| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CND05820 |
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| Symbol | |
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| ID | 3257055 |
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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 | 1584741 |
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| End bp | 1588747 |
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| Gene Length | 4007 bp |
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| Protein Length | 1180 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | 638256520 |
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| Product | conserved hypothetical protein |
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| Protein accession | XP_570484 |
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| Protein GI | 58266656 |
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| COG category | [K] Transcription |
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| COG ID | [COG5108] Mitochondrial DNA-directed RNA polymerase |
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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 | ATGAGAATAC CAGAAGCCAA AGTATGGGCA ATGGTCATTG AAGGAGTGGC AAGTCTCGGT
AACGTCCACA GCCATGGGTC TAGTGCTCCA AAGTGGAGGG GAAGGGCCGC GAGATTAGTA
GAGCAGTGGG GAGAGACACA CGGCGCGCGA GGTTCGAAAG AGCCAGCTGG TCTGGATCGT
GACGGTTTGA GGGTCTACCA GGGCTGGTTC AATGGTTTGA TCAAGTAGGT CTTCTTTTGT
CTCATAAACC CAACATCAGA TGCCTAGCGC AACACGACTA ATGCTGTTGC TAGCTCCCAC
TCTCCTCTGG ATCCCATAAT CCCTTACCTT GAACACTCTT CTCTGCCCAT TTCATCTCTT
CTCCAAGGCC TCGAACCTTC CGCGTTACCA TTAGCTTGTC AGGCGGTCAT TGAAGCCGCC
GACTCTCACT CTTTGCCGGG TCTTCGACAA GATGTCCTCG CTTTCCAGGG GCTTGAAAAG
CAAAGACGAG AGGAACTCGT CTCTGAAGTA ATTGAGGAGG TCACGCCCGT AACAGAGGTT
CGTGAAAATC ATATTACATC ACATAGATCT ACTAACTTCC AACCTTTAGA ATGCTGGCAA
ATCTAGCAAG CAAGCACACG TCTCCCATCG TAACGAAGCT CGGTTCGCCA TCGCCAATCT
TCGTCAAGCT TTATCCGCCA TAGACTCTTC CTCCATTCCC GTAAACCGCC AACGTGCACT
TGAGAATGCA TCTCTCCAAG CAGCCCGCGC AGAACTCGAA GAGAGCGCCA AACGTATCCA
AGCAGCCGGT GACACATCCA CCCTTCAACG ATCTGTCCTT CAATCATGGA TGCATACTTG
GCTTGGTGAA CTCACTGTAG AACTCGAGAA GCGTATTGCG TCCATGCAGG CCGAAATTGA
CGCTCTTCCA GAATCCAAAG CCGCTGTCAC CCCTCCTAAA TACTCCGCCA CTGCTCGCAT
GAAGCCTCAG GTTCTCCTCA TGTACCTCTC CCTTCTCCCG GTTGATAAGC TCGCCCTTAT
