| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | CNE02470 |
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| Symbol | |
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| ID | 3257964 |
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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 | 665731 |
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| End bp | 670232 |
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| Gene Length | 4502 bp |
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| Protein Length | 1330 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | 638256838 |
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| Product | vacuolar membrane protein, putative |
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| Protein accession | XP_570950 |
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| Protein GI | 58267588 |
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| COG category | [R] General function prediction only |
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| COG ID | [COG1033] Predicted exporters of the RND superfamily |
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| TIGRFAM ID | |
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| 
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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 | CTTCATCTGG CATATCATCC ATTCATTATC ATGCCATCGT CCCAATCGAG GTCGGGCAAG
GGCATATGTG CCATGCGGGG CACTTGCGGC AAAACTAGCA TGTTCGGCGC GGATTTACCA
TGTCCCGACG ACAGCGATGC GACCGTCGTG AGTACATGGA TTAAGCGGAA CACTCTTCAA
CCCCGTAGCT GATACACTCT GCAGCCCGAC CAAAGACTTC TGGATCTTAT GGCTTCGGTC
TGTGGTCCTT CCTATTCCTT GCCAGACCAC GTTTGCTGCA CCTACGACCA GCTCTCGACA
CTTTCCGATC GTTTGCAACA AGCTGCTCCT CTTATCGCGT CATGCCCTGC TTGTATCAAC
AACTTTAGGT CTTTCTATTG CGATTTCACC TGCTCTCCAA ATCAATCCAC ATTCCTATCG
GTTACTGCCA CGCAAAAAAC TACTGAAGGG AAAGATGCGG TGAAAGAAGT TGATTACGAG
GTCAGTTCTG ACTTCAAACA AGGCTTCTAT GACAGCTGTA AGGACGTTCA GTTTGGTGCC
ACGAATGGAT TTGCTATGGA CTTGATAGGA GGGGGTGCCA CTAACGCCAG TGGTTTTTTG
AAGTATATGG GAGACTTGAG GCCAGGGTTG GGCTCACCGT TTCAGATAAA TTTCCCGGAC
AATGATGACT CTGCGTACCG ACGAGCACCT CTCAGCTGTT CAGATGCAGA GAACATCAAT
GCCCGATGCG CCTGTGCCGA CTGTCCCTCC GTGTGCCCTT CGCTTCCCTA TATTGCACCA
CCCTCAACCA AGCAATGTCA CGTGGGCGCC GTCTCATGTC TCACCTTCTC CCTGCTTATC
ATCTACTCGG TCATCATCCT CGTCGGAGCA TTGCTCTATA TCTGGAAGCA GGCAGCCCGG
CACCGACAAA GACGTTATGA ACGCGTCGCA CTGCTCGATC CTCCGCATTC ACCAACTATC
CAAAACGGGC AGGGGAGTGG GCTTGATGGT TTGATGGGAA GAAATGATGA TGCCGAATCG
GGGCCTAGTG GCTCCATTCA TTTCCGACTT GGTAGAGGAG CTAGCCTCCT TGATCCAATG
GAACACCTGC AACCGAAACA AAACAAGATC AATGCTACTC TTCGCCGGTT CTTCTACCGC
