| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_07676 |
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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 | BN001304 |
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| Strand | - |
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| Start bp | 2285612 |
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| End bp | 2290358 |
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| Gene Length | 4747 bp |
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| Protein Length | 1463 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | ABC bile acid transporter, putative (Eurofung) |
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| Protein accession | CBF79881 |
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| Protein GI | 259484017 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 7 |
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| Plasmid unclonability p-value | 0.305866 |
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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 | 38 |
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| Fosmid unclonability p-value | 0.770476 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGAGTATG GCAGACTGGG TGGGTGTCGA GTCATCTGGG TAGGTTACAC CCTCCATTTA
CACGCCTATT TTAACAAAAG TCGTGCTGAT AGGACTCGCC CAATGCTCGA CTATCGCCAT
GCGCAGTCGC ATATTTTTGC CTGGTCCCAG CGGCTATCAT TCTATGGGCT TCACTGAGCC
ATGTTCTTCA GAAACTGCCT TTTGTCCGCC GGCCAAAATG GGCCACGCCT TTTGTTAAAG
AAGTTCCCCC AGGTGCAGAC CTGCCTTTGG AGCATGCAAA GCATCGTCTG GGCTGGGTCA
TATGTCTCTT GGTGGTTTCA TCCATTGGTG CCGCTGCGCA AGTCATTAAA CTCGTGCTTA
ATGACCCGGA TCTTGCTAGT TTTATTCTTC TTTTTTCTTG GGTAAGTAGA ATGCTCGCTA
AACGAACGAG GCTGATATTG TTTATACAGT CGGGGGCTGT ACTACTGACG GCTATTGAGC
GCCCGAGGAA GTGTCCGACA GTACTTTTCC CATACTTCCT GACTACAGGG ATCATAGAAT
GTGCTTTCAT CGTAAACCGC GATGCTTATG CAGTATCTAA CTTGTTTGGT TTTCAGCTGG
CAGCAGCGGC CGCTTTATTG GGTTGCGCTG TCACGCTTGC AATGCCCCTT CGCCCGGCTT
CGCTTCCCTG CATTGATATC AGTGCCGTGG GGCAGAAACC GTCCAGTAAT TTTCGAAGTC
CGGAGGACAA TCTGCGGCTC TGGCAATTCT TCACAGTATC CTGGATGGCT CCCTTGATGG
CCATAGGTAA AAAGCGGCAG CTAGACGAAG ATGACGTTTG GTATCTCGGG TTCGAGTTTC
AGCACAAGAG GCTGCACGAG AAGTTTCGGC AGCTCCAGGG AAGTGTCCTT AGCCGCCTAC
TTCAGGCCAA CGGCATCGAT ATTTTTATTA TTAGCGCAAT TTCAATCGTG CAAATGATAT
GTGGTCTGAC ACCCTCCCTA TGTGGGCGAA GCGGTCGCTA ATCTAGCGCA GAATTCTCGA
CACCCCTACT CTTCCAGCAA CTCCTACGGG CAATGAAAGC GGAGAACCGC TCTAATCGCG
TTGCGCTAGT TTATGCGCTG TTATCACTTG TGCTCAGATT AGTAGCTGCG CAGTCGCGAG
TGTTGAATCT GTGGTACGGA AGAAGATGCT ACGAACGCAG TCGTGGTGAA ATGATGATGA
TGGTGTACGA GAAAGCTTTG GTGAGGAAAA ATGTATTCGA CCAAGCCCCC GGTGATAAGC
CTGCGGAAGA TGAGCAGCAA CACGAAGAGC AAGCTGGTAC TTCCCCGAAA GTATCTTGGC
TCTGGAGATT TTTGACCTCG TGGCGAGCAC CTCGTAAAGA AAAGTCCAAA GCTCCAGTTT
