| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08864 |
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| Symbol | |
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| ID | 0 |
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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 | Aspergillus nidulans FGSC A4 |
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| Kingdom | Eukaryota |
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| Replicon accession | BN001303 |
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| Strand | - |
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| Start bp | 2503697 |
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| End bp | 2508662 |
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| Gene Length | 4966 bp |
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| Protein Length | 1299 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | |
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| Product | P-type ATPase, putative (Eurofung) |
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| Protein accession | CBF77849 |
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| Protein GI | 259482917 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | 32 |
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| Fosmid unclonability p-value | 0.261488 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAACACT CTTACACAGC CAGCGATGCT CAGTCGCCTG TGCAAGCTGC CATTTTCATG
CCACAGCGAC GTGACTCACT GAGAAGCAGG TTGGAAGGTC ACTATCTGTA TACTCCCGGG
AAACTAATGT CATTTTAGTT ATAGTGTTGT GACGGATGTA GGGATGGCTC GCAGCGAGGT
ACGTTACACT GTACATTTCA TTTATCCATC AATTAACCTT TTCAAAATCT AGATATTTGA
TGGACCAATT TCGGAAAGTA TCCCATCCAG CGTTGCATCA TTCTCCCGCC GCCGCTCTAG
AAGAAATTCC ACCATCACTT TCTCGCAGCA TCATGAGCAG GAGGACGCGA TTGAATGGCC
GCGCGGGAGG TCCATGGATC TCGAAGACCA GGTTGACGAT ACAATTTCTC CCGACATTGA
TGACAATGGA TCTACCAAGT TTTCTTACAG GTCGAGGCAA TCTGCCTACC GCAGGAGTTC
CATTGAAGAT CCGCTACTTC CGCGGCGGTC ATTGTCGTTT GGCTCTAGTA ATAACGAGTG
GAAGAGCAAG GATAGAATAA AGCAGGAAAT CCACATCGCC TCGGAAGACT CGACTCTCGT
CATCACAGGT TTCAGAACAG CTACAACCGG AGCTGTTTTG TATTTCTTTC TATGCACTGT
GAGCCTTGGC TTCGCTTTCC TTATCTTCCG ATGGCTTCCA AGGTGGAAGA TTAAGTTGTT
GGGAAAATAT TCATCTCTGA GTCAATGTCA ATGGGCCGTG ATTGAGGTGA GCAATATTCA
TGTTGCCTTA ATAACTACTA ACTGTAGCAG GATCAATGGG GACAGCTCAG CATTTGCGAA
GTTCGTGACC AAGCGTATGA ACGACCACTT TCCACGATCT TTGCGGACTC TTACAGATAC
ACGTATGATG AAGAACGCAA CCCTACTGTT GAGCATCTGA GGTATCTAGA TTACAGGTAC
CTGCGGTTTT TCTATCACCC ATTGCAGGAC AAATTCCTCT TGATTAGCGG GTGGAAAGAT
CCATCATGGA CCAACGCAAA AACGATGAGA GTTGGGCTGA ATGCCGACGA GCGCGATAGC
CGTGAGCAGA TTTTTGGTAA AAATGCCATT AATATACAAC AAAAGTCTCT CTTTCAACTC
TTGATTGATG AAGTACGTCC ACTTTTTGGT TTCGTTTATC GCTGCTCACA AGTGTAGGCC
TTCCACCCAT TCTACATCTT TCAGCTTGCT AGCCTGGTGC TCTGGACTCT CGATACTTAC
