| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE04280 |
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| Symbol | |
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| ID | 3257546 |
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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_006687 |
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| Strand | + |
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| Start bp | 1191162 |
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| End bp | 1195713 |
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| Gene Length | 4552 bp |
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| Protein Length | 1256 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | 638257011 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_571082 |
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| Protein GI | 58267852 |
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| COG category | [T] Signal transduction mechanisms |
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| COG ID | [COG5411] Phosphatidylinositol 5-phosphate phosphatase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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| Plasmid unclonability p-value | 0.726029 |
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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 | ATGGCATCTC CCCCGCACGA GAACGACGAA GAGCGTCCAC AGTCGATAGC TGCTCTCAGA
AGCAAGTTTG AGAGCCTCGC AGTCGCTGGT GTGAACTCTG CTCCCACCGA CGTACCCTCA
GCCAGCAACG GTCATGCAAC TGTCAGCTCT ACCCGGAACG GCCTCCTCAC TCCCAGGCCA
GAAACCCCTG TCGATGGCCA AAATGCCAAG GTAAGTATTT TTACCAGCTG TTCACACCTC
TACTCACTCT GCACAGCCGG TACCACCACC AAAACCGGCT TCACGTCCCG TAAGCCCTGC
GTCTGCATCG CCAGTCCCGA AGCCTGCGTC TCTGCTTCCG CGTCCTGCAC CTCGTCAAGC
TCCTAGCAGG CCTACCACTC CCAAACCATC TTTTCAGACC CATCACTCAA CATCCTCAGT
CACTTCTGTC GTGAGCGCAA CATCGGATTC CCATCTCAAC CCGTCAGATA CAATTGCATC
CTCCCCTGCC ATAATATCAC CTGCTTTACT CCCTGCACCA GCACCGCTTC GCAAGTCTGC
CCCTTCTGTC CCCAGCAAAC CGCCATCTGT CGCTGTCACT CCCTCAGGTT CAGATGGTGA
TGAAAAGGAG CCTGTGATCA CGTCTGTAAA GGCTCTTCGT GCAAAGTTCA GCGGTCAAGC
TCAGGCTGGC GAAACTGCAC TTCGAAAGCC TGGCGATGTT CCCAAGACAG CAGCGGTGCC
GGTCGTCAAG GCTGCACCGG TACATGATTC TCCTGAGCCG TTGCGTGCCC CTTCACCTGC
ACCTATTCCT GCTCCAGTCA TACAAAGAAC GTTAGACGGC AAGACGTCGC CCGTGATATT
GTCGCCAGCG TCAGAGGGCG AAGCACCTTC AGATACCAAT GATTACCCTT CACACCCTAG
CCCACCACCT CCTCCTCCCG CACCTATCTC ACGTACGTCC TCACCTGTCC CAGTTCCAGC
CTCTTCTGGT CCTCCTCCCA TAAACAGAGC ACACAAACCT CCACGAACTG CAGCCAGCCC
CGCACCCATC TCCCGTCCCG AATCGAATGC CCCCACACCC AACAGTACAC CTCCCCCTAT
ACCAGGCAAC AAACCTGTCG TCCCATCTCG CAGCTCTAGT GCTCCAGAAC CTGCAGTCCC
