| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10001 |
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| Symbol | |
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| ID | 0 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | Yes |
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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 | 4866673 |
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| End bp | 4872697 |
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| Gene Length | 6025 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 46% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | |
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| Protein GI | |
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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 | 1 |
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| Plasmid unclonability p-value | 0.102807 |
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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 | 2 |
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| Fosmid unclonability p-value | 0.412888 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GTTGGCATCC ATTGCACGCA GATAAGTCAG CGCAATGTTG CATATTACAT GGTTCAGCTA
TCACTGCCCC GAGGCGTCCC TCACAAGCTA TACCAGTAGT TGACTGTTAT GGGTCCTTTG
CCTATACAAG GACCTTAGAC CTTAGTGACT CGGCCAAGGC CTGCGCTGTC CTGAAGGCGG
TGAGCCACCT ACAAGACTTC CTTGCAACAA CAATCCTTCT TTCTCATTTC TTCTTTAGCG
ATTCCTTCTT GTACGTACGG CACCGTCTAG CATAGGAAGA TCCATCTAAA TACGTCCCTT
AACATTAGGA ATCGCTCACC AATCTCAATA ATAGTATGAG GAGACCTTTT ACTATGACAA
TGGAAGAAGA AAGCGTCGCA TTGTTGCTAC AGCAGCTCCA GGAGCTCTGT ACAGAGATGC
GGACTCAGAA ACAACAGCTC CAAGAAGAGA ATAACAGCTT ACGGGCGGAA CTACAGGCCG
TACAGAACTC GCAACTGAGA AACCATCCAC CAGTTACCAC TACAGTTACA TCCGCAACGC
CCACCCCCTA CGAACGAAGC TATCCCCGTC CTCGTCACCC GGATGTCGAA CCCTTTACTG
GAGAAGACCC TAAGGACTAC CCTCCTTTCC AGATGAACCT TCGTACGAAG TTTGCAATCA
ACGCCGCCTG CTACCCTACA GAGGAGGAAC AAGTTTACTA TGCCTACAGC TGCCTGAGAG
GAAAAGCCAG CCAGCGTGTA CTACCATGGC TCTTGGCTCG CCAGAAATCT GAGACTCCCG
TGCTATGGGC AGAATTCTCC GCGGTACTAG ACAAGGCCTT TGGTGACCCT GACCAACAGA
GAAAGGCTCT TGTACGAGTG AATACAATGA AGCAAGGGAA ATGTGACTTT GAAGAGTTCT
TGAATAAATT TGACGAAGAA CTTCTTAATG CTGGAGGGAT TAATTGGGAT GATAACCAGA
AGAAGGCCTT GTTGGACACG GCAATTAATG TTGAGTTGCT AAAAGCCCAT GGTTGGTATT
AGGCAGGAGG ATTCATACGA CAACTACTGT AATCAACTGC GCGAAATCAA CCACAACCTC
CAGAGAGTGG CCAGGCTTAC ATGAAAAGGA TCTCGCGCTG CTGTCCCCAC ACATATTGCT
TGTACAAGAC CAGCAGGAGG CTCTGACCGG ACCGGGACCC CTGATCAAAT AGACTGGGAA
GCCACCCATG CTCAAATTGC AGCCCTACAA AAGGAAGTCG CGGCCCTCCG TACGAAAGGG
ACCAGGACCC CAAGAAAAGC TAGTCAGGCA CCTGCAGAGG AGAAGCAAAA GAGGTTGTCT