TACTATTATG CTGGTTGCAT TTTCTTCATA TCTGTTTTTA GCATAGGAAC TACAATTATT
GAGACTACTT CTGTATGTAT CCACTCCCGT CCACTCGTTG CCAGTCTAAC TCGCCTAGAC
TACAAGGCGG CTAAAACAGA TGTCTCATTT CGAGTGTGAC ATCCGTGTTC TTAGAAATGG
GTTTTGTTAG TACACCGTCA GTACTGTCTT GGCAGCCACT GACAACTTCT AGGGAGATCT
GTTCCGTCGC AGGAACTTGT ACCTGGTGAT GTATTCGAGT TTTCTGATCC ATCCCTAAAC
CAGGTTCCAT GTGACTGTAT TCTACTCTCT GGAGACTGTA TTGTGAATGA GAGCATGCTC
ACAGGTGCGA ATATCTTTTC TCGCGTGATA TAGGTGCTGA CCAAATAGGT GAATCTGTCC
CGGTCTCGAA GACCCCCTTG ACAGATGATG CTCTCGACCA TCTCGACTTG AGCGCCCCTT
CAGTTCATCC GAACGTGGCC AAGCATTTTC TCTTCAATGG GACGAAGATT ATTAGGGCAC
GACGCCCGCA AAGGGTTGAC GATGACGAAG CCATTGCGCT GGCAATTGTT ATGAGGACAG
GGTTCCTAAC AACAAAAGGA GCTCTCATTC GCTCAATGCT TTTCCCGAAA CCGTCGGGGT
TTAAATTCTA TCGCGACTCC TTCCGCTATA TATCCGTCAT GGGCATAATT GCCGTCCTCG
GATTCGTTGC GTCCTTCGTC AACTTTGTAA GGCTAGGTGT AAGTCCGCCG CCTCAGGTTC
ATCACTCCTG CTAAACCAAG ATCCGACAGC TTTCATGGGG ACTTATTATC GTCAGAGCTC
TAGACTTAAT TACAATTGTC GTGCCTCCTG CACTTCCGGC TACGTTGACG ATTGGCACCA
ATTTTGCCCT CTCTCGCCTG AAAGGCAAAA AAATCTTCTG CATTAGCCCT CAAAGGTCAG
AGTCATCTAG CTAATACGGA CTCTGTGCTA ACATACACAC CAGGGTCAAT GTGGGCGGTA
AGCTCGACGT GATTTGCTTC GATAAAACCG GAACCCTCAC CGAGGATGGT TTAGATGTCC
TTGGAATTCG AGTAATGACT CAGCATCAAA GGTTTGGGCT AGGGATATGA TATTGGCTTG
TGTGAAGTGA CTGATTCGTG CAGGCTATCT GAACTTATTC CAAACGCATC ACCCAAATTT
ATTACACCAT CCACTCATAT GGCATGTTCC GAGACATATG ATGTGATAAT TCGCATCATG
GCAACATGCC ACTCTTTGAG AGCGGTGGAT GACGAACTCC TGGGTGACCC CTTAGATGTA
AAGATGTTTC AGTTCACGGG GTGGTCCTTC CAGGAAGGTA GAGATCAGAC GCCTGACCAT
CGAAACCTCG AACACGAAAC GATAGTTCCA TCCATTGCCC GTCCACCCAA TTACACACAC
GTAAACTGTG ATGCTTTGGA TGCTATGAAT GTAAGAACCC CGGCTTAGTT ATACTGCGGA
TTGCTGAATT CCTAGGGAAC CGTGGAGCTT GGTGTGCTAC GCAGCTTTGA ATTTGTTTCT
CAGCTTCGCC GCGCAAGTGT TATCGTAAGA CAGTTTGGCG ACAGCGGGGC TACCATTTTT
GTCAAGGGCG CACCGGAAAG CGTGAAAGAT ATATGTTCGC CAGAAAGCTG TCGGTTTTCC
CCGTGACCAG CTTGTACTGT ACTAACCAGT CTGCACAGTA CCGTCGGATT TCGAGGAGAT
CCTAAGCCAG TATACGCACA GTGGCTATCG TGTTATTGCT TGCGCGGCTC GATATGAGCG
AAGGTTAAGT TGGATGAGAA TCCAGAAAAT GACACGTACA GATGCGGAGT CTAACCTCGA
GTTCATCGGC TTCATAATTT TTGAGAATAA ACTGAAGCCC AAGTCTGCGG ACACAATCTC
GGAGCTGAAA CAGGCAAACA TTCGAAACAT CATGTGTACT GGCGATAATA TCCTAACAGC
AATAAGTGTG GCCAGAGAAT GTGGGATCTT GGGCGCCGAT GAACCATGTT TTATACCGCG
ATTTATAGAG GGTAGTATCT CTTGCCCTTT TGCTCTTATC TGTATTAATT CGAGCAGGTC
CCCAACAGTT GCAGCTCCTA TCCTGGGAGT GTGTTGACAA TCCAGACCTA CAGTTAGACC
CACGGACGTT GATGGTTTGC TTGTTTCGCC TGATTAGCGA AATAAAAGGA GCTGACAGTA
AATAGCCCTC GTTTGACCGC GGCGAAGTGG ACCTGTCTGT ACCTGGAATT GCTTGTAATG
CTCTTAATTA CTCGCTTGCA ATCAGCGGTG ACGTCTTTAG GTGGGTTTTG GATTATGAGG
ATGAAATTGT TGCGAAACGG GTGAGCGCAT ATATAAAACC CAGGAGCATG TATATCAGCT
TCAACTAACG AATACAGATG CTCGTCCGTG GAAATGTGTT CGCAAGAATG TCTCCAGACG
AGAAGCATGA ACTTGTTGAA AAGCTACAAT CACTCGATTA CTGCTGTGGC TTCTGCGGTG
ATGGTGCTAA TGATTGCGGA GCACTGAAAG CTGCCGATGT GGGCATATCC TTGTCCGAAG
