| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_11163 |
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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 | BN001306 |
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| Strand | + |
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| Start bp | 483637 |
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| End bp | 487941 |
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| Gene Length | 4305 bp |
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| Protein Length | 1339 aa |
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| Translation table | |
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| GC content | 53% |
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| IMG OID | |
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| Product | ER glycosyl hydrolase (Edem), putative (AFU_orthologue; AFUA_7G02290) |
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| Protein accession | CBF82584 |
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| Protein GI | 259485505 |
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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 | 0.0962719 |
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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 | 43 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAATCGTG GAGGTAACCT TTCACTGGAA ATTAGGACCG AGACCGAGCA GATGTTTTAC
CACGGGTTTG AGAACTACCT CGAACATGCC TTCCCTGAAG ACGAACTAAG GCCTCTCTCA
TGTGAGCCTC TTGTCCGTGA CAGACAGAAC CCTGGACACG CCGAACTTAA TGACGTCCTG
GGGAATTACT CCCTGACCCT AATCGATAGC TTGTCAACTC TGGCAATCTT GGCATCAAGC
CCTGATGATG GCCCCAAAGC ATGGCAATAC TTCCAGGACG GTATAAAAGA TTTTGTCAGG
CTCTACGGGG ATGGATCGGA TAGTGTCACA GGCCAAGGCG AGCGTAGTCG CGGTTTCGAC
ATTGATAGTA AGGTCCAAGT TTTTGAGACG GTCATTCGAG GACTGGGTAT GCGACTGGGC
CTCCTGCTCA ATGAATCGAG ACCATGCTTG TGTCTAACCT TAGTCTTTAG GTGGGCTGCT
AAGTTCGCAT CTCTTTGCTG TCGGTGATCT TCCCATTACT CGTTATAGTC CCCCGGAGAA
GGAGGCGGCG TATGCGAAAG CCTGGGATAA GACGTCCTTT GCCGCCGATA GTCGGGGAAT
CGCCTGGGAT AATGGGTTTG TGTACGATGG TCAACTGCTC CGACTTGCTG TTGACCTAGC
GAATCGCATC CTACCGGCTT TTTATACCCA TACAGGTCTA CCTTATCCGC GGGTGAATCT
CCGTCACGGA GTGCACCAGC AGCCTTTTTA CGCCAATTCA CCGTTGAATG CGGATACTGT
ACGTGTTTGC GATGATAAAA ATGGTAATGT CTGTGATGCG TCATCAGCGG AGGTCACGGA
GACATGCAGC GCAGGCGCAG GCAGCCTTGT CCTGGAATTT ACTCTCTTGA GCAGACTCAC
TGGTGATGGT CGGTACGAAG AACTGGCGAA AAGAGCTTTT TGGGCTGTGT GGTATAGGAG
GAGCGATATT GGATTAATTG GCGCGGGCAT CGACGCTGAG TCTGGCAAAT GGGTTGCACC
CTTCACTGGT GTATGCCATT ATCCTGCCAT TGATGTTGCT ACCGTAGCTA ACTGGTGACT
