTCTA TACACCCAAA CTAACCCCTT AACTCCGCCT AGACCCGATA
TCTACATGAT TGCCTTTCAA GAAATTGTCG AACTAACCGC TGGCCAAATC TTACAAACCG
ACCCCGCTAA GAAACGTATG TGGGAAAAAT TCATCATGGA TACGTTTGCG ATGCGGAAAG
GAGGGAAAGA TTCGGATTAT GTGCTGTTTA GAGGTGATCA GCTCGTCGGC ACGGCTTTGA
TCATTGTTGT GAAAAAGCAT CTTGTTCCGC ATATACGGAA TGTTGAAAGT GCTACTAAAA
AGGTTAGCTT TGATCTTGTT TCTACTCTTA CTCCTCGCCC TGCCCTTGTC CCTTACTTCC
CGACTTCCTA CCGCAGAGCA TCAGAACTAA TGACTGCCAA TGAATAGACC GGTCTTCAGG
GCTTAAGCGG TAACAAAGGC GGTGTAGCAA TCCGGTTAAA CCTGTATGAC TCAACAGTTT
GTTTTGTGAC TTGCCATCTG GCAGCAGGAC ATTCGAATGT AGGTGACAGA AATGCGGATT
GGAGGACGGT CGTAGGCGGT ACAAGGTTCT TGAGGGGGAA AGTTATTGAA GATCATGAGT
GAGTGCTTGG ATTTTCGGTC GCTTCTGTGC GATGTAATGT GGTGTGAGCT GGTGGGAGGC
TGATGAGCAC TTGGGACATA GGATCATTAT TTGGGCGGCA GATTTTGTAC GTGAATTTCT
CTGCTTCCGT ACAACCGCTG GACACCCTGC CAAAAGAGTA ACACATGCTG ATCTCGTCTT
CCGCAGAATT ACCGTGTTTC GCTCCCTAAT CTTGAAGTAA GAGACCTCGT AAAGGCCAAC
AGTTTAGATG CTTTGCTCGG CGCAGATCAA TTGTTGAAAG CCATGGACGC TGGAGAGGTG
TTTATGGGGT ACGATGAAGG ACCGATCCGG TTCCCGTAAG TCATAAGAGA CTCTCCTATG
AAAAAAATGC TGATATGCTG GTTGCAACAT ATCAGACCAA CTTACAAGTA GTGAGTATTG
AATGAAGGTT GTTTGAAATT GAGCTGACGG CTGGGGTAGC GATAATGGAA CGGACAGTTA
TGATACGAGT GAGAAGCAGA GAATCCCCGC TTGGACAGGT ATGGTTCTGA TCCCCTTTTT
CACTGATGAT ATTGACTTAT CACCCATCAG ATCGAGTCTT GTTCAAAGGC TCCGCTCTCC
GTTTACATGA GTACACCCGC GCCGAACTCA TGACGTCCGA TCACCGCCCT GTTTACGCAG
TCTTTGAGGC GACCATCCGC GAGATCGATC GTGCAAAAAA GGAGGAGATC GCAAAAGAGT
TGGTACATGG GCTCGTAAAG AGTGGTGCGG AGAAGAAGAT CGCAGCAAAA GTAGGTGTGG
AGATTGGAGG TGGTGGAGCA AGAGATTTGG CGAGGGGTAT GGCGAAAGGT ACGTCGAAAA
TATTTTCAAA TTTCTGTTTA TGGCTGGAAT ATTGATGACA AGTTGTAGTC GGCTTGTCGC
CATCGAAAAA TCAGAGATAT CCGCCTCGGC CGAGCTCATC GGCGTCTACA AGTGAGAAGG
GCAGTCCAAC ACTTGCAGCA GGTCGAATTC GCTCTATCTC AACACTCCAA CCCCCATCTA
CCTCTGCCAC TAGTTCTCTC AGAGCTCTAG CCCCAAGTAG ATCGTCATCC AGTCTATCTC
TTAAAGAAAG ATCCACTCCA CCACTACCTC CTCGTCCAAA TCTTCCTTCC AGACCATCTC
AGACTCTCCT GCACTCACCT TCAAAGCCGT CGACAAGGCT CCAAGCCCCC CCATCATTAC
CCCCGGCTTC GCGTTCGAGG TCGACGTCGC ATGCTTCTGC GAATGGAACA GGTTTGGCCT
CATCAGTCAC TTCTGCGTAT CCTGGAGCCC CTTCCCCTGT GACACCGAGT TCTACCGGCG
ATTTTGTTAT CATTCCTCAG CCTTCTACCT CTGACATTAA TGTTTCCGCC GGAGCGCGTC
