| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNC00900 |
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| Symbol | |
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| ID | 3256654 |
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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 | 260901 |
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| End bp | 267108 |
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| Gene Length | 6208 bp |
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| Protein Length | 1623 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | 638255308 |
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| Product | ATP-binding cassette (ABC) transporter, putative |
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| Protein accession | XP_569401 |
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| Protein GI | 58264490 |
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| COG category | [V] Defense mechanisms |
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| COG ID | [COG1132] ABC-type multidrug transport system, ATPase and permease components |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.626607 |
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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 | ATGGTTGTGC AAGATCTTGC ACAGTCCGTC TTCTCATCTG TCTCGGAGTC TCTCGTAGAG
GTTGCAAAGA ACAAGAACAA AAATCCGTAA GCCGGTTTGG TTACCTTCTA GTCCTATTTC
AGCCATGAAT AACACTGACG ATCAATATGT CACAGCCCAC CACCATTAAT CTTGCGGCAT
AGTTTATTCT TTCTCCCTCT CTTTGTGTCA ATCTCAGCAC TTGTACTCCT TCTCTCTTGG
GCGGTCCCTA AAGCGTACAC CTTTATTCGC ACAAAACTCT ACAGACAATC TTATCAACCT
TTGCTCATCA ATGACGAAGA ACTAGATGTT GAAACAGAAG CTGTGGAAGT GACTCCCATT
CCCCCCTCTA TGCCGTCCGG CGGTCTTCTT GCCGACTTCA AAGCGCATGT TAGATCTATG
AAAGAGTTTG GTTCTGTGCT GTTCGGCCTG GAGATTTTGC GAACCTTATG TCTGTGTGCT
CTTTTGGGTC TCAGTATATA TGCCACAATC TTGGCCGAAT CACCAGAGGA ACATCAGACT
GTGTATGAAG ACGGAACTGT CGAAGATATG GCCAAGCAAT GGGGCAGGAA AAAAAACAAG
AAGAAGAAGG GCAAGCACTC CAAGTCTACT GTGGATGATT ACTCTAGCTT GGAATGGGGA
GAGTTTGGCG TTTCCGGATT CTACGTGAGT GTCTATAGGC TAATTCAACG ATTATTAAGA
GAGCTTCGTA CTGACTATTC ACAGCTCTAT ACTCTCATCT TCTCTTTACT TCTGCTGACG
CTACGCCCGG CAACCCGTCT TCGAAGACAT ATCATTACCC ACCTTGACTC TCTTCTCTTG
CTTGCTTTTG CTGTGTACGC CTATCGTGAC ATTTGGCCAC TTTTCACCTT CAACCTCGAC
CCTGCGGACA TCAACACTCC TGTCACTTGG GCTCGTGTTG CTATTCTCAC AGTGTCGGCA
GTGCTCATCC CTCTTGTGCG ACCGAGAACT TATGTCCCTG TTGATCCCGA GAATCCTTCG
CCCCCGGGAG AGATTCATCC TGAGCAGACT TCCCCCTTGC TGTTCTACAT GTTCTTCGAA