TGACAGATTG GCGCCGGGGT TGATAGTTTT TTTGAATATG CGTTCAAGTC GTATGTTCTG
CTTTCATCTG GGGAGCGGCC CGAGCATAAC CGCAGCAGCC CGTGGCACGC TCTGGACGAC
TACTTCCTCC CACTTAGCGA GTACGAGCAT TCTCCGGAAG CATTTTTGCA AGTTTGGGAG
GAGTCGCACT CGTCGATCAA GCGTCATCTT TACCGAGGGG AGGGGTATCA ACACCCGCAC
TTAATTCAAG GCGACATTTT CACCGGCGCT ACACGAGCCT TTTGGATTGA TAGCCTGAGC
GCCTTCTACC CAGGACTCCT TTCATTGGCA GGAGATTTGG ATGAGGCTAT AGGGATCCAT
CTGCTTACGA CAGCTGTGTG GAACCGTTTC TCTGGACTTC CTGAAAGATG GAATGTGGCC
ACAGGAAACG TTGAGGGTAA TCTTGGATGG TACGGCGGCC GGCCAGAGTT CATTGAGTCA
ACTTACTACC TCTATCAAGC CACAAAAGAC CCTTGGTATC TGCACGTTGG TGAAATGGTG
TTGCGGGACC TCAAAAGACG CTGCTGGACA AGATGCGGCT GGGCAGGGCT CCAGGACGTC
CGTAACGGAG AATTGAGTGA CCGCATGGAG AGCTTCTTTC TCGGAGAGAC AGCCAAGTAC
ATGTTTTTGC TGTATTATCC GGAACATCCC TTGAACCACC TGGATCAGCC GTTCGTTTTC
ACGACCGAAG CGCATCCACT ACTTATCCCA AAGAGTATAT ATTCGACGCA GCGCTCAAGC
CGGCGCAAAA AGAAGGAGCA TGGAGAGAAG CATTCAGCTG CACCTACTTG CCAAGCCGCG
CCTTTGCCTC CAGCCTTTGG GTTGTCGTCA ACAGCTGCTC GCCCCGACGT TTTTCACGCC
GCAAACCTGG CTCGTCTCGA CTTGATGCCG AGTCGGGGGC CACCAGAAGG GCCTTTGGAA
AAACCTGCAA AGGATCGTCC CGGGGTTACA ATTGCAGATC TAACTTCCCC AACCAATTAT
ACGTTCTTTC CTTGGACCTT ACCGCCGGAA TTGGTACCTT TCAACGCGAC GAGCTCGCTC
ATGGCCATTC GTCCAACTCT AGATATATCG TTTCCAGCCG TACCCGGAAT GGCTCATGGG
CCAGGTTCGC TGGAACGCGT TCAGGACGGT ATCCTTGTCA AAAGTATTGG CGGTCTGCGG
ATGAGTATGA TCAAGGACGC ATTGTCTTAT AGCGCTGAAG GAAGTGAATT CAGAGTGCAG
ATGATCAACG GCGTACCCCT AGGGAAAGAT GAGAAGGTAT ACCTCTTGTG GGAGATCACA
TTTGATGTCC TGGACCCTGG GGATCCGAAC TTCACACGAG TTCGCGATCC CGCGATGATT
GACTTGATCA TTGACATTAT CCCAGAAAAT CTCGGCCGCC GAAATGATTC TGATGATGGT
CGAGAGCCTG CTGCATCCGG AACTGGAGCC CACCAGCGAA TCATCAATGC CAATGCACCG
GTAGACGATG ACAAAGCCGC AGCACCGGTA GACGCATCTA CCTCGAGCAT GAGGAACGTT
TTATCATCGC TGGTTAACTC GGTCGCGTCA ATGCTTCAAG ATGAGGTAAA CCAAATTTAC
ACACCGGCAC CCTCTGTTTC AAAGCCTCGC CCGACCCGTC TTCCTATTCC CGCTGCCGTG
TCGACCGGGT TAGGGTCGGG TCCTCTGCCC GATGTGGACG ACTCACCACT CGTGTCAATT
AACGGTGGGA CATCGCAAGT CCGACTTCCC TGGTCTGACA TCTACATGGC CGACGACCTC
TGCAATCAAC GCATCCTCCG AAGCGTCGCG CAGACTTATC AAGTACTCGT GATCAAGCGC
AGGGGGTGCA CATTCTCACA GAAACTCCGA AATATTGCAG CGCACCCACC GTCAAAAAAT
GCACTGAAGC TCGTCATCGT TGTCTCGTAC GATGAAGAAG AACATATTGA CGGCCAGAAC
CTGGGTCTGG GATACGCAGC AAGGCTTGCA GAACCGTACC TTGTGCGCCC GCAGCTAGAC
GAAAGACAGG TGACGGCTGG TGGAATCCCG CGACGGCATC TGCTCAGCAT GGTGCTCGTT
GGAGGCGGAG ACGAGACGTA CGAGCTTCTG CGTCAGGCGC GGGGTGTAGG CATCCGACGA
AGATACTCGA TGCGGTCGCA GGGCGTGCCG ATTTCTAATT TATTCATCGT CTAGACTACA
TAATTTCAGT CTGTACATGT GTTCTATATA GCGTTCATCC GAACCATGCT GGTTCCGCAT
CTCCCAGGAG TATTAATATC GGAACCAAAG ATCACACTCT TGAGTTCGCC ATCGTCGGAC
