| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10060 |
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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 | BN001308 |
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| Strand | - |
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| Start bp | 3766472 |
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| End bp | 3771336 |
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| Gene Length | 4865 bp |
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| Protein Length | 1537 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | glycogen debranching enzyme Gdb1, putative (AFU_orthologue; AFUA_1G02140) |
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| Protein accession | CBF89663 |
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| Protein GI | 259489412 |
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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 | 11 |
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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 | 37 |
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| Fosmid unclonability p-value | 0.633222 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTAACG AGACCTTCTA CTTGCTTCCC TTGAACGACG ATGGCTCTCC GGACGTGCCT
GGGGGTTTTA TCTATCTTCC CCCACCAGAC CATCCAAAGT ATTCGCTCCG ATTCCTTATC
GAGGGGAGCA GCTCAATATG CAGGGATGGG ACGCTTTGGA TAAATATTCC TGAGATTGGA
AAATCGTTTG ATCGTCAATC GTTTCGGCCT TTTAAGTGAG AGATATTTTC CCTTTTTGCC
CACTTTCTGT TGAGACGATT GTGCCAGGTT ATATCCGGAC TTTAGCAGAA ACATTCAGAT
CGATGTCCCA GTCACCTGTC CCGGGTCTTT CGCATACTAT GTAACCTACT CGCCACTCCC
GGAGTTTACT ATCACATCCA GCGCGCCGGT GAAGCCAGCA AGGACTCCGA CTCATTACAT
TGATGTGTCT CCAAGGCTCA GTCTTGCGGG CGAGGGTATA CCACTCAATG CTCTATCAAT
ATTCTCGGTG AATTCCAAAT TCATGGGTAA GTATCCGGAG GATTGGAATC AATACCTGAA
CAGTATCTCT CGGCGCAAGT ATAACATGGT TCACTTCACT CCGTTGATGA AACGAGGGGC
ATCCAACTCG CCGTATAGCA TTTTTGATCA ACTGCAATTT GACGATATTG CATTTCCGAA
CGGAGAAAAT GATGTTCAAA AACTCATCAA AGACATGGAG GAGAAGCACT CCCTACTGTC
CTTGGCTGAT GTCGTGTGGA ATCACACTGC CAACAACAGC AAATGGCTCG AGGAACACCC
