| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03479 |
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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 | BN001302 |
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| Strand | - |
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| Start bp | 3983844 |
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| End bp | 3987348 |
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| Gene Length | 3505 bp |
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| Protein Length | 792 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 | DUF1212 domain membrane protein (AFU_orthologue; AFUA_5G07620) |
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| Protein accession | CBF76070 |
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| Protein GI | 259482009 |
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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 | 17 |
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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 | 17 |
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| Fosmid unclonability p-value | 0.0454304 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGGCGTTC AGAATCCTGC GTCAAGCGGT TCCGCCAGCC CGGAACCCCG CGGGGAGGAA
AAAACTGAAG AAGCAGAGCA AGCTCGGAAT GATACGCTTT CCATCACAGG TACGTCCCTC
CTCAGCCGTG AACGATGGCG GGGAGCTGCT CGCACCGTTC GGGATCAGTC GAGTCGCCTA
GCGGAAATTC TGAGTCGGCC AATGGGCGAG CACGAAGCTG GACTGGGCTC TTCCCTTATT
GACCCTGAGA AGCTGGGTTC AACCGATGAC GACGCATTGG CTGCTATTTT TCGAAAGGAT
GGAACCGAGC AGTCAAACAT TGCTCAGTAC CAGCAAGCCG TGCGCGCCGA GGCCGAACGG
CTGATGCAGG GCATGAAGGG CTTACCGACT TCTAATGAAC CGGTGGCCGG AAAACCGGCG
GACGATGTCG AGGCATCTGC ACATACGCCA GCGCCGTCCT CTTTACCAGG AGGCGTGCTC
GGAGCCCTGC TGCAGCTGCA GTCGAATGCA GCGCAGCATT CGCGAACAAC GAGCTTGTAC
TCGGCACCCG AGTCGGAGAC GGAGTCCCAG GCTACTCTTG TCACGCCTGG TATCACTCCG
GTGTCGACAT CATCAACGAC GACGCCTCCG AATCGGCCAA AGATAAAGCC AAGGCATTGG
TACAAAAAGT CGGATCACAC TGCGACAGCG TCTCTGGTGC GAGCTTCCAT GAGCATGGGC
CATATCGCCT CGTCCAACGC CTGGGCGAAG GCAGACGTGC CGCCGGTCGA GCTCCAGACT
GGTGACAAGA AGAAAAAGAA GAAGAACGAC AAAGTTAGCA AGGAAGTCAA GCTGACGATT
CATATCGCGG AAATCATCTT CCGTCAGCGT TATATCATGC AGCTCTGTCG CGCATTCATG
CGTTACGGAG CTCCGACCCA CCGTCTGGAG GAGTACATGC AGATGACGGC GCGAGTTTTG
GACATTAATG CGCAGTTCAT GTACCTTCCT GGCTGCATGA TAATGTCATT TGACGACCCG
GTCACTCGTA CCGCAGAGGT TAAACTCGTT CGCGTTCCCC AAGGGCTGGA CCTCGGGCGG
CTAGAGGCAG TTCACCATTG TTATAAACGA GTCACTCACG ATATGGTGGA CATTCAAACC
GCGATTGCAG AGTTGACAGA GCTGATGGAC CGCAAGCCAC GGTATAACAA GTGGCTTGTG
ATTCTTCTCT ACGGACTGGG TTCTGCAGCT GTAGGCCCGT TTTCCTTTTC CGCGCGACCC
ATCGACATGC CCATAATCTT CTTCCTTGGC TGCTGCGTTG GTTTCATGCA GCATATTCTT
GCACCCCGTT CAGCACTCTA TGCAAACGTT TTCGAAGTCA GCGCAGCTAT CGTCGTCTCG
TTCCTCGCCC GCGCGTTCGG AAGTATACGA TTGCCCGGCC GCACCGATCC TGTCTTCTGC
TACGCCTCGA TCACTCAATC TTCCATTGCG CTCATTCTCC CTGGTTTCTC CGTGTTAACT
AGCAGTCTTG AACTACAATC GCACCAGATG ATTGCCGGTT CAATTCGACT CGTTTACACG
ATCATCTACT CCCTCTTTCT CGGCTACGGT GTGACTGTAG GCACGACAAT CTACGGCGCC
ATCGATTCCA ACGCCACCAG CGACACCACC TGCGCGCGCC AGTCCGTCTG GGGTAGCGCC