CACTATCCTC GAAATCATGC GCATGTCCGG ATCAGGCGGT ATAGCTGATG GTATGAAGGT
TCTGAGAGGC ATGGTTGCCG TCGGCAAGGC TGTGGAAACT GAGTTTAGGG CAGAAACGAT
CAAGAATGTT GCTGGTGTTG ATTCGTATCA CTGGTTGAAA ACTATCGATC CCCAAACTCA
GAAACCAAGC AGACAACTCA TCGGATCAGT TTGGAAAAAG ATTGGAGAAC AGGCGAATCA
AGCAAAGCGT GTAGGTAAAA ATGAAGGTGA TAAAATTTTG CCTCCCAACC ACGACGACAT
GCAAGATATA TGGACCCCTG CCTGGTCCCG GATGATTCAG CTCGGCGTCG GTTCCGAGTT
GGTCGATGCA TTGTTAAAAG TGGCGAAGGT CGAACGAACA GCCAAGGATC GTAACACTGG
TGAGATGATG TGCGTATAAG CCCATTCTCT TTCATGTATC ATCTCATCTG ACCAGCGTTC
ATAGAACGGA GCTCCAGCCG GCTTTCACTC ATGCGTACGA GTACGTGCGC GGGAAGAAGC
TTGGCGTCAT CAAACTTAAC CCTGTGGTTG CTGCCCGCCT AGCAAAAGAC GACATCGGCG
TAGTCATACA TCCTAAGCAC CTGCCAATGC TTGTCGAACC TAGACCTTGG ACAGCCCATA
ATAAAGGCGG TTATCTACTC CATTCAGGTA AGTCAACTGA ACGGACTTTC AGAGATATGT
CGCTGAACAT TTTATTTCGT TCCAGTCCCC GTTATGCGCT ATAAAGAGTC CTTAGAACAA
CAGAAATGGC TCAAGGCAGC GTCGGAAGAA GGACATCTTG AACCAGTATT TCACGGTCTA
GACGTTCTTT CTTCAACCCC TTGGCGGGTC AATCGTAGAG TGTTTGACGT CGTGCTCGAG
TCTTGGAATA GAGGCGAGCC GATCGCCGAT ATTCCTCCAT CAGAAGACAA AGCACACTAT
GAATTTCCCG AGAAACCTGA TTCATCTGAT CAAGATCCGC AAATGAGGGT CCAATATGTG
GAGAAGACAA AAGCCGTCTT GGCCCAACAA AGAAAGGACC ACGCTGAAAG GTGCAAGTTC
AATTACAATA TTGAAATTGC GCGCTCCTAT CTTAAAGACA CTTTCTATCT TCCCCACAAT
ATGGATTTCC GAGGAAGGGC TTATCCGATC CCTCCTCATC TGAGTCCTGT AGGAGACGAC
CTTTGTCGAG GTCTTCTTAC TTTTGGTACC AAAAAACCCC TTGGTGAAAC AGGTCTGAAG
TGGTTGCAAA TCCACTTGGC AAATGTGTAT GGTTATGACA AGGCCAGCTT CGCTGAAAGA
GCAAGATTTG CGCAGGAACA CGAAGCTGAT ATCTTCGATA GTGCCGACCA CCCCTTGGAC
GTGAGTTGCC CTCTAATCAC CTTATCTCGT TTGTATGGCT GAAACGGTTT CAGGGAAAAC
GGTGGTGGCT GAAAGCTGAA GACCCATGGC AATGCCTCGC CACATGTTTT GAACTCGCCT
CCGCTTTACG CTCGCCCAAT CCTTCAGCCT ATGAGTCGTC TCTTCCTGTT CATCAGGATG
GCACTTGTAA CGGTATGCAG CACTATGCTG CTCTTGGTGG CGATGTTCGT GGTGCCAAAG
CCGTCAACCT CGAAGCAGGA GACCGGCCAG CAGATATCTA TACCGGTGTC GTCGACATAG
TGAACAAGGT GGTCGAGGAA GACAAGAAGG CCGGTCACGA CATCGCGTTG TTAATCAAGG
AACCTCTCGG GAGAAAGGTC GTAAAACAGA CAGTAATGAC TACAGTCTAT GGAGTAACTT
TCGTTGGTGC ACGAGACCAG ATTGCCAAGC AATTGCACGC TAGAGGTGAT ATTGCACAGG
AGCACATATT TGCCGTATCA AGTTATATTG CTAAAACTGT CAGTCCTCTG TCAGTATTCT
TTGAAGGTGA CTGCTGCTGA CTTGCCATGA ACAGGTGTTA AATTGTATCG GTGACCTTTT
CTCTGGAGCC AAGGCCATCA TGGACTGGCT TACCACGTCT GCCCGTTTAA TCTCTAGATC
GATTCCCCCA GCTCGTGTCC AAGAAGCGGC CACTAATTTA ACAAACACCT CTCGCACAGG
CAAGGTCACT TCCCGGGCTG CCAAAGAATT TATGAGTGCG GTCATCTGGA CGACCCCTCT