TCCACTCTCT GTTCTCCACC CTCAGTATCT TTAGACCATT TGTTCCCCTC TCGATATCGT
CAGGAACACA CCCTTCTTCA CGGATCAGCT TCAACTGGCA CATCAAAAAC GTAGAAAATG
CATCTTCAAC AAGAAAACCA GCAGGATGGT TTAATTCCCC AAACTATCCC GACCACGGCA
ACAACAGCCA TCAACCCCTC ATCCGCACAG CATACCCCTC CCGATACAGC ACCCAAGAAC
GCTCCAAAAC ACCTCTACTT CGCCTACGGC TCCAATCTCT CTCCCACGCA GATGCGCATG
CGCTGTGTTC ACAACCCCAC GCTCTCAGGG CACCCCGTCG CCCTGGCAGC CCTAGACTCC
TGGCGCTGGC TAATTTGTCA ACCGGGGTAC GCGAATGTTG TGCCTCCCGC GGGGCTGCGC
GTGGGACCAC AAATCACTGA GGGCGACAAC GTGCCGGAGT CGATCTCGAA GTCTATACCC
CGTGGAGGAG TTTACGGGGT TTTGTACGAG ATGAGTGCAG AGGATGAGAC GGTGTTGGAT
AGGTATGAAG GGGTGCATTG TTTAGCGGGG GAATCCACGG AAGAACAAAA GGTTCCGCTG
GAGATTAGGC CGAAAGAGCA GGAGGCTGGG GATTATAATA AGTGGTATGT TGACGCGAGA
GTTGTGAAGT GGTTAGATGA GGGGTATAGG GAGCGAAAAG GGTTGCAGGG AGTTGGCGGG
AAGGTCAGGG TGTTGGTATA TGTTGATGAG TTGCGGGTGA AGGTCGGAAA GCCGAAAGAG
GAGTATATCC CCCGAATGAA TAGGGCGATT GGAGAGGCTG TACAACTTGG GTTTCCAAGG
GATTGGGCGG AGGAGGTTAT GAGACCTTCT ATTCCGTTGG AGTAG
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| Protein sequence | MNRGGNLSLE IRTETEQMFY HGFENYLEHA FPEDELRPLS CEPLVRDRQN PGHAELNDVL
GNYSLTLIDS LSTLAILASS PDDGPKAWQY FQDGIKDFVR LYGDGSDSVT GQGERSRGFD
IDSKVQVFET VIRGLGGLLS SHLFAVGDLP ITRYSPPEKE AAYAKAWDKT SFAADSRGIA
WDNGFVYDGQ LLRLAVDLAN RILPAFYTHT GLPYPRVNLR HGVHQQPFYA NSPLNADTVR
VCDDKNGNVC DASSAEVTET CSAGAGSLVL EFTLLSRLTG DGRYEELAKR AFWAVWYRRS
DIGLIGAGID AESGKWVAPF TGIGAGVDSF FEYAFKSYVL LSSGERPEHN RSSPWHALDD
YFLPLSEYEH SPEAFLQVWE ESHSSIKRHL YRGEGYQHPH LIQGDIFTGA TRAFWIDSLS
AFYPGLLSLA GDLDEAIGIH LLTTAVWNRF SGLPERWNVA TGNVEGNLGW YGGRPEFIES
TYYLYQATKD PWYLHVGEMV LRDLKRRCWT RCGWAGLQDV RNGELSDRME SFFLGETAKY
MFLLYYPEHP LNHLDQPFVF TTEAHPLLIP KSIYSTQRSS RRKKKEHGEK HSAAPTCQAA
PLPPAFGLSS TAARPDVFHA ANLARLDLMP SRGPPEGPLE KPAKDRPGVT IADLTSPTNY
TFFPWTLPPE LVPFNATSSL MAIRPTLDIS FPAVPGMAHG PGSLERVQDG ILVKSIGGLR
MSMIKDALSY SAEGSEFRVQ MINGVPLGKD EKVYLLWEIT FDVLDPGDPN FTRVRDPAMI
DLIIDIIPEN LGRRNDSDDG REPAASGTGA HQRIINANAP VDDDKAAAPV DASTSSMRNV
LSSLVNSVAS MLQDEVNQIY TPAPSVSKPR PTRLPIPAAV STGLGSGPLP DVDDSPLVSI
NGGTSQVRLP WSDIYMADDL CNQRILRSVA QTYQVLVIKR RGCTFSQKLR NIAAHPPSKN
ALKLVIVVSY DEEEHIDGQN LGLGYAARLA EPYLVRPQLD ERQVTAGGIP RRHLLSMVLV
GGGDETVHPN HAGSASPRSI NIGTKDHTLE FAIVGLHSLF STLSIFRPFV PLSISSGTHP
SSRISFNWHI KNQDGLIPQT IPTTATTAIN PSSAQHTPPD TAPKNAPKHL YFAYGSNLSP
TQMRMRCVHN PTLSGHPVAL AALDSWRWLI CQPGYANVVP PAGLRVGPQI TEGDNVPESI
SKSIPRGGVY GVLYEMSAED ETVLDRYEGV HCLAGESTEE QKVPLEIRPK EQEAGDYNKW
YVDARVVKWL DEGYRERKGL QGVGGKVRVL VYVDELRVKV GKPKEEYIPR MNRAIGEAVQ
LGFPRDWAEE VMRPSIPLE
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