TACACACAGC ACTTCCCTTT TGTCGCCGTC TACTCTCTAA TTGCTGCTCT AATCAACCAA
GCCAAATTCC GCCAATTACC AGTCATGGTT TTCATCGGCA CAACCGGGTA CGTCACCAAC
TATTTCAGTA CACAAAGACT GGGCTCCTCC TCCCAGGTTG CCAATACCGT TGGTGCCTTT
ACGATCGGTC TTTTGGCGAA TTTATACAGT CGCCTATGGC ACGGTAACGC AGTAAGCTCA
ACGATTCCGG GTATCTTCAC TCTGGTGCCT TCCGGGTTGG CGTCGTCAGG GTCGATCCTA
TCGGCGATTG AGTACTCGGA TGCAGTGCGA AATGGGACGG CGGATACGTC CGGTGGTACC
AATGGTAGTT CGTTGACGAG TTTGGGTTAT GGTATGATTC AGACAGCAAT TGGTATTACG
GTTGGGTTGT TTGTTAGTGC ACTGATTGTT TATCCACAGG GAAAGAAGAG GAGTGGATTG
TTCTCTTTAT AGAAAAGGTA TCTACTAAGG CGCAGTCAAT TGGTTTTAGA TTATGTATTT
TATACCTGAT TAGAGTCATT TTTACTCATA ATAGACGCGT TTCATACTAT CAAACACAAC
TCCATGAATA GACCTATAAG ACCCTTAGCA TCTACACACG CTGTCTTTCA CCTGTACTTC
TTCTAACGTT GCAACCTGCA CCTTCGCCCT GATAAGTGCC TTTTCCAATA TTGCAACCAC
CTCCAGTTTC TTGCACCGCG TCTTCTTGAG AAGAAAAGAT AAAATAAGCC ACAATAACCA
CACCATGAAT ACTATAATAT CTCCATCGCT ACTAGATTCG CAAAGTCATA TAAGCAGCAT
AGATTCACTA AGCCCTATCC AGGCCTGTGC AAACTTGTGC AAGGACGATT CAGATAGCGA
CTCCGGATGT TGTCGGCCTT TTTTGATTTG AAGCAGTCGA CGAGTCATCA TCACCGAAAT
CTTAAAGGGT ATACTGAGGA TGTAGTAAAG TCAGGGGCGT CGGATGGCAT GCCGGCAACT
CGGGTTCAAT GGTTTTGTTG CGGCCAGGCT GGCCATTGGA CAGAAGATGG TTCAGAGCGG
CCCGAACGGT GTTGCAACGA GCAAGTTCTG TTCAAGGTAT GAAGTATGAT TGATTGTTTT
TGTTTCTTGT TGCGGATGCC TGGAGGGGAA AGGGCAGAAG GAACTACACG AACGTAGCCC
ACACAGGATC GACGCCATAT GACGATTGAT TAACTATCTT CCTTCTTCAA CCTCTCGATA
CGATACGTTG AGGGGTCGTA ACATCAGGGG CTGAGATCGT TGCTTGCCCA CGATATCATG
TGGCGTAAGC CAGCCAGCGG GTTCATCCTG TATACGTGGT GTACAGAATG AGCGTCACAT
GACATTTCAA TATTGACGAC AGCCTAGGGT TCTGAGTTGA GATCCCAATT GCACTCATCT
CCTGCAACCC TCTCCTGGTT TACGGAGACA TTACCAATTC TTTGGTAGCA TACCTTGCAC
CTATGTTGTC TGCCATGAAT ATCTATCAAT CATTGCGTTG AAACTGTTGA TTAACTACAG
CTTAGGGGAC AAGGAGCCCC TATCTCCATG CGCTTGGTCG TATGTGCGAG TATATTTCTG
ATTATAAATA AGATAAAGTA ACGTATCGTG TAAGCGAGTG GCCCATGTAA GCGAGCGGAC
CACCTCTGTA TTCCATATAA AATGACACCT ATTGTCACAG GCTATGGCCT GGATCTTGGT
TGTCGGCCAT GCCCTCAACC TAGTTCTAAA TAAGGTTTCT GCAACATCAG TGTACAGCTT
CGGAAATTGC GGCCTCGAAG CTTAG
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| Protein sequence | MGVQNPASSG SASPEPRGEE KTEEAEQARN DTLSITGTSL LSRERWRGAA RTVRDQSSRL
AEILSRPMGE HEAGLGSSLI DPEKLGSTDD DALAAIFRKD GTEQSNIAQY QQAVRAEAER
LMQGMKGLPT SNEPVAGKPA DDVEASAHTP APSSLPGGVL GALLQLQSNA AQHSRTTSLY
SAPESETESQ ATLVTPGITP VSTSSTTTPP NRPKIKPRHW YKKSDHTATA SLVRASMSMG
HIASSNAWAK ADVPPVELQT GDKKKKKKND KVSKEVKLTI HIAEIIFRQR YIMQLCRAFM
RYGAPTHRLE EYMQMTARVL DINAQFMYLP GCMIMSFDDP VTRTAEVKLV RVPQGLDLGR
LEAVHHCYKR VTHDMVDIQT AIAELTELMD RKPRYNKWLV ILLYGLGSAA VGPFSFSARP
IDMPIIFFLG CCVGFMQHIL APRSALYANV FEVSAAIVVS FLARAFGSIR LPGRTDPVFC
YASITQSSIA LILPGFSVLT SSLELQSHQM IAGSIRLVYT IIYSLFLGYG VTVGTTIYGA
IDSNATSDTT CARQSVWGSA YTQHFPFVAV YSLIAALINQ AKFRQLPVMV FIGTTGYVTN
YFSTQRLGSS SQVANTVGAF TIGLLANLYS RLWHGNAVSS TIPGIFTLVP SGLASSGSIL
SAIEYSDAVR NGTADTSGGT NGSSLTSLGY GKEEEWIVLF IEKSGASDGM PATRVQWFCC
GQAGHWTEDG SERPERCCNE QVLFKLRGQG APISMRLVAM AWILVVGHAL NLVLNKVSAT
SVYSFGNCGL EA
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