AGAGGCTGGA TACAGCGTTG AAACTGCTCC CTGGCTCGAA GCAGCGCTGG AGCTGGACAC
TGCATTATTG AAATTCAGCC ATGAACTACA AAAGCGCGGT CTGCCAACTG ACTTTAAGAC
TGTCGACGAT CTGACGCTCG TTATGAACGA AGTGAAGAAC CATGTTATAG AAGACCTATG
CCTCTGGGAG TTTTACGTTC TCGACGTTAA GAGCAATGCT CGGAGGGTTA TAGACGAGTG
GAAAGTATCC ACAAACAGCG ATATAGAACG TGGGCGCTGG GCGCAGCTCG ATCTAGGAGC
CTACAAAGCG TGGTCATTGG AAGATCAGGC AAGCCTCATT CGCCAGAAAG GAGTCCCGAC
TGCGGGCCAA ATCCTCGGAA GATACAGTCG AGAAATTGAT ACTCAACTCG GGGTGGCCAT
TGCTACTGCA CTGTTTGGAA ACTTTGACGC CACGTCGTCG GACTTGACTG CGGTTGAGAA
TACCCTGCGC AAGCTGCTCG ACGTAGTCAA TGTGCCGTTT TACAAGGAGT ACAACTCAGA
TGTCACCGAA ATCATGAGTC AGCTTTTCAA TCGTATCAAG TACCTGAGGA TTGATGACCA
TGGACCGAAG CTCGGTCCTG TGACCGACCA AAATCCGCTC ATAGAGTCGT ACTTCACCAG
ACTGCCTCTG AACGAAATCA CTAAGAAACA CAGCCCCAAA GCATTAGCCC TCGCCAACAA
TGGCTGGATA TGGAACGCGG ATGCTATGCG CGATAACGCT GGGCCCAATT CTAGGGCATA
CCTACGGCGA GAAGTGATTG TCTGGGGAGA CTGTGTCAAA TTGCGGTATG GAGATGGCCC
TGAAGACAAC CCTTTCTTAT GGGACTTCAT GGCCAGGTAC ACTCGCTTAA TGGCCAAGTA
CTTTTCTGGC TTCAGAATTG ACAATTGTCA CTCCACACCT TTGGTAGTTG CAGAGTACCT
GATTGACGAG GCACGAAAAA TCCGCCCCGA CCTTGCAATT TTTGCCGAAC TTTTTACGGG
GTCTGAAGAA GCCGATTATA TTTTTGTCAA GCGGCTCGGT ATTAACGCAC TCATCCGCGA
GGCCATGCAA GCCTGGAGCG CGGGAGAGCT AAGCCGTTTG GTGCACCGTC ATGGTGGCCG
TCCCATAGGC AGTTTTGAGT TGGATCTGCC CTCCCCAGGC CTAGATCTTT CAAAATCCCA
AGTGAGTGGT AGCGAGAGGG AAATAATACG CAGTATACGC CCCATTCCCG TTCCAGCGTT
GTTCATGGAC TGTACACATG ACAATGAAAT GCCAGCGCAA AAGAGAACGG CGACAGATAC
ACTACCAAAC GCTGCTCTTG TAGCAATGTG TGACTCTGCC ATTGGAAGCG TTATGGGATA
TGATGAAGTC TATCCCAAAA TCGTGGATCT TGTGCATGAA ACCCGACTGT ACTCCTTCTT
TGATCTTCCG GAATCCCCAA CTCTTGACGA ACTGGTCAAT CTTAAGGGGA TCAGTGGCTT
GAAGCGGCTG CTCAACGAAC TTCATACTAT GATGGGTCAA ATGGGGTACG ATGAAACTTT
CATTCATCAT GATGGTGAAT ACATCACCGT GCATAGGGTG CATCCACAAA CGCGAAAGGG
TATATTCTTG ATCGCCCATA CAGCTTTTCC CGGTCAGAAT AGCGGAGCCC TTCTCGCCCC
TATACACCTC GCTGCTACTC GAGCCAAGCC TATCGGATCG TGGCTCCTCA AGGTTCAAGA
ACTATCTGAC GACAAGGAGC GTGCCCTATC GGACAAAGTT TACCTTCAAG GATTGCCAAG
TGAGGTTTTG AAGATCGAGG GTGCTCGAAT TGAAGAAACA GATCGCGAAA CTATAATCTC
AGTTTTAGAC CCATTCATCC CAGGATCTAT TGCATTATTC GAGACATCAA TACCCAGTCT