GGGTTTGCCT GTTGTGCAAC CATATAGAAA AGCGCACAAG AAGCAGATCA TGACCGCTTT
ACAATCTGTG TACATCTCAG ACCCCAACGC TCCGTCAGAA GTCAGCCCTC AAAAACAAGC
AACCGCTTTC CCTCCGAATT TCATTCACTC TCTTGACGCC ACTCATATGC TCCTTACCGC
TCTCAAGTGT AAAGTATGTC TTATCTTCTT CTTCAATATG TTCGCGAAAC TGACGTCTGA
ACCGCAAGCA AAATAACTTG GCCTTTGCAA GTGTGCATGA TTCTTACTGG ACTCACGCTG
CTACAGTCGA AAAAATGTCC GACCTTATCC GAGACACCTT TGTAGAACTT CACTCTCAGG
ATCTTGTCGG CAAACTTAGA GAGGATTTCC TTGACCGATA TGGCGAGTAC TGTATCCCAA
TACAGTCAGC TAAAAATATA TCTACCACCG CTGCCAAGCG TAAAGCTGCG ACTGCCCAGC
GGAGAAAAGC CATGTCTGTA ATGTTGGCTG AACATGATGG CGGCGAAGAG TCTTTTACCA
ACTCCGATCC TGATGGCAGA TTCGATGACG CTATATTAAA TGCCGAAGTT GATCTCATTG
CATCAACTCC TGAGCAACTC GATGTGAAAG CTGCAGAGGC TATATCTCTC CCTACCGATG
GAATTGTAGA AATAGCAGGT AAATCTGGCT TGGACGATGA GGAAGTGGAT ATTTTCCGTG
CAGGAAAGCA GAATTGGGTC AAGTTTAGGG ATGTCTTGCC GCCTTGTCCT CCTAGGGGTG
TTTTCGAGGT CCGTAGGGTA AAGCAGTCCG CCTACTTCTT TTCCTGA
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| Protein sequence | MRIPEAKVWA MVIEGVASLG NVHSHGSSAP KWRGRAARLV EQWGETHGAR GSKEPAGLDR
DGLRVYQGWF NGLINSHSPL DPIIPYLEHS SLPISSLLQG LEPSALPLAC QAVIEAADSH
SLPGLRQDVL AFQGLEKQRR EELVSEVIEE VTPVTENAGK SSKQAHVSHR NEARFAIANL
RQALSAIDSS SIPVNRQRAL ENASLQAARA ELEESAKRIQ AAGDTSTLQR SVLQSWMHTW
LGELTVELEK RIASMQAEID ALPESKAAVT PPKYSATARM KPQVLLMYLS LLPVDKLALI
TILEIMRMSG SGGIADGMKV LRGMVAVGKA VETEFRAETI KNVAGVDSYH WLKTIDPQTQ
KPSRQLIGSV WKKIGEQANQ AKRVGKNEGD KILPPNHDDM QDIWTPAWSR MIQLGVGSEL
VDALLKVAKV ERTAKDRNTG EMITELQPAF THAYEYVRGK KLGVIKLNPV VAARLAKDDI
GVVIHPKHLP MLVEPRPWTA HNKGGYLLHS VPVMRYKESL EQQKWLKAAS EEGHLEPVFH
GLDVLSSTPW RVNRRVFDVV LESWNRGEPI ADIPPSEDKA HYEFPEKPDS SDQDPQMRVQ
YVEKTKAVLA QQRKDHAERC KFNYNIEIAR SYLKDTFYLP HNMDFRGRAY PIPPHLSPVG
DDLCRGLLTF GTKKPLGETG LKWLQIHLAN VYGYDKASFA ERARFAQEHE ADIFDSADHP
LDGKRWWLKA EDPWQCLATC FELASALRSP NPSAYESSLP VHQDGTCNGM QHYAALGGDV
RGAKAVNLEA GDRPADIYTG VVDIVNKVVE EDKKAGHDIA LLIKEPLGRK VVKQTVMTTV
YGVTFVGARD QIAKQLHARG DIAQEHIFAV SSYIAKTVLN CIGDLFSGAK AIMDWLTTSA
RLISRSIPPA RVQEAATNLT NTSRTGKVTS RAAKEFMSAV IWTTPLGLPV VQPYRKAHKK
QIMTALQSVY ISDPNAPSEV SPQKQATAFP PNFIHSLDAT HMLLTALKCK QNNLAFASVH
DSYWTHAATV EKMSDLIRDT FVELHSQDLV GKLREDFLDR YGEYCIPIQS AKNISTTAAK
RKAATAQRRK AIFDDAILNA EVDLIASTPE QLDVKAAEAI SLPTDGIVEI AGKSGLDDEE
VDIFRAGKQN WVKFRDVLPP CPPRGVFEVR RVKQSAYFFS
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