TACATGACAG GATTGGTCTG GAAAGCTTGG AAAACACCAG CCCTTCCTTA TGAAGATTTA
CACCCTTTGG CCGATTATGA CCGGGCGGAA TATCTGTACA AGGTGTGATG AATTTTCATA
ATCACCGGCT TCACTGACTT TGTCTTCTGT AGCAACATAT GGATAAGCTT GATCCTGTCC
GACGAAAGGA AAAAGGTCTC AAGCCTCGAA ACTTAGTTCT CAGTTTGGCG TCAGTGTTTA
AGAAGGAGAT CGTGATGGTT TCTCTCATGT CAGCCTTGTC CGCGATCTTT GAACTTTCTG
GCTCTGTTGG TATCAACCAG TTGCTTGACT ATTTGGAAAA GGACGGCAAA GGCCATAGTC
TTCGTCCAAT CGTTTGGATC ATTTTCCTCT TCCTCGGGCC CACCTTCGGC TCTCTTACAA
TGCAATTCTA CATCTTCACT ACCACTAGGT CCCTCGTTCG GAGCGAGGCT CTTCTTACCC
AGTTACTCTT CGATCATGCC CTTCGACTGA GAATGAAAGA CCAGGTGGAT GACGATCGGG
AGAAAGAAGT GGATAGCATG ACGAATGGCG AAGGCTCAGC CCCGTTGATC ACGGTGGAAG
ATGTGGAAGA AGTTATTGAT CATGCTCCTG GAGCTCCAGG AGAGTTCCAC GATAGGTTCG
ATAACGAGAC GGAGGAGGAA AGTACTGCAC AAGGTAATGG CAAGCGAAAA TCGGCTCCTC
AGTCGACCGA TGCTACAGAA GTTGGTAGTG CCAACGGTTC TAATAAGGAC GCCGCTGTCG
ATAGGAAAGC TGCTGCCGAT GAAGAGGCGA GGAAGAGCAA GGGTCAAGGG TTGGCGGGAA
AGATCAATGT GCTTATGGCT GCGGACATCG AGTCAGTCAT TGAAGGTGTG TATGGTATCA
GACCAATATG AAGGCAACAT GCTAAGGAAT CATTTAGGAC GTGACCTTGC CTTAATCTTC
GTTTACACCC CTGTTCAGTT TGTTCTTTGT GTCGTCCTGC TCTATCGCAT CCTTAGCTGG
AGTAAGTGAC CTTCAATAGT GCGAGAAAAG CCCACACTGA TGACGTATGG TTATAGGTTC
TCTCATTGGG ATGTTGACGA TGTTCATCAC TCTTCCTCTG CCCGGTCTAC TCACTAAACT
CAATGCCCAA TTCCAGCAGA AGCGAATGCT CGCGACTGAT TCCCGTATCG ATACGATTAC
TGAGTCTATC AACGCTCTGA GAATCATCAA GATGTTCGGT TGGGAAGACA GAATCAAGGA
GCGTGTGGCT GCCAAGAGGG AGGAAGAATT GACCTTAATA TGGCAAAGGC GATTGATGAA
CCTGTGAGTT ATGCTCCAGC CGGTGGGATA TATGTCAATG CCGCTTACAA TATCGACAGT
TTCACCACAC TTTTGAACAC TGTGTTGCCT GTTCTTACTA TGACCGTTAC TTTTGCTGTT
TACACCACTA TCCAGAAGCA GCAGTTGACA GCTGCAAAAG GTTTGTGTCA AAATCATCAA
TTTGGCCAGC GTTAATAACG TCTTTCGAAG TGTTTACCAG TATGACGGTG TTCGAACTAG
TAAAGGGTCA ATTGGGAATG GTAAGTCGTT GCTCGACCTA GTAAGCCAGG TTACTGATGC
TTTTTACATC AGTGTTTCTA TCTCATCAAC TCTGTCGTCA CTGCTTGGGT GTCTGTTCGA
CGGTTGGACA AGTTCCTACA CGAGGTGAAC ATTTGCAATG CTTTTACGTC TCTTCTCGCT
AACCAAGTTT GTAGAGTGAG ATGATTGATG AATATTCTGA GGGCAAGCTG GCAACCATCA
AGCCTCCGGA GCAATTAGAA GCGGAGCAGG AAGGACTTAT CCGAATTCAC AACGCCACGT
TCACTTGGGG TAGTGAGCTC TATACCTCCA CCGAAATTCC TTTCAGGTTG AGCATTGAAG
ACACGACTTT CAAGAAGGGC AAGATTAATT TGATCACTGG GCCTACAGGT AGTGGCAAGA
GTTCATTCTT GAAGGTAATC TCAACCGCTG ATATGCGAAT CAAGTCGCTG ATCTGGTGCT
ATTAGGCTTT GATCGGAGAA CTTCATTTCG AACAGAAGCA GGGCGCCTTT TACCACCTTC
CACGTGAGGA TGGAGTGTCG TACGCTGCTC AGGAAAGTTG GTGTACCTCC GACTCTGTTC
GGGACAACAT TCTTTTCGGC GAACCTTTTG AGGAATCCAG GTACTGGAAA GTTATCAGCG
CTTGTGGTCT TGAGCCTGAT TTGAAGCTGT TCGATGATGG CGACTTAACG GAAGTTGGCG