TGAGCACGCA GATGAGCTGA GTAATGATGC TATTACTGAT GGAGCAGTGG AGGCATTTTC
GGAACTGAGC TTGATTGACC TGAACTTTGT GCTCTACCGC TGCGATGCTG AAGAACGTGA
TTCAAGCGGT GGCCAGGATG GAGTCTATGA CATCCCAAAC CACGGACCAT TGGTTTATGC
TGGCCTTCAG GGTTGGTGGA GTATTTTGGA AGGCATCATC AGATACAATG AGCTGGGCCA
TCCGCTCTGC GATCATCTCA GACAAGGCCA GTGGGCCCTT GACTATATTG TTAATCGCTT
GATGAAAGCC ACAAAAAATC CACAGTATGC CGCTCTTAGG CGTCCCGCTG AATGGTTGGA
AGCAAAGTTC CAAATCGTCC GCGGTCTACC GAGCTTTCTT CTTCCTCGCT ACTTTGCTAT
AATTGTTCAA ACCGCTTATG TGGCTGCCTG GAACAGGGGT ATACAGCTCC TGGGTGATGA
TGTGAGGGTG GGTCAGGCTT TCACCCAACA GCTTGCCATG GTCAGCGTGC AGCAGACTGG
ATTTGTGAAT TCCGCATCAT TATGGCCCAA AAAATCAGTC CCAAGTCTTG CAGCTGGTCT
ACCGCATTTT GCAACAGATT GGGCTAGATG TTGGGGCCGT GATGTCTTCA TATCTCTTAG
GGGACTACTT CTGTGCACTG GAAGATTCAT TGACGCTAAG GAGCATATCC TCGCTTTTGC
CAGCGTGCTA AAGCATGGTA TGATTCCTAA TCTATTAGGC AGCGGTAAAC TTCCGCGGTA
TAACTCTCGC GATTCCATAT GGTTTTTGCT GCAGGCTATA CAAGATTACA CGAAGATGGC
ACCTGACGGT CTTGAATTGC TGCAAGACAA GACTCCCAGA CGATTCCTAC CGTACGACGA
TACGTGGTTC CCATTTGATG ATCCGAAGGC ATATTCGCAG ACCTCAACCA TCGTGGATAT
AATCCAAGAA GTATTCCAGC GCCATGCACA AGGAATCTCC TTTCGTGAGT ATAATGCGGG
CCCAGAGCTC GATGTGCAGA TGAAATCGGA GGGATTCAAT ATCGACATCC GCGTGAACTG
GGAAACAGGT TTGATTTTTG GCGGCAGCCA GCACAACTGT GGGACATGGC AAGACAAGAT
GGGAGAAAGC GAGAAAGCCG GTAACAAGGG TGTACCCGGT ACTCCACGAG ATGGCGCTGC
TATTGAAATT ACCGGACTGC TTTACAGTGC CCTGAAGTGG GTTACAGAAC TTAACAAGCA
GGGCTTGTTT CCTTACGACA AAGTGGATAT TGGAAATGGC AAATCTATCA CATTCGAAGG
CTGGGCTGCG AAGGTGAAAA CTAATTTCGA GCGCTGCTAT TATATACCGC TGGATCCGAA
TGATGACGAT CAATACGACA TCGACTCCGG AATTGTGAAT CGTCGGGGCA TCTACAAAGA
CCTTTACAGA TCGGGTAAAC CTTACGAGGA CTACCAGCTT CGGTCTAATT TCCCAATCGC
CATGGTTGTG TCACCAGAAC TGTTTGATCC TTCCAAAGCG CTGGGTGCGC TCGCTATTGC
CGATTCTGTG CTTGCTGGTC CCCTAGGAAT GGCTACGCTC GATCCTTCTG ATCTGAACTA
TCGCCCAGAC TACAATAACG CGGAAGACTC CACCGATTTT GCAACATCAA AAGGCAGAAA
CTACCATCAA GGTCCGGAGT GGGTTTGGCT ACGAGGATAC TTTCTCCGCG CACTCTTGTA
CTTTGATCTT GCGCGACGCA AGACTGCGGA TGAGCGGACG GAAGCATTCC AGCAGGTAAC
AAGAAGGCTA GCGGGTTGCA AGAAAGCTCT GAGGGAAAGC CCTTGGAAGG GCCTTACTGA
GCTAACAAAT AGGAACGGCA ATCATTGTGC AGACTCGGTA GGTGACCTTT CCTGGAGATG