CGATGGGAAA AATTTTCAAT CTCCTTCGCG GTGATGTATA TGAGGTGGCT CAGCGGTTCT
GGGAGATTGA CACATTGCTA AATCAACCAC TGGGCTTGGT GATAGCAGTG GTTCTTGTCT
GGAAAGTGCT TGGACCGTCC TGCTTCCTTG GAATCTTGGT AATATTAGTG GCGCAGTCTA
TTAATGCACT AATCACTCGC ACGCTTCTTC GCTGGGAGAG AGTGCGAAGG GTTGCAACGG
ACGCGAGGCT TCAGGTCTCG TCTCAGTTTG TGGAAGCACT CCGCCATCTC CGTTGGTATG
GTTGGCAAGA CCACTGGCTT CAGCAAGTCA TGGAGGCTCG TAATGTCGAG TTAAGACTTC
GCGTCATAAC TAGGCTATGG GGTCTTGCCA TTACCTTTGT CAGTACCTTT GCTAGCGGCC
TCTTTCCCGT CGTGGCTCTT TATGCCTATA CGCTGTTGGC CGGCCATCCG CTAAGCATTG
ACATTATATT TCCCGCACTA CAACTCTTCA CTATGCTTGA GGCTCGGCTT AGCGAAATAC
CGAGTTTGAT CACTGTGTTA ATCAATGCGT CTATTGCTAT GGAGCGGATA GAAGACTTTA
TGACTGAGCC TGATAAGGAA AGCAGGGCTG TCACATCGTT CGGAGATTCC GCTCCACTAC
GGCTGCAGTC TTGCTCCTTT GCTTGGCCTG GAAAAACCTC ACCTGTCCTA TCTGATATCG
ACCTGAGCTT CTCTCCGGGT CTCACTGTTA TCTACGGTAA GGTGGGATCT GGGAAGACAG
CTCTCCTCCA AGCGCTCCTG GGCGAGCTAG ACAGAACAAA AGGAACTTCC TGTATATCCA
GTGAAATGAT GGGATATTGT GCGCAGACAC CTTGGCTGCA GAGTATGAGT ATCCGGGATA
ACATTTTGTT CTCCTCTCCG TACGATGAGC AGCGATACAA GCGAGTATTA GACGCTTGTG
CACTACTTCC GGATCTGTCC AATTTCAAGC ACGGCGACCT GTCATTTGTT GGTGAGAATG
GGATAGGGCT TTCTGGAGGA CAGAAGGCAC GCGTTGCCCT CGCTAGGGCG GTTTACAGCA
CGGCTAGGAT ATTGCTGCTT GACGATCCTT TGTCAGCACT GGACCATAAT ACGGCCGAGA
CAATTGTTCG AAAGTGTCTA ACAGGCCGTC TAATGGATGG TCGTGTAGTC GTTCTAGTCA
CGCACCGCAT CCAACTTGTT CGTCATCTTG CTAACCAGAT TGTGCGCATT GAGGATGGCC
GGGCGATGGT GGAGTCTGCT GAGTCTGTGG AGGATGGTGT CGACGAAATA AGTGATAGTC
AGAAGGCCTC AAACAATCCC GATGCAGTGG ATGAGGCGGA GCTTGAAGAC CACTCAGCGG
CCGTTCCGTC CAAGTTCATT GAGGAAGAAC ACCGCGCTGA ATGGGGCGTC AAAGCGGCAG
TCTACTGGAA TTACATCAAA GCTGGAAAGT ACAGGTGGTG GTTGGCACTA ATCATTGTGA
TTTCGGTATA TCGTCTAGCT GCAATCGCGC AGTCCTGGTT TCTGAAGGAA TGGGGAGAGG
CATATAACGA AGTCACCAAC GTGTTTGGGC ACCCTACCTG GGAATCTGCC TCTGAACAGT
GGACAACATT CTCAGCCATA CCAAGGCCAC TGTGGTGGAT GCCACCAAAT CCACTTGACA
AGTTCCCTGC GCCGATTGAG GACGTGCGGC CGTGGTTGCT GGTCTTTCTC GAAGTTACGA
CATTCACGGC TGTCATAATG CTTATTGCTC GACTCTTCAT GCTTATCATC GTTTATTGCG
CGGGTCAGAA GCTCTTCCAG GAAGTTATGC AGGGCGTCAG CCATGCAACC TTCAGATACT
TTGATGTGAC TCCTGTCGGG CGGTTGATGA ACAGACTGAC ATCAGACATC GGTGTCGTTG
ATGGTGATAT CAGCCAGCAA TTTCAGCTCA TTGCCTTTCA AATAATCACC TGGATATCCT
CCGTGCTTGT CATCGCCTCC GTCAAGCCAA TATTCCTCGC CTTCTCAGTA TTATTCACCA
CCATATTTGT ATACACATTC CTGCATTTTC TCCCAACTTC ACAGAGTCTC CGACGGTTAG
AAATGGTTTC CCTGAGCCCT CTGATATCCA ACTTCGGCGA GCTCCTCCAC GGCCTAACCA
CAGTTCGCGC TTTTCATGCC GAGCCCCGTT TCCAGGACAG GGTAATAACT GTTGTCGACA
AGTTCCAAGG CATGGACCAC TTCTACTGGT CCCTACAGAC CTGGCTCTCC TACCGTTTCC
AGAGCCTTTC CGCCCTCTCC ACTTTTGCCC TGACTGCTCT AGCCCTCTAC ACTGACGTAA
CCCCGGGTCT CGCAGCGTTC GCCCTCATCG CAGCAAACAG CTTCATAATC TCCACCAACA
TTCTTTGCAG ACAGTATGGC CAACTGCAGA TGGATTTTGT ATCAGTCGAA CGCGTCGACG