AGAAAGGCAT TACCCTCAGT GGTGGTCAAA AAGCGAGGCT CACTTTGGCT AGGGCGATAT
ATTCCAAGAC TGCGGTCGTC TTACTTGATG GTAAATCTTT TTTATCAATC GAAGATATGA
TGCTCATCCT TTACGGCAGA CATTTTCTCT GCATTAGACA CCCTTACGTC CAGATGGATC
ATCGACAATC TTTTGAGTGG TGACCTCGTC AAGGACAGGA CTATTTTGCT TATCGTATGT
TTGGGATCAT TCACTGCAAT GTTGATCACT GACATATGAA ACAGACTCAT CACATTCATC
TTGCCGCTCC GGTGGCCGAT TTCATCATCA CGCTCAATGA AGATGGCAGT GTTCGCAGCC
AGGGCTCTAT CAAGGAGGGT ACCCTCGACG CAAGCGAACT TCAAGAAGCC GAAGAGGCCG
AGGAACAGGA GCTCAAAGAG GCCAAGCAAG GGGAGAAGAA GGTTGAAGAG AAGCCTACCA
CTAAACTTAT TCAGGCTGAA GAAAAAAGCG AAGGAAGAAT TTCCAGGAAA GCATTGTTCG
CATTCTTCAG GTGGGTGAAA TGAATCTCAA TGTGAGACTG CGCAAATGTT GACTGAAGTA
CAGAACATTC GGTGGTCCCA TCTTCTGGTT CCTCTACTTT GGTCTTCTTG TCGGCGGCCA
GGCCATGTCG TCCTTTGAAA CATACTGGCT GGGTCGTTGG GCCCGAGCTT ACGATCAAGC
AGAGGATCCA AGAAAGGTCT CTGTGACGTT TTATCTAGGC TTGTATTTTG TCTTCGTTCT
CATCGGTCTC GTGCAGCTTG CAGCTTCAGC CATTATTTTC TATATGGGTG CCGTGAAGGC
GTCGCGAGAG GTTCACAAGC GTTTGGTGAA CACAATATTT GGCGCCTATA TGAGGTTTTT
GGATTCGACT CCGGTTGGAA GGATTATCAG TCGTTTCACT AAGGATATGA AGTCCGTTGA
CGGCTCTTTC ACCGAAGTAA GTCATTCGCT AGTTGATATT AGCACCAAGA AAATTAATTG
AAATCGATTC TCATAGACTT TTGCAAACGT TGCCGATGTG ACCGTTGGAT TGGCACTGAA
GATTATTGTT GTCATTTCGC TTGTCCCATT GTTCTCTCTT CCTGCGGTCG TGAGTGTCAC
TTAGGTTGGT GAGTGCATAG AAGCTGATTA CATTTTTGCA GTTCATTGGT TGTCTGGGCG
GTATTTTGGG TGAGATGTAC ATTCATGGCC AACTCAGCGT GAAGGTGAAT CCAAAGCTTT
TCGACCTTAA CAACTCCAAG CTAACGAGAG TATCACAGCG AGAGATGTCT AATGCCAAGA
GCCCCTTGTT CTCGCATTTC TCTGCCGCCT TCAATGGTAT CGTGTCCATC AGAGCTTACG
GGGCCCAGCA GAAGGTCAGA AAGGAAGCCC AGAGGAGAGC TGACAAGTAT ACTAGAGCAG
CAACTGCTGT AAGTGCCGTA ATCTGCTTCC AATTGGCTCA CCTGCTTATG CTCTCGTGTT
TCTGCGCGAT TTGTTCTTTC TCTCATCTAG TTGTACGTTG AATTCTGGGT TCCAAACCTT
CACGAGGCTG ATCTAAAATT GTAAAGCTAC AATCTTAATC GTTGGGTAAC CATTCGACTT
GACATGCTTG GCGGCTTGTT CGCAGCTTCG CTCGCTGCCT TCTTGGTATA TGGCCCTAGG
CTCGACGCGT CTACCTCTGG CTTCGCTCTT TCTCAAGCCA TTTCATTCTC ATCCATGATT
CTCGTGAGTT CCATCCTAGT CTCAAAAAGT GGACATATAG CTGATATACG TCACAGTGGT
GGGTCAGGAT GGTCAACGAG ATGGAAGTTC AAGGAAACTC TGTCGAAGTA AGTAAAATGT
TTCCTCAATG GCTTGTCGCT TATCCTCATA TAGCGTATTC AAGACTATTT AGTCATCCCT
CAAGAACCCG CTTTTGAAGA GTCCAAGCAA CCTCCCGCAG CTTGGCCTAC ATCCGGAGAG
ATTGTTCTTG ATCATCTTTC TGCCAAATAC TCTAATGATG GGCCGCTCGT CCTTGACAAC
CTTAATCTTA CGATCAAAAG CGGCGAGAAG GTTGGCATCG TGGGAAGGAC TGGTAGTGGC
AAGTCGACCC TTGCCTTAGC TTTGTTGAGG ATGTTGCCCA CAACTGGAAA GGTTTTGATC
GATGGAGTCG ATACGGGAAA GATCAACTTG CATGCGTTGA GGTCAAATGT GACCATCATC
CCTCAAGATC CTGTGGGTAT CTTTTAGCGT CTTATTTTGT TTGGCTCATG CAGTTTCGGC