CTCGTTCAAG TTGGGAGAAT AATGGGCTGA CATTACTTCT TTCCGCAGTC ACCAACTCAA
TCATGGTCGG CAGGTTGTCT ACTCGATCTT TATTATGACG CCTCACGGTA TATTTAACTC
TTGCCATTTA GAAGAACAGA TATATACTTC ATAACTGTCA GCGCCGCGGA AGGCTGAGAG
CATGTGGTAA ATTAGCATAA TAGTGATAGA GCATAAACTG AAATTTCAGC TACCAGTGAA
GTTCT
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| Protein sequence | MSNETFYLLP LNDDGSPDVP GGFIYLPPPD HPKYSLRFLI EGSSSICRDG TLWINIPEIG
KSFDRQSFRP FKLYPDFSRN IQIDVPVTCP GSFAYYVTYS PLPEFTITSS APVKPARTPT
HYIDVSPRLS LAGEGIPLNA LSIFSVNSKF MGKYPEDWNQ YLNSISRRKY NMVHFTPLMK
RGASNSPYSI FDQLQFDDIA FPNGENDVQK LIKDMEEKHS LLSLADVVWN HTANNSKWLE
EHPEAGYSVE TAPWLEAALE LDTALLKFSH ELQKRGLPTD FKTVDDLTLV MNEVKNHVIE
DLCLWEFYVL DVKSNARRVI DEWKVSTNSD IERGRWAQLD LGAYKAWSLE DQASLIRQKG
VPTAGQILGR YSREIDTQLG VAIATALFGN FDATSSDLTA VENTLRKLLD VVNVPFYKEY
NSDVTEIMSQ LFNRIKYLRI DDHGPKLGPV TDQNPLIESY FTRLPLNEIT KKHSPKALAL
ANNGWIWNAD AMRDNAGPNS RAYLRREVIV WGDCVKLRYG DGPEDNPFLW DFMARYTRLM
AKYFSGFRID NCHSTPLVVA EYLIDEARKI RPDLAIFAEL FTGSEEADYI FVKRLGINAL
IREAMQAWSA GELSRLVHRH GGRPIGSFEL DLPSPGLDLS KSQVSGSERE IIRSIRPIPV
PALFMDCTHD NEMPAQKRTA TDTLPNAALV AMCDSAIGSV MGYDEVYPKI VDLVHETRLY
SFFDLPESPT LDELVNLKGI SGLKRLLNEL HTMMGQMGYD ETFIHHDGEY ITVHRVHPQT
RKGIFLIAHT AFPGQNSGAL LAPIHLAATR AKPIGSWLLK VQELSDDKER ALSDKVYLQG
LPSEVLKIEG ARIEETDRET IISVLDPFIP GSIALFETSI PSLEHADELS NDAITDGAVE
AFSELSLIDL NFVLYRCDAE ERDSSGGQDG VYDIPNHGPL VYAGLQGWWS ILEGIIRYNE
LGHPLCDHLR QGQWALDYIV NRLMKATKNP QYAALRRPAE WLEAKFQIVR GLPSFLLPRY
FAIIVQTAYV AAWNRGIQLL GDDVRVGQAF TQQLAMVSVQ QTGFVNSASL WPKKSVPSLA
AGLPHFATDW ARCWGRDVFI SLRGLLLCTG RFIDAKEHIL AFASVLKHGM IPNLLGSGKL
PRYNSRDSIW FLLQAIQDYT KMAPDGLELL QDKTPRRFLP YDDTWFPFDD PKAYSQTSTI
VDIIQEVFQR HAQGISFREY NAGPELDVQM KSEGFNIDIR VNWETGLIFG GSQHNCGTWQ
DKMGESEKAG NKGVPGTPRD GAAIEITGLL YSALKWVTEL NKQGLFPYDK VDIGNGKSIT
FEGWAAKVKT NFERCYYIPL DPNDDDQYDI DSGIVNRRGI YKDLYRSGKP YEDYQLRSNF
PIAMVVSPEL FDPSKALGAL AIADSVLAGP LGMATLDPSD LNYRPDYNNA EDSTDFATSK
GRNYHQGPEW VWLRGYFLRA LLYFDLARRK TADERTEAFQ QVTRRLAGCK KALRESPWKG
LTELTNRNGN HCADSSPTQS WSAGCLLDLY YDASRYI
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