CTAGGATTGA CATGTGCAAA GCGACCCATT GAAGTCTTTG CCATCTCAGC TCTTATTGTA
GGGTTATTCA ACTTTGGGTG GAAATATTTC GAGGTTGAAA CTGACCCTGT ACGGTTATGG
GTATCACCGA CAAGTGAAAG TGCCTCCCAG AAACAGTTCT TCGATGACAG TTTCGGCCCA
TTCTATAAAT CCGAACAGAT ATTCATAACG CAGTCTTCTG GATCACCTGT CAACTATGAT
ACTCTTGACT GGTGGCTCAA AGTAGAAACC GAAATCAATG CCCTCAAGAC GAGCGATGGG
ATTGGGTTGG AGGATATTTG CTTTGCACCA GCTGGCAAGG GGACTCCTTG CGTAATACAA
AGTGTTTCGG CCTGGCTTGG AGATGACATG GAAGTATGGG GGGAAGAATG GGAATCGCGT
GTGCGCGACT GTGCGTCTAG GCCGGGAGAA TGTTTGCCAC CATTCGGACA ACCCATTGAC
CCCAAACTTG TTCTCGGAGG AGCCAATGGA GATTGGCTGG AAGCCAAGGC TTTGGTAGTT
ACTTGGGTAG TCAACAATTA CAATGACGAA CGGGTCGAGC CAGCAGAACA ATGGGAAAGG
AAGCTGCGCG ATTATCTGAG AGACTTGAAA CGGCCTGGGA TAAAGATTAG CTACTCCACG
GGAGTTAGTC TGGAAGAGGA GATCAACAAG AGCACCAACA CCGATGTCAA GATCGTCGTG
CTATCTTATC TCGTCATGTT TTTCTATGTC TCGCTCACTC TTGGAGGTGG TCTTCCACCC
AGTATGATAC AAGCTTTCAC CCATAGAGCC TATCGCCTTG TTTTTCGGAT TGGGGTGCTT
TTGCACCTGG TAAAAGATGC CCCTCTCGAG GAATCTGCAC CTCCGCCGGA TTTCAGAGTT
ATCCCTACCC TACTTTCCGT CAACTCGAAA TTTTCCCTGG GGTTGTTTGG CATTGTCATT
GTCCTTATCG CTGTGTCCTC TTCGGTCGGT CTTTTTTCCT TGTTGGGCGT ACGGGTCACT
TTAATCATCG CCGAAGTTAT ACCGTTCCTT GTCCTCGCAG TGGGCGTCGA TAACGTGTTT
ATCTTGGTAC ACGAACTTGA ACGGCAGAAT AATTTACATG CTGCCCAACA GCCAGGTGAC
GACGAATCTG TTCATAGCAA CGGAGCTCAA CCCTCTGGCA CATTCCTTGC TCCCGAAGAG
AGAGTGGCCC GGGCAGTAGC TAGGATGGGT CCATCCATCA TGTTAAGCTC AGTTACCGAA
GTGGTAGCTT TTGCCCTCGG CGCTTTAGTT CCTATGCCTG CCGTACGCAA TTTTGCTATC
TATGCTGCTG GTAGTGTCCT CTTTGGTGCA ATAATGCAAT GTACGGTTTT TGTCAGCGCA
ATGACGCTAG ATTTGCGACG TTCGGAGGTG AGTCCCTTGT CTGTATGCTG TATACCTCCG
CTGAGGGAAA TCGATTTAGT CTATGCGGAT TGATTGCTTC CCCTGTATCC GCCTCAGACC
TCCTATCGGT CTTTACGATA ACGAGGCCCC ATCACGTGAA GGTATGGTCA AGAAGTTCAT
GCGCACAGTA TACGCGCCTT CGCTACTCCG TCATGAGGTC AAGCAGTTAG TTTTGGTGGC
ATTCGGAGGT CTATTTTTGG CTGCCATCAT CGGGATCCAA CATATCAGTC TCGGTCTTGG
TAAGTATCTC TGGGTCTGAA AATACTACTC TTTTCTAATG GAAGGCATAG ATCAACGTCT
GGCCCTCCCA TCCGAATCAC ATCTGGTCCC ATACTTCAAT GATGTTGATT CCTATCTTGA
TGTTGGGCCG CCTGTGTACT TTGTCACTGA AGGAGGTGAT CCATCTTCTA GACATGGACA
GCAGCAACTT TGTGGCCGCT TCACTACGTG CCTCGAATTA TCTGTAGCCA ATACTCTCGA
AGCGGAGCGT AAACGTCCAG ATAGTTCCTT CATCGCGTCC CCCCCCGCTG CTTGGATCGA
TGACTTTTTG CAGTGGACCA ATCCCACTTT TGAGAGCTGT TGCAGAGTCA GAAGGCGAGA
CCCGACCATT TTCTGTTCGC CTAAAGACTC GGAAAGGCTC TGTAGGCCTT GTTTCGAAGG
TCAAAAATGG GACTCGACAA TGGACGGTCT ACCTGAAGGA GAAGACTTTA TGCGATACCT
TGAACAATGG TTAATTTCAC CAACAAATGA TGAGTGTCCA CTGGGTGGAC AGGCGCCTTA
CAGCGCAGCA GTAAAACTGG TTTCAAGCAA TACCACTGTC GCTGCTTCCC ATTTTAGGAC
CTACCACACC CCACTCAAAT CTCAAGCAGA CTTTATTAAT GCCTTGGCTG CGGCTCGACG
AATCTCTGAC GATATCACTC ATCGAACCGG TGTCAGAGTG TTCCCATATT CATTGTTCTA
