| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03525 |
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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 | 3835472 |
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| End bp | 3838825 |
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| Gene Length | 3354 bp |
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| Protein Length | 747 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 | conserved hypothetical protein |
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| Protein accession | CBF75970 |
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| Protein GI | 259481959 |
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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 | 11 |
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| Plasmid unclonability p-value | 0.125574 |
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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 | 69 |
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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 | ATGTTCTACC AGATATTCAC CGGACTTTCG ATGGAGCTAG ATAATCTATT TGATCAGGCG
CTTCAGGGGC TGCTGGATTA CGAAGCCAAC AAAGACCGCG AGAATTGCTT AGACAAAAGC
ATCCATATTG CAAGACAGGT CACAAAAGTG ATTAACGACA ACGAATTATT CTCTTGGTTG
TTATTGTTGG CCTGTTGTCT TCGCTATAAA GTCCGAAATA CCTTCGCTGC CGAGCCGTTC
GAAGAAGCAG TTTGAGCCGC AAAACCTAGC TGTTACCATA GCAAGCTTAA CTACTCCGAA
GTTGTTTGAA AAAATCTTGA TGACTATATA AACGCTCTGG AGATACTGAT CGACCTATAT
AAGTGCTAGT ATGAGCGGCG GGGACAACTC GATGACCTTG ATACGAGCAT TGCATATATG
CCACTTCGTA TTGATGAGAC AGTCAAGCGG GATGTTCCAA GGATTCTGGA CTACATTAAT
ATGTCTGTAC TCAAGGGAGA CAGATATGAT GTGTCTGGTC TGACCGATCA TGCTATGGCT
GGGGTAGAAT TCGCCACAGA GGCCGAGAGG TTGGCATGTG GACGAGGGGT CGCAAATGAG
GCCGAGGCAG CAGCAGCAAT GGGGGCTGCC TTGCTGAAAC TATGTCAAGG AGGTATACGA
ATGGAAAAAT ATGATCCGCT CGATACCGCA ATCGCGAAGA TAGAAAGTGC TATTGAACGG
ATGCCGGACG TGAACAAGGA TGTCATACAA TGGCAACACA ACCTTGCGAC CCTCCTTGAA
CTTCGATTCG AGAGACATCC TCGCATGATG GTCCTTGATC AGGCAATACA GCTCTCTGAA
TCTGTTGTCG AAGCCGGTGC GGCGAATAGA AAACAGAAAG CTATACGGGA AAATAGCCTA
GGGAATCTCT TTGGACGCAA GTTCGAATGG ACCGGAGCAT CCGAATACCT TGATAATTCT
ATTGAGAGAC TCAGAGAGGT TAATTCTATT GCCGGAATAC TCGGGTTTTG AGAGAACTCG
TTATTTGAAT AACCTGGCCT TTGCGCTTGC CCTTATGTAT GAAAGGCAGA AAAGGCTCGA
AGACCTAGAG GAAGCTATCG AAAACTCGAG GAAAGCATGT GAATTAGGAA AAAGCTCTCC
TGATGAGGCC ATTTCCCTGA ACAAGCTGAG TACCAACCTT CACAAGTTGT ACGGTCACAC
GAAGGAAAAG GATTGTCTCG AAGATGCTGT TAAATATGGG CTCCAAGTAT GGGAACTGAT
AGGCCAGGAC CCGAACAGCC CTTTCCATCA GGCCTGCGCA CACAATGTAG CGCTGGTCCT
TACTCGGCGT TTTAGGCTTC TGGGGGCCCA GAAAGTTTTC AATGATGCTG TTAGCCTGTA
CTTGAAGGCT AATGAGCTAA GATCCCAGGA GGATCTCGAG AGGACGACAA CATTGTTCAG
TCTAGGAGAT CTCTACTCCA TTCCGTCAGT TGAAACAGAC TAATAAAGAT GCCTACGAAT
TTCCACAAGG CCGGGTTCAT ATCCGATTGA GAGCTGCTGT AAAAGCGCTC GGAATACTGC
GGCTGAGGGA AGATTGGGAG CAAGCGAGGG CAATCGGGAG CGGTGCCCTC AAACTACTGC
CTGACCTTTG CGAGCGATCC CTCACACTTG ACGACCAACA GTACGCGATT CTTCAAGCTA
CAGGTCTTGC GGCAGACGTT TGCTCATTGT ACCTTCAGTG TGGTCTTGTG ACTGAGGCCC
TTCAAAAGCT AGAATTTGGT CGTGGCCTGA TACTCCGGTA CATGATTGAC AGGCAGGGCG
ATGTGCCGGG GCTGGAGAGA GTCTACCCCG ACCTTGCTGC GGGGTATAAA ACATTACAGC
GCCAAGTAGC CCAGCCTGTA GACCGGAACC TCAGCAGCTC ACGTCGCTAG CAGCTTGTGC
GAATGCGACT AGAAGCTGGA GAGAAGCTCA AAGCTGTTGT TAACGAAATT CGCCATAAGA
AAGGATTTGA GGCGTTCCTC CTGGAACCGA AAGCAGAGGA ACTGACTGAT TCTGTAGCTG
ACGGCGTAGC TGTCGTGGTC AATGTGACCT CCATCCGCGC AGATGCAATA ATTGTCTCGA
GTAACCAGAT CAGGTCAGTT CAACTTCCGA AGCTGGAGAG GGATATCAAT CTGTGGTCGA
CGAGCCAGGA GTACCAGAAA TACAGATCCG CGGTTCTCGA TCATCCTGTG GGTCAACGTG
ATATAATGCC CGACTTGATT GCAGAAAACA ACGAAATGAT GTTAGAGTGG CTATGGGATT
GCTGTTTGGA ACCAATACTC AATGAGCTAT CAGTCAGCCC TGATGGCTCA TCCCGTCTCT
GGTGGATTGG TCCGGAGACG CCAGCGGCCT TCCATTTCAC GCTGCTGGCC GTCGCGATGA
TCGTTCCGGT GAAAGCACCC TGAGAAAAAC GATCTCATCG TATACACCTT CTCTCAGGGC
ACTTGCGTAC TCCAGATCAC TCTCACTGAA TCGTTCCCAA TTCCAGAAGG ATACGGAGAA
GGAGTCAGTC CTGATCGTCG CGATGCCCAC GACCCCAGGG CATCAGCCCT TGAGCGGAGT
GATCGAAGAA TCTAACATTG TGAGGGCTAT TTGTAGAGAG ACACACGTCT GTGAATTACT
CAATCATCCA ACGGCTGACC AGGTGTGTCG CAAACTCGCA ACCTCTGATA TCGTTCACTT
CGACTGCCAC GGGTCAGCAA ACGAATCAGA CCCATCGCAG AGCTACTTAC TCCCACAGAA
GGACGGTGTG CTAGACAAGC TCACGGTCTC TAGAATCTCG AACGAAGTCT CTCAGCAACC
TGCCTGGGTC GCGTACCTTT CCGCCTGTTC CACAGCCCAA GTCAGGGCCA CAAAGCTCGC
TGACGAAAGC CTGCATATCG CAAGTGCTTT TCAAATGTCC GGTTTCCCCC ACGTTATTGG
TTCGCTGTGG CCAACAGATG ATGCAGTCTG CGTCAAGGTC GCGGAGTTCT TCTATACCTA
CCTATTTGAC AATAGTGAAG GTACGAAATC TCATCGTGCA GTGGCCACCG CGTTGCGGGA
TGCAGTCTTG AAGGTCCGAT CCGAGATATC AGAGCATGCC TTAAGAACGA AATCCCTTGG
TTTGGGCAGC GTACATCCAT CTAGGTGCTT AGCTTTTCTC TTGAGCCATG GATATTCGAG
AGATAATTGA TGTTCCGGGC AGGGCTGTAT GATAGCACTA CTGAATAGCC TAGGCCATAA
TTCTTCATTA TTAATTGGTG CGTTCCTAAT CACAACATTC ATGGCCTTCT CTCCTTGAAT
TGATCCTAAC TAACGTGTTT GATAGTGTTT GCTCAAGGTT CTGGGCCTTT GTAA
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| Protein sequence | MFYQIFTGLS MELDNLFDQA LQGLLDYEAN KDRENCLDKS IHIARQVTKY ERRGQLDDLD
TSIAYMPLRI DETVKRDVPR ILDYINMSVL KGDRYDVSGL TDHAMAGVEF ATEAERLACG
RGVANEAEAA AAMGAALLKL CQGGIRMEKY DPLDTAIAKI ESAIERMPDV NKDVIQWQHN
LATLLELRFE RHPRMMVLDQ AIQLSESVVE AGAANRKQKA IRENSLGNLF GRKFEWTGAS
EYLDNSIERL REKRLEDLEE AIENSRKACE LGKSSPDEAI SLNKLSTNLH KLYGHTKEKD
CLEDAVKYGL QVWELIGQDP NSPFHQACAH NVALVLTRRF RLLGAQKVFN DALKQTNKDA
YEFPQGRVHI RLRAAVKALG ILRLREDWEQ ARAIGSGALK LLPDLCERSL TLDDQQYAIL
QATGLAADVC SLYLQCGLVT EALQKLEFGR GLILRYMIDR QGDVPGLERV YPDLAAGYKT
LQRQLVRMRL EAGEKLKAVV NEIRHKKGFE AFLLEPKAEE LTDSVADGVA VVVNVTSIRA
DAIIVSSNQI RALAYSRSLS LNRSQFQKDT EKESVLIVAM PTTPGHQPLS GVIEESNIVR
AICRETHVCE LLNHPTADQV CRKLATSDIV HFDCHGSANE SDPSQSYLLP QKDGVLDKLT
VSRISNEVSQ QPAWVAYLSA CSTAQVRATK LADESLHIAS AFQMSGFPHV IGSLWPTDDA
VCVKVAEFFY TYLFDNSEVF AQGSGPL
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