CCGAGGCCTC TGTTGCTGCA CCCTTCACCA GCCGTCAGTT CGATGTCTCC TGCGTACCGA
CACTGATTAG GTTCGTATGA CCAGCAAATT TTGGATGGCC AGCTAATTCT AGTATAGAGA
GGGTCGGGGC TCGTTGGTCA CCAGTTTCTG CTGTTTCAAG TATATGAGCT TGTATTCGGC
AATTCAGTTT GCAACAGTCA GCTTTCTGTA CACCAATGCT TCTAACCTGG GAGACTTCCA
GGTGCGTTCA TTCTCAATGT ATTACGAGCG TCGCTGATTT TTCCTACAGT TTCTGTTCAT
TGACCTTACG CTTATACTGC CGATCGCTAT TTTTAGTGAG TTATACCTCA TACTACTCAT
GAGACAAGGT ACTAATAATT GTTCTCCAAG TGGGATGGAC CGGCCCCTGT GATATTCTCT
CGCGGAAGCG ACCAACTGCA GATCTTGTCT CTCGAAAGGT CTTAACTCCG TTACTCGGTC
AGATCGTGAT AGTTGTGTTC GTTCAATTTC TTGCATATAA GTCGGTCCAG TCGCAACCTT
GGTAACTGCA CACTCCACAC AATGATGTAT TTAAATCTGA CAGTTTGCAG GTTCAGGGCT
CCCAATATAG AGCTTGGAGA AGATAACATT GAGAACTCCG AAAACACTGT TCTTTTCTTG
ACATCCAGCT TCCAGTATAT ACTAGCCAGT ATCGTTTTGA GCGTGGGACG GCCGTTCCGG
AAGTCAATGA GAACAAACGG TAATCTACTT ATACTGCTAC CCTATAATCT ACTAACATTT
GACAGTGCCT TTTCTTACCG TCATAGTCGC CGACTTGACG TTTTCAGGCT ACATGCTCTT
CAGGCCATCG ACATGGATAA AGCAGGTCAT GCAATTGACC TATTTGTCTG ACGCCTTTGC
TACCTGGCTA CTTGGTCTCG TTCTTGGGAG TTTCTTGTTC GCATGGCTAG CAGAACGGAA
GCTATTCCCT CAACTTGCTC GTATTATCGG ACGCTTACAG GTACTTATGC GGCCAGGCCA
TCAAAAACAG CGCCGTCAAT ATAAAACGCT GCTTGAGGAT ATGAGTAGAT AGACCCTGGT
TCCGCTGTAT TATACCCGCT GTTTTCACAT AGAAGATAAG ACAAGC
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| Protein sequence | MEHSYTASDA QSPVQAAIFM PQRRDSLRSS YSVVTDVGMA RSEIFDGPIS ESIPSSVASF
SRRRSRRNST ITFSQHHEQE DAIEWPRGRS MDLEDQVDDT ISPDIDDNGS TKFSYRSRQS
AYRRSSIEDP LLPRRSLSFG SSNNEWKSKD RIKQEIHIAS EDSTLVITGF RTATTGAVLY
FFLCTVSLGF AFLIFRWLPR WKIKLLGKYS SLSQCQWAVI EDQWGQLSIC EVRDQAYERP
LSTIFADSYR YTYDEERNPT VEHLRYLDYR YLRFFYHPLQ DKFLLISGWK DPSWTNAKTM
RVGLNADERD SREQIFGKNA INIQQKSLFQ LLIDEAFHPF YIFQLASLVL WTLDTYYYYA
GCIFFISVFS IGTTIIETTS TTRRLKQMSH FECDIRVLRN GFWRSVPSQE LVPGDVFEFS
DPSLNQVPCD CILLSGDCIV NESMLTGESV PVSKTPLTDD ALDHLDLSAP SVHPNVAKHF
LFNGTKIIRA RRPQRVDDDE AIALAIVMRT GFLTTKGALI RSMLFPKPSG FKFYRDSFRY
ISVMGIIAVL GFVASFVNFV RLGIRQLSWG LIIVRALDLI TIVVPPALPA TLTIGTNFAL
SRLKGKKIFC ISPQRVNVGG KLDVICFDKT GTLTEDGLDV LGIRVMTQHQ RLSELIPNAS
PKFITPSTHM ACSETYDVII RIMATCHSLR AVDDELLGDP LDVKMFQFTG WSFQEGRDQT
PDHRNLEHET IVPSIARPPN YTHVNCDALD AMNLRRASVI VRQFGDSGAT IFVKGAPESV
KDICSPESLP SDFEEILSQY THSGYRVIAC AARYERRLSW MRIQKMTRTD AESNLEFIGF
IIFENKLKPK SADTISELKQ ANIRNIMCTG DNILTAISVA RECGILGADE PCFIPRFIEG
SISCPFALIC INSSRSPTVA APILGPSFDR GEVDLSVPGI ACNALNYSLA ISGDVFRWVL
DYEDEIVAKR MLVRGNVFAR MSPDEKHELV EKLQSLDYCC GFCGDGANDC GALKAADVGI
SLSEAEASVA APFTSRQFDV SCVPTLIREG RGSLVTSFCC FKYMSLYSAI QFATVSFLYT
NASNLGDFQF LFIDLTLILP IAIFMGWTGP CDILSRKRPT ADLVSRKVLT PLLGQIVIVV
FVQFLAYKSV QSQPWFRAPN IELGEDNIEN SENTVLFLTS SFQYILASIV LSVGRPFRKS
MRTNVPFLTV IVADLTFSGY MLFRPSTWIK QVMQLTYLSD AFATWLLGLV LGSFLFAWLA
ERKLFPQLAR IIGRLQVLMR PGHQKQRRQY KTLLEDMSR
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