TTGCGCCTTC TTTACCACCT CGCGCAATCC CTGTTGCCCC CAAGATCTCT CCATCCAAAA
ATAGTATCAA AATTGACAAT GAACAAAAAG CCCCGACTCG GCGGGAAGCA CCTCCTATAC
CACGTAAATC ATTAGACATC AACGGATCTC CTCCCAAGGG GTTGATGTCA CCGGTGACTC
CCGATGTTGT GAAAGCAAAA AATGTCTTGA CTGGAGCCGC GGGTGCGAGT GTGTATGCTG
GGACACGTAC ACGTACGAGA CCTATCCCAC CCAAACCATT GACCAAGACG TCCTCAGGTT
CTGTAGCAGC AATGGTGGCA TCATTGAATG GAAATGATAA GAAGACGAAT GACGATACGA
GGACGAGTAA TCCGCAGGCA ACTTTAACAA GCGCGGATGC CGAGCAAAGT GCGGGATCGG
GCCCGGCGAT GACGGACAAG GCGGATGTTT CGACATCTCC GAAAAGCAAA AAGCATGCAC
CTGTGGTGCC CAAAAAGCCT GTAGCGCTGA AAGGCGCGGG TGCAGAGCAG TAAGAGTGGT
TAACGTTGTA CTTGCAGAGT CGGTATTAC
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| Protein sequence | MPGALYLRPS PRAFFLITDS HALVFRQPSS SESKASRGVV VAEFLPLEEV DYNDLIKVKG
RADGVLGVVS VPSERSPIPE IFLLLLTHSI SLPPLIPSSS LQPSRIISVE FHSLSSPFWD
QPELTNAARS LDYGYDDEYD EVSATYAAAG GNSTQMSAAQ QAGLQHPCSG MKKYLESGSF
FFAQDCKWDI SSRLSSSSNW VKEQQSSSGG GHPLEDFDER FVWNKSLLEP FLDFRKGLGE
EMRQNLDDQA MLIPIIQGFC GSLPIHTGRS SNSALGMISR LSWKRAGARF RTRGIDDDGQ
VANFVETEVL LALEGVCMSY VQVRGSVPLF WQQPNAGLGT LQQRVEITRP PQATQPAFDK
HFLELLSEYS SIHAINLLGQ KDAESMLSQA YSSHLTSLKC ALDKAPPEEK ERMNAAPRGT
LELSPYDFHS AVRLGGHDKV RYDLDRSLRE VVSSRERFGW TVVDMDNGDV VEEQQGVFRV
NCLDCLDRTN YVQDVLSTLT ITSFLSSLSS PLLSSPTLWS AHRELWADNG DRLSKIYAGT
GAINTSATRS GKKTFAGLLS DATKSVGRAY INNFQDKGKQ AAIDMLLGMM AGQRPVILFD
PISESVQAAL ATRANEYSST RKVTIFSGTW NLNGKVKPDI YMIAFQEIVE LTAGQILQTD
PAKKRMWEKF IMDTFAMRKG GKDSDYVLFR GDQLVGTALI IVVKKHLVPH IRNVESATKK
TGLQGLSGNK GGVAIRLNLY DSTVCFVTCH LAAGHSNVGD RNADWRTVVG GTRFLRGKVI
EDHEIIIWAA DFNYRVSLPN LEVRDLVKAN SLDALLGADQ LLKAMDAGEV FMGYDEGPIR
FPDNGTDSYD TSEKQRIPAW TDRVLFKGSA LRLHEYTRAE LMTSDHRPVY AVFEATIREI
DRAKKEEIAK ELVHGLVKSG AEKKIAAKVG VEIGGGGARD LARGMAKVGL SPSKNQRYPP
RPSSSASTSE KGSPTLAAGR IRSISTLQPP STSATSSLRA LAPSRSSSSL SLKERSTPPL
PPRPNLPSRP SQTLLHSPSK PSTRLQAPPS LPPASRSRST SHASANGTGL ASSVTSAYPG
APSPVTPSST GDFVIIPQPS TSDINVSAGA RLAPSLPPRA IPVAPKISPS KNSIKIDNEQ
KAPTRREAPP IPRKSLDING SPPKGLMSPV TPDVVKAKNV LTGAAGASVY AGTRTRTRPI
PPKPLTKTSS GSVAAMVASL NGNDKKTNDD TRTSNPQATL TSADAEQSAG SGPAMTDKAD
VSTSPKSKKH APVVPKKPVA LKGAGAEQ
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