AGATCCTGCT TTCAGGCAGC CTCCGTTTCA ATCTTGATCC CTTTGGCGAA CATGACGATT
ACGAGCTCAA CGATGCTCTT CAACAGTCTG GCCTTGGTGC TACCCGCCAG CCTGGTGGTA
TTGGCGCGGC TACACCTCAG CGATTAACCC TCGACACCCA TATTTCCGCT GGTGGTGGTA
ACTTGAGTCA AGGCCAGAGG CAGCTTGTGG CGTTGGCGAG AGCTCTGGTG AGAAATAGCA
AGGTCCTCAT ACTTGATGAG GTACGTCTGT TGGGGTTAAG GATGATTGAT CGTAACTGAC
TACAATATAC TCATAACAGG CGACAGCGTC TGTTGACTTT GACACGGACA CACTAATTCA
AAAGTCTATT CGCGACCTGC CTTCCTCGTG CACTGTCCTT ACAGTCGCCC ACCGGCTTTC
AACCATCATG GACTATGACC GAGTCCTCGT CTTAGGAGCG GGAAAAGTGT TGGAATTTGA
TGCGCCCGAA ACATTGAAAA AGAATAGCGA TAGCTACTTT GGAAAGTTGT GTCAGGCGAT
GGAGGGGAAG AGTAGCGACG AGCGTTGA
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| Protein sequence | MVVQDLAQSV FSSVSESLVE VAKNKNKNPQ SYQPLLINDE ELDVETEAVE VTPIPPSMPS
GGLLADFKAH VRSMKEFGSV LFGLEILRTL CLCALLGLSI YATILAESPE EHQTVYEDGT
VEDMAKQWGR KKNKKKKGKH SKSTVDDYSS LEWGEFGVSG FYLYTLIFSL LLLTLRPATR
LRRHIITHLD SLLLLAFAVY AYRDIWPLFT FNLDPADINT PVTWARVAIL TVSAVLIPLV
RPRTYVPVDP ENPSPPGEIH PEQTSPLLFY MFFEYMTGLV WKAWKTPALP YEDLHPLADY
DRAEYLYKQH MDKLDPVRRK EKGLKPRNLV LSLASVFKKE IVMVSLMSAL SAIFELSGSV
GINQLLDYLE KDGKGHSLRP IVWIIFLFLG PTFGSLTMQF YIFTTTRSLV RSEALLTQLL
FDHALRLRMK DQVDDDREKE VDSMTNGEGS APLITVEDVE EVIDHAPGAP GEFHDRFDNE
TEEESTAQGN GKRKSAPQST DATEVGSANG SNKDAAVDRK AAADEEARKS KGQGLAGKIN
VLMAADIESV IEGRDLALIF VYTPVQFVLC VVLLYRILSW SSLIGMLTMF ITLPLPGLLT
KLNAQFQQKR MLATDSRIDT ITESINALRI IKMFGWEDRI KERVAAKREE ELTLIWQRRL
MNLFTTLLNT VLPVLTMTVT FAVYTTIQKQ QLTAAKVFTS MTVFELVKGQ LGMCFYLINS
VVTAWVSVRR LDKFLHESEM IDEYSEGKLA TIKPPEQLEA EQEGLIRIHN ATFTWGSELY
TSTEIPFRLS IEDTTFKKGK INLITGPTGS GKSSFLKALI GELHFEQKQG AFYHLPREDG
VSYAAQESWC TSDSVRDNIL FGEPFEESRY WKVISACGLE PDLKLFDDGD LTEVGEKGIT
LSGGQKARLT LARAIYSKTA VVLLDDIFSA LDTLTSRWII DNLLSGDLVK DRTILLITHH
IHLAAPVADF IITLNEDGSV RSQGSIKEGT LDASELQEAE EAEEQELKEA KQGEKKVEEK
PTTKLIQAEE KSEGRISRKA LFAFFRTFGG PIFWFLYFGL LVGGQAMSSF ETYWLGRWAR
AYDQAEDPRK VSVTFYLGLY FVFVLIGLVQ LAASAIIFYM GAVKASREVH KRLVNTIFGA
YMRFLDSTPV GRIISRFTKD MKSVDGSFTE TFANVADVTV GLALKIIVVI SLVPLFSLPA
VFIGCLGGIL GEMYIHGQLS VKREMSNAKS PLFSHFSAAF NGIVSIRAYG AQQKVRKEAQ
RRADKYTRAA TAFYNLNRWV TIRLDMLGGL FAASLAAFLV YGPRLDASTS GFALSQAISF
SSMILWWVRM VNEMEVQGNS VERIQDYLVI PQEPAFEESK QPPAAWPTSG EIVLDHLSAK
YSNDGPLVLD NLNLTIKSGE KVGIVGRTGS GKSTLALALL RMLPTTGKVL IDGVDTGKIN
LHALRSNVTI IPQDPILLSG SLRFNLDPFG EHDDYELNDA LQQSGLGATR QPGGIGAATP
QRLTLDTHIS AGGGNLSQGQ RQLVALARAL VRNSKVLILD EATASVDFDT DTLIQKSIRD
LPSSCTVLTV AHRLSTIMDY DRVLVLGAGK VLEFDAPETL KKNSDSYFGK LCQAMEGKSS
DER
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