TGTCTTTTTT GATCAGTACG AGCACATTAT TTCTATGGCT ATCCAAGTTC TTTTCCTCGC
TTTTGTCGCT GTTCTAGTGA TAACATCTAC ACTCCTCGGT TCTTGGCGTA CTGGCGGGAC
CGTAACCTTT ACGTGTGCGC TAGCGGTCAT TAATGTCATG GGTGTGATGG GGTATTGGGG
TATCTCTTTG AATGCTATAT CTTTGGTCAA TTTGGTTATC AGTTTAGGAA TAGCTGTGGA
GTTCTGTTCC CATATCGCAA GGGCTTTCAT GGGGGCAGGA TCTGGCCTGC CGTTGGACAA
AGTGGAAGGA CGTAAAGAGA GGGATGAGCG AGCGTGGACC GCGTTGGTAG ATGTAGGACC
ATCTGTAAGT ATTTCAATCT TTTTCAGCTC ATGCGAAATC TGACTGAAGT CGGTAGGTGT
TCTCGGGTAT CACCATGACC AAACTTATCG GCATATCTGT CTTGGCTTTG ACTCGTTCCA
AGCTCCTGGA AGTATACTAC TTCCGCATGT GGCTTTCTCT GATCCTATCG GGGGCACTGC
ATGGTTTAGT ACTGCTGCCA GTTCTTTTGA GTTACCTTGG GGGTCAAGGA TACCCATTGG
AGGATACAGA TGAGGATTGG GTCACTAGTC AAATGAGACG GCCGTAAGTT AATGCGGCTC
CTTATCGTAA GGTCGAACTG ACATTACTGG CCTTTAGGAT GGATTACGAG TATGCGCCTT
TTGCAGATAC AGACTCGGTA GATGATTAGC CTTTTCATCA CTTCTGTTGA ATCATAACGA
TCGTAACCTG AATGCATGTC TTTGTAAGTA GTGATTGTTA TGTATGCAAT TACAGCGCAC
AGTGATATTT TTATTTTGCG GTAGTATACA AACTCATCTC TTTTAGATTT CCTTTTGTTT
TCTTTATACA TCGCAAAAAC CCGGAATGGA CCAAGATGTG ATGAAATAAT CTATGAAATG
TG
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| Protein sequence | MPSSQSRSGK GICAMRGTCG KTSMFGADLP CPDDSDATVP DQRLLDLMAS VCGPSYSLPD
HVCCTYDQLS TLSDRLQQAA PLIASCPACI NNFRSFYCDF TCSPNQSTFL SVTATQKTTE
GKDAVKEVDY EVSSDFKQGF YDSCKDVQFG ATNGFAMDLI GGGATNASGF LKYMGDLRPG
LGSPFQINFP DNDDSAYRRA PLSCSDAENI NARCACADCP SVCPSLPYIA PPSTKQCHVG
AVSCLTFSLL IIYSVIILVG ALLYIWKQAA RHRQRRYERV ALLDPPHSPT IQNGQGSGLD
GLMGRNDDAE SGPSGSIHFR LGRGASLLDP MEHLQPKQNK INATLRRFFY RLGLTCAKRP
IEVFAISALI VGLFNFGWKY FEVETDPVRL WVSPTSESAS QKQFFDDSFG PFYKSEQIFI
TQSSGSPVNY DTLDWWLKVE TEINALKTSD GIGLEDICFA PAGKGTPCVI QSVSAWLGDD
MEVWGEEWES RVRDCASRPG ECLPPFGQPI DPKLVLGGAN GDWLEAKALV VTWVVNNYND
ERVEPAEQWE RKLRDYLRDL KRPGIKISYS TGVSLEEEIN KSTNTDVKIV VLSYLVMFFY
VSLTLGGGLP PSMIQAFTHR AYRLVFRIGV LLHLVKDAPL EESAPPPDFR VIPTLLSVNS
KFSLGLFGIV IVLIAVSSSV GLFSLLGVRV TLIIAEVIPF LVLAVGVDNV FILVHELERQ
NNLHAAQQPG DDESVHSNGA QPSGTFLAPE ERVARAVARM GPSIMLSSVT EVVAFALGAL
VPMPAVRNFA IYAAGSVLFG AIMQCTVFVS AMTLDLRRSE SMRIDCFPCI RLRPPIGLYD
NEAPSREGMV KKFMRTVYAP SLLRHEVKQL VLVAFGGLFL AAIIGIQHIS LGLDQRLALP
SESHLVPYFN DVDSYLDVGP PVYFVTEGGD PSSRHGQQQL CGRFTTCLEL SVANTLEAER
KRPDSSFIAS PPAAWIDDFL QWTNPTFESC CRVRRRDPTI FCSPKDSERL CRPCFEGQKW
DSTMDGLPEG EDFMRYLEQW LISPTNDECP LGGQAPYSAA VKLVSSNTTV AASHFRTYHT
PLKSQADFIN ALAAARRISD DITHRTGVRV FPYSLFYVFF DQYEHIISMA IQVLFLAFVA
VLVITSTLLG SWRTGGTVTF TCALAVINVM GVMGYWGISL NAISLVNLVI SLGIAVEFCS
HIARAFMGAG SGLPLDKVEG RKERDERAWT ALVDVGPSVF SGITMTKLIG ISVLALTRSK
LLEVYYFRMW LSLILSGALH GLVLLPVLLS YLGGQGYPLE DTDEDWVTSQ MRRPMDYEYA
PFADTDSVDD
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