GAGGGCAAAT GCCTATGCTG CGGTGATCCT GACCACTTTA TACAAGAGTG CCCTACAAAA
CCTACCAGGC GCCCTAGGCA GGTGGCCACA GTTCAGGAAG AACAAGACCA AATGGATGAC
TACAGTGAGA GCGAGTCGGA AAACAAATAA CCTCTGTGCA AAGTCGTGTA CAGAGGGGTT
ATACAGCTAG AGAAATACTA CTTGATTGGC AAGATTTCAA CAGCTCGCGC ATGAATACCC
CCCTATTCTT GGTGGAGGCA CTAGTCAACC ATATCTATAA TGCTCGTACA ATGATAGATA
CAGGCTGCCT GACCTATGGG GTAATCAGTG ACAAGTTTGT CAAGATACAT TAAATACCTA
CCATACCTAT CCACCCGAAA CCTTTCAAGG GAGTGACTGG GAATATAGAG GAGATTAATA
AGATTATACA GGTTCAGCTA GATATCAGGG CGCATACAGA AAAAGGAGCC TACTTCTATG
TAATACCTGA TAACCTGGGC TATGACTTAA TCTTGGGACT CCCCTGGCTG GAGCAACATA
ATAGAAGGTT AGAGGCTAAG AGGGGCAGGC TGTACCTCTG TACTACTGGA GTCTGTCTAT
GGAGTACTAC AAAGAGGCCC TTACTAAAGC TGAACATAGC ACAGATATCC GCTGCAACCA
TGGGAGGATT TATACAAAGG AAAAGGTACC ATGGCCAAGA TATTAAGATA TTTGCAGTCT
TATTGGCAGA TATACAGAAG GCACTGGCCC CAAAGAGACA TATTGACCCC CGTACAAAGC
TACCAAGATA ATACTGGAAA TACCTAAGGC TCTTTGAACA AGACAAAGCA GAAGAACTAC
TACTGCACTG GGGAGATAGG ATTGATCACA AAATCAAGCT TGTACAGGAG GAGAGTGGGA
AGGATCCTGA AGTCCCCTGG GGCCCCCTTT ACAACATAAC CTAGGAAGAA CTAATAGTCC
TCTAGAAAAT ACTCTCTGAA CTATTACAGA AAGGCTTTAT CTGCGTGAGC CATTCCCCAG
CTGCAGCCCC AGTACTCTTT GTATAAAAAC CAGGAGGAGG ACTGCAGTTC TGTATCAACT
ACTGTGCTCT AAATACTATT ACCAAGAAGG ACTGCTATCC ATTGCCCCTG ATCCATAAGA
CACTAAACTA AATTAGACAA GCCTAGATGG TTTACTAAGC TGGATGTGTC TGCTGCCTTC
TATAAGATCT ACATAGCCAA AGGCCAGGAA TGGATGACTG CCTTCTGTAC AAGATATGGG
CTCTTTGAAT GGCTAGTTAC CCCTTTTGGG TTGGCTAATG TACCGAGCAC CTTCCAAAAA
TATATTAACT GGACCCTCCG GGAATATCTA GATGAATTCT GCTCAGCCTA TATTGATGAT
GTGCTTGTCT ATACCAATAG GGACCTCCGC CAGCACCGGA AGTATGTATG AATAGTCTTG
AAGAAACTGG AAGAAGCAGG CCTATATTTG GATATTAAGA AGTGCAAATT TGAGTGCAAG
GAGACAAAGT ACTTGGGCTT TATAATACAG GCAGGGAAGG GAATTAAAAT AGACCTGGAG
AAGGTGAAAG CAATAAAGGA ATAGGAAACC CCTACTATTA TAAAGGGTGT CTGAGGATTC
CTGGGGCTTT GCCAACTTCT ACCAAAGGTT CATCCCTAAC TTCTCAGGGA TCATACGCCC
ACTGAACAAC TTGACAAAGA AAGGGACACC CTTCTTGTAG ACTAAGGAGT ACCAGGATAG
CTTTGATCTG CTTAAGGAAA AGTTTATTAC TGGACCTGTC CTAGCAACCT TCAACCCTTC
CTACTATATA GTAGTAGAGA CTGACTCCTC AGGTTATAAT ACAGGAGGAG TTCTCTCTTA
ATATAATAAA AAAAGGGGAA TTGCACCCAT GTGCCTACTT CTCTAAAAGG AATTCTCCAG
CTGAATGCAA CTATGAGATC TATGACAAGG AGCTACTTGC AATTGTACAA TGTCTTGAAG
CCGTGGGATG CTGAACTGTG CTTATATAGA GAATTCCAAG TTATTACAGA CTATAAAAAC
CTGGAGTACT TCTTCTCCCC AAGGAAGCTA ACAGAACAAC ATATACAATA GTCCTTATTT
CTCAGCTGGT TCAACTTCAA GCTAGTATAT AGGAAAGGGT CAGCTAATCA GAGAGCTGAT
GTACTTTCAT AGAGAGACCA AGACATGCCT GATAATGAAG ATGACAGGGT CAAGTCTTGT
ATAATGCAAC TTTTTACAGA AAAATACTTA GGGGAAGATG GTAGTTGCCA CCCTCTGACC
AGCTGAAGAG CAACCATGGG AGCTGTATGA AAAAAGTGAT ATATAGAAGG AGGCACTTAA
ACAGGATGAA AGATATAGTA AAGCAGTACT GTGCCTGAAA GATGGAGCAA GGAGATTTCT