AGCTCCTTCA TGTTGACCAA GAGCCGCCAG GAACAATTAC GCCTCCAGCG TCCTGGCCGA
GATTCGGGGC GGATATCGTC TTTGAAAATG TTGAAATCCG CTACGCGCCA CATCTAGACC
CGTCCCTGAA AAACATCAAT CTCCGGATCC CCGGCGGCTC AACAACAGCC CTGATCGGCC
GAACCGGAAG TGGGAAGTCA ACTCTCGCAA TCTCGCTGCT TGCAGTGGCC ACCCCGGCCC
CTCCCCTAGA CCCAGGCTCG AGTTCAAGTT CCGGTCAGAT CCTCATTGAC GGTATCGACA
TCTCCCAGGT CGACAAACAG GCCCTTCGCT CCCGTGTCAC CTTCGTCGCC CAAGACCCGG
TCCTATTTGC CGGCAGCATC CGCAAAAACC TTGACCCTGT TTCCGAGTAC ACAGACACCG
AATGCGAAGC CGTACTGAAC CGCATCTGCA ATGGTAACAG TAACGGCAAC AACGGTGGCA
ACAAACGCAA CTGGACACTA AGCACGAACG TCGATGCCGG TGGCCGCAAC CTTAGCCAGG
GCGAGCGCCA ACTTATTGGC ATTGCCAGGG CCGTATTGCG CCGTAGCCCG ATTGTAATTT
TGGATGAGGC GACGGCATCG ATCGACAATG AGAGCTCGCT GGAGATTCAG CAAGTGCTTA
GGGAGGAGAT GAGGGAGTCG ACAGTTGTGA CGATTGCACA TCGGCTGGAG GCGATCAAGG
ATGCGGATTA TTTTGTTGAG TTGGAAGGGG GCGCTGTAAA GAGGAGCGGG TTTGTGAGGG
AAATGTAGGT TTGATAGGTA GAGTAGGATA TGGGTCTATC GGATGGCAAG GAGTAGCCGC
TTCTGGGTAG ACGCACGAAT GAATTGTGTA ATAGCAAAAG TGCTATTTAT GTAATAGAAA
GACTTGA
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| Protein sequence | MEYGRLGGCR VIWDSPNARL SPCAVAYFCL VPAAIILWAS LSHVLQKLPF VRRPKWATPF
VKEVPPGADL PLEHAKHRLG WVICLLVVSS IGAAAQVIKL VLNDPDLASF ILLFSWSGAV
LLTAIERPRK CPTVLFPYFL TTGIIECAFI VNRDAYAVSN LFGFQLAAAA ALLGCAVTLA
MPLRPASLPC IDISAVGQKP SSNFRSPEDN LRLWQFFTVS WMAPLMAIGK KRQLDEDDVW
YLGFEFQHKR LHEKFRQLQG SVLSRLLQAN GIDIFIISAI SIVQMICGLT PSLLAAQSRV
LNLWYGRRCY ERSRGEMMMM VYEKALVRKN VFDQAPGDKP AEDEQQHEEQ AGTSPKVSWL
WRFLTSWRAP RKEKSKAPVS MGKIFNLLRG DVYEVAQRFW EIDTLLNQPL GLVIAVVLVW
KVLGPSCFLG ILVILVAQSI NALITRTLLR WERVRRVATD ARLQVSSQFV EALRHLRWYG
WQDHWLQQVM EARNVELRLR VITRLWGLAI TFVSTFASGL FPVVALYAYT LLAGHPLSID
IIFPALQLFT MLEARLSEIP SLITVLINAS IAMERIEDFM TEPDKESRAV TSFGDSAPLR
LQSCSFAWPG KTSPVLSDID LSFSPGLTVI YGKVGSGKTA LLQALLGELD RTKGTSCISS
EMMGYCAQTP WLQSMSIRDN ILFSSPYDEQ RYKRVLDACA LLPDLSNFKH GDLSFVGENG
IGLSGGQKAR VALARAVYST ARILLLDDPL SALDHNTAET IVRKCLTGRL MDGRVVVLVT
HRIQLVRHLA NQIVRIEDGR AMVESAESVE DGVDEISDSQ KASNNPDAVD EAELEDHSAA
VPSKFIEEEH RAEWGVKAAV YWNYIKAGKY RWWLALIIVI SVYRLAAIAQ SWFLKEWGEA
YNEVTNVFGH PTWESASEQW TTFSAIPRPL WWMPPNPLDK FPAPIEDVRP WLLVFLEVTT
FTAVIMLIAR LFMLIIVYCA GQKLFQEVMQ GVSHATFRYF DVTPVGRLMN RLTSDIGVVD
GDISQQFQLI AFQIITWISS VLVIASVKPI FLAFSVLFTT IFVYTFLHFL PTSQSLRRLE
MVSLSPLISN FGELLHGLTT VRAFHAEPRF QDRVITVVDK FQGMDHFYWS LQTWLSYRFQ
SLSALSTFAL TALALYTDVT PGLAAFALIA ANSFIISTNI LCRQYGQLQM DFVSVERVDE
LLHVDQEPPG TITPPASWPR FGADIVFENV EIRYAPHLDP SLKNINLRIP GGSTTALIGR
TGSGKSTLAI SLLAVATPAP PLDPGSSSSS GQILIDGIDI SQVDKQALRS RVTFVAQDPV
LFAGSIRKNL DPVSEYTDTE CEAVLNRICN GNSNGNNGGN KRNWTLSTNV DAGGRNLSQG
ERQLIGIARA VLRRSPIVIL DEATASIDNE SSLEIQQVLR EEMRESTVVT IAHRLEAIKD
ADYFVELEGG AVKRSGFVRE IKT
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