CCCTCCACCG CCAGAGCGCC TTCAACCGCC TCAGCTCCCT GTGCGTCGAC CGACCTTTTC
TTCGCCAGAT ACGCTTGAGC CTAGCACCGC GTCTGTCGTC TCCCCACCTG CACTCGCTAG
TACTCCATTG CTACATACAA TCCATGACAA TAATACTTCT GCTCGTGCTC CTGCGCCTGC
CCCCCCACCA TTGCCCGATC GGTCGAGGGC TAATACGATC AATCGATCCG AAAGTGAACC
GAGCACAACC ACCGCAGGCC CACCTCCTCC TCGTCTACCG GCTCGACACG CAGCTATTCC
TGTATCTGCT AGTGGTGGAC CTACGTCCTT CAACGCCAAT GGAAGTGAAA GTACCACCAT
GAACCCACCC CCTCCCCCGG CTCATCCCGC ATCCCCATCC AAAGCCCGTA CCAACTCGGG
CGGTCCACCC CCACCTCTTC TTCGGAGTGC TACCATTAAC CGAGGCAGCA GCGTCGGTAG
CGGCAATGGG AGTGGCGGCG GTGGTGGTGG TTCCCCTCCT CGTCGATCCA ACACCATTTC
TCGCGCGGCG CCTTATACAC AAGAGAAGTA CTCTGCATCT GCTACAAGTC TTAGTCTAGG
CGAAAAAGAA GTATATTCAG ACGAAGATGA CGAGCCTGAA GAGCCTGGAG CGGTTACAAA
CCTGTCCGCC CAAGCGAAAA GGATGTTGGA CGAGTTCCCA GACATGACAG AAGCTAACCG
TCGTCCCCCG GCGTTCGTCC CCGATATTCG TATTAAGGAC TGCCACCATG TTTCGGCTTT
TGCTGTTTAT GGCCGATATG TATGCATGGG CGCACACCAT GTACGAGTCT ACGACACCCA
GCTGTCGGAT CATGCGATTA GTGTGGTAGA CTTGAAAGAG ACGGGGTTGG AAAGCAGGGG
GAAGGACCCG AAAGTGACGG CAATGTGTTT CCGTCCGGGC GCGACGGAGA GTGAAGAAGG
GAGGTACCTC TGGTGCGGTA CGAAAGACGG GCATCTGTGG GAACTTGATA TTTCCACGGG
GGAAGTAACC AGCACCAAGG CGTTTGTACA TACGTCTTCC ATCAGCTATA TCTGGCGGCA
CCGGAAGAAC ATTATTTCCT TGGATGAAGG CGGGAAATTA CTCGTGTTTG ATGTAGGTGA
TATAGAAGGG AAACCACCGA CCATGGCGAG ACAATTACGG ATCGGCGACA AATTTGGATT
CGCCAAATTC ATATGTGGAA AACTGTGGAC ATCAAGCGGT CCCCTTACCC GATCGACTAC
ATCGTCCGCT ACATCCAAGG GCCCCACCGT CCGGATATAC GACCCCTGTG CGCCGGGGAC
GATGCCCCCG CCTAAAACGA TTTTCGCAAC CGAATGGGCT GGCGCGGTCA CATCGGCGAC
GTACATGCCT TTACACCACG ACACCATCTT TCTCGGCCAT GAGGGCGGGT TTGTCAGTGT
GTGGGATGGG AAAGAGTTGG TGTGTAAGCA GGTGCTGAAG ATTAGTTCGA CGGATGTGCT
CGCTTTGGAA GGTGTAGGAG AGTATTTGTG GACAGGAAAT AGGAAGGGAC AGATTCATGT
GTTTGATATA AAAGAGAAAC CATGGCTGGC GACGAATATA TGGATTGGGC ATCCGTAAGT
TCATTAAATG ATTCCAGTCA AAAAAAAAAA AAAAAAAAGA TTGTGCTGAT GAACTCGATA
GCGATAACCC TGTGCAATCA TTGGTAGTTG ACCCGTACTC GATTCAGTCT GCGGGCAGAT
ACACCTGTTG GTCTTTTGCC CGGGACGCGC TACGAGCATG GGACGGTCTC CTCTCTGTCG
ATTGGATCGG TAAGCCGTAT CCCACATCTT GACCGCTTAG TCAATGTGTA CTAATGCTAA
TGACCTTTTT TGCGCTTTGC ATTCCCCTCA GACAAACAAC TCACTGCACG TCAATCATCA
TTCTGCACAT TCCGCCCCGC CAACGTTTTG ATCTGTACAT GGAACATTGA CTCTGCCAAA
CCTACAGATC TGAATGGATC GGTCGCCAAT GCCCATTTCT TGGAAGATGT GCTGAGGTCT
GTGGATTCAC CGGATATCAT CGTGTTTGGC TTCCAGGAAG TCATCCCGTT GACTGATAAA
AAATATACTG CCAGTATGTC CCCCTTTCCC TCCATCATTC CTTCATCCCT TTTGATAGTA
GACAAATGGA GCAATCCGCT TATCATTAAT CATTTTGAAC ACCTTTGATA GAAACTCTTC
TTTTCGGAAA TAAATCCAAG GATGGCGGGG CAGCAGCAGA CAGAGTATCG CACGCCTATC
GACACTGGCT AGAAAAGCTT CAATCAGCAG TCAAGATGGC TTCCCCTTCA AATTGTCCTT
ATGTCAAGAT CCATTCAGAG AGTCTTGTAG GCTTGTTTAC GTGTATCTTT GTGAAACAGT
CGGAGAAGAA TTTCTTGCGG GATCTGGATA TTACCACTGT CAAGCGGTAA GTCATCGCCT
GTTTTGAGTT TTGATGTTCA AAAAGCTGAT TGCGAGGTTT CTGAATAATA GAGGCATAGG
CGGGATATAC GGGAATAAGG GAGCTATTGT CTCCCGCCTC GTGATGGATG ATACATCCAT
TTGCTTTATC AACGTCCACC TCGCTGCTGG CCAGTCTCAA AAAGCTTCGC GGAACGCCGA
TCTCGCAGGG ATCCTCGAAG ACAAAGCCAT TTTCCCTCCA GCGGACGAGT TGCCGTTTGT
TCATGGAGGG TGTGGGACGG GGATTTTAGA TCATGAGATG GTGTTTCTGA ATGGTGATTT
GAATGTGAGT TTTTCCTGCC ATTCTTTATT CGTGTGTCTG TGTAGAACTG ACCAGTTATA
TGTAGTACCG CATTGATCAA AGACGTGAGA ATGTCATCTC GTCTATTGCC AATGGCGAGC
TAGCCTATCT CCTTGAGCAT GATCAACTGC GTAAAGAGAT GAGGACGAAC CATGCTTTCA
GATTGAGGAA CTTTGAAGAG GCACCGATCA CGTTTGCGCC GACATACAAG TACAACCCGG
GCACGCACGA TTATGATTCC AGTGAGAAGA GGCGTATTCC AGCTTGGTAG GTCTTTGGCA
TGATCTCGAT TTGGACATGT AACTGACTGG GAGAGGGGCA AATAGGTGTG ATAGGATTCT
GTACAAGAAA TCGCCACGAG TACAAGCCCT CAATTACCAG CGCTACGAAC CTACCGTCTC
AGATCATCGA CCAGTTTCTG CAGGGTATAC GATAACCCTG AAAGCGATCA ATTCGTTGAA
GATGATGGAT GTGAGACGGG AAGTTACTGG AGAATGGGCG GAACGAGAAA AGGAGTTGCT
GGAGAAGATG CAAGAGGTGT TTGACGGTAT TGAATGAGAC TTGTTGGTGA TTCGGTATCA
TATGTAGCTC TAGATTTACT CAGTGGACGA TTCCATGCAT GCATGTTCTA TG
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| Protein sequence | MASPPHENDE ERPQSIAALR SKFESLAVAG VNSAPTDVPS ASNGHATVSS TRNGLLTPRP
ETPVDGQNAK VTGTTTKTGF TSPPLRKSAP SVPSKPPSVA VTPSGSDGDE KEPVITSVKA
LRAKFSGQAQ AGETALRKPG DVPKTAAVPV VKAAPVHDSP EPLRAPSPAP IPAPVIQRTL
DGKTSPVILS PASEGEAPSD TNDYPSHPSP PPPPPAPISR TSSPVPVPAS SGPPPINRAH
KPPRTAASPA PISRPESNAP TPNSTPPPIP GNKPVVPSRS SSAPEPAVPP PPPERLQPPQ
LPVRRPTFSS PDTLEPSTAS VVSPPALAST PLLHTIHDNN TSARAPAPAP PPLPDRSRAN
TINRSESEPS TTTAGPPPPR LPARHAAIPV SASGGPTSFN ANGSESTTMN PPPPPAHPAS
PSKARTNSGG PPPPLLRSAT INRGSSVGSG NGSGGGGGGS PPRRSNTISR AAPYTQEKYS
ASATSLSLGE KEVYSDEDDE PEEPGAVTNL SAQAKRMLDE FPDMTEANRR PPAFVPDIRI
KDCHHVSAFA VYGRYVCMGA HHVRVYDTQL SDHAISVVDL KETGLESRGK DPKVTAMCFR
PGATESEEGR YLWCGTKDGH LWELDISTGE VTSTKAFVHT SSISYIWRHR KNIISLDEGG
KLLVFDVGDI EGKPPTMARQ LRIGDKFGFA KFICGKLWTS SGPLTRSTTS SATSKGPTVR
IYDPCAPGTM PPPKTIFATE WAGAVTSATY MPLHHDTIFL GHEGGFVSVW DGKELVCKQV
LKISSTDVLA LEGVGEYLWT GNRKGQIHVF DIKEKPWLAT NIWIGHPDNP VQSLVVDPYS
IQSAGRYTCW SFARDALRAW DGLLSVDWID KQLTARQSSF CTFRPANVLI CTWNIDSAKP
TDLNGSVANA HFLEDVLRSV DSPDIIVFGF QEVIPLTDKK YTAKTLLFGN KSKDGGAAAD
RVSHAYRHWL EKLQSAVKMA SPSNCPYVKI HSESLVGLFT CIFVKQSEKN FLRDLDITTV
KRGIGGIYGN KGAIVSRLVM DDTSICFINV HLAAGQSQKA SRNADLAGIL EDKAIFPPAD
ELPFVHGGCG TGILDHEMVF LNGDLNYRID QRRENVISSI ANGELAYLLE HDQLRKEMRT
NHAFRLRNFE EAPITFAPTY KYNPGTHDYD SSEKRRIPAW CDRILYKKSP RVQALNYQRY
EPTVSDHRPV SAGYTITLKA INSLKMMDVR REVTGEWAER EKELLEKMQE VFDGIE
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