TCTATACCTA TAATTGAAAG TCAGAATCTC AGAATGCCAG CTGGACGCCC AAGACCATAT
CCTCTTCTAT AGGAGGAGGT GGGTGCCTGA TAGTAAACAG CTCTATATAA GTATAATTCA
GGCTGTACAT GACTCTATAT TAACAGGACA TCCTGGCTAA GAGCAAATAT ATTTGCTGGT
TAGCTGTAAA TACTTCTGGC CTAATATGTC CCAGGATATC AGAAGATTCA TCTGGAACTG
TGATATATGT GGGAGGACCA AGTCTTGGAG AGACCAGAGA AGGGGGCTAT TAAAGCCCCT
CCCTGTGCCT GATCGTCCCT GGCAGGAGGT TTTAATGGAT TTTATTATAG ACCTACCAGA
GAGCAAAGGT TGTACAAATA TCATAGTTAT CACAGACTGA TTAACCAAAG GTGTGATACT
AGAAGGAATA TCAGAAACTG ACTCTGAGAG TGTGGCCTGG GCACTTGTAC AAGTACTTAT
AAGCAAATAC AGGATCCTAA AGGCTATCAC CTCGGACAGG GGAAGCCAGT TTACAAGTAA
TACATGGGCC TGCATATATA CCCTGACAGG GATCAACCGC CGGCTATCTA CAGCCTATCA
TCCTCAGACT AATAGATCAA CAGAGAGAAT GAACAGCATA GTGGAAACCT ACCTCTGCAT
GTATACCTGC TATGACCAGA AGGACTAGAA CAGGCTACTT CTACTTGCAG AGCTGGCAAT
TAATAGCTGT ACATCAACAG CAACAGGGGT CAGCCCCTTC TATCTAAGCT ATGGGTACAA
CCTCAGCCTA TTTACCCCTA CCGAGGAGGT AGAGCATCTA GCTGAAGAAC CAACCAAGAG
TCCTATCCAG AAAGGGGAAG CCATTGTACA GAAAGTTAAG GAAGCCCTAG ACTGGGCTCA
AGCCTCCATG GCCTATTCCC AACAGAATAC AGAGAATCAG GCTAATAAAC ACAGGAGCCC
GGCCACAAAC TACCAAGTAG GAGATAAGGT CTGGCTAAGT CTGAAGAACA TCCGTACGGA
CCAACCCAGT AAGAAACTTG ACTGGAAGAA CACCAAGTAT GAGGTTATAG GCCTGGTGGG
CAGTCATGCT GTACAGCTGA ATACGCCCCC AGGGATCCAT CCAGTCTTCC ATGTAGACCT
GCTTTGGCTG GCTTCATCAG ATCCACTTCC TTCCCAGAAG AATAATGATA GCCAGCCCCC
TAGCATCATG GTGAACGGTG AGGAAGAATA CATGGTAGAG AAAATCCTGG ACAAACGTCG
CAGGAGATAC GGGAGAGGTC ACCGGCTGGA ATACCTAGTA AAATGGTCAG GCTATGCTCA
GCCAACCTGG GAAGCTGCCA CAGCTTTGGA GGAAGTACAA GCTCTGGATG AGTGGCTGGA
TCGTACGAAA CAATATAGAC TTCAGGACGG CTCACTAAAC AGAGATGCAT ATATAAAGGC
TAAAGCAACA TGACCTACCC TGTGACCTGT ACTTCCTACA TAGAGGGAGG GGGGGGTACT
GTTATGGGTC CTTTGCCTAT ACAAGGACCT TAGACCTTAG TGACTCGGCC AAGGCCTGCG
CTGTCCTGAA GGCGGTGAGC CACCTACAAG ACTTCCTTGC AACAACAACC CTTCTTTCTC
ATTTCTTCTT TAGCGATTCC TTCTTGTACG TACGGCACGT CTAGATAGGA AGATCCATCT
AAATACGTCC CTTAACATTG ACACAGCCTA ATATACAGGG ATTCATCCAG CAGCGCATCC
AGCAGGCTGG TGATAGCCAG GTAATTATAT ATACTAATAT AAAGAGCCAG GTTAATGCTA
TCAGCTGTGA GCTGGGCTGC AAGGCATACT ATAGTACTAT TCTGGACTAG ACAGGTATAA
TATAATAGTT CCAGAGCAGC CAGACCTATA TTATTGCCGC AATAGGTACC TTAGGCATGG
GTATTAATAT CCCTAATATC TAGTACATGA TCTATCTAGG TCAGTTATAG ATATGTTAAG
GGACGTGTAT AGACGGATCT TCCTATCTAA ACGTGCCGTA TGTACAAGAG GGAATCGCTG
AAGAAGAGAA AGCGGGACAG GACAGATCAG AGATTGGAGA TGGATGGGGA GCCACGTGAC
CACAGCCGCG TACGCTACGC GGTGCGTGTT ATGGGAGCAT CCCATAACAA GATACTGCTT
AACTACAGCC AGGAGAGTAA GTATACAGGG TATAATAGCT TAGCAAGCAA GGCTGTTATT
ATGCACCCCC AGGGCTGGGA TGACCTTAAT CTGTAGGTTA ACTAGGTATC AGATGCCAAG
TTCAAGCACA TGCAGGCATA TATAG
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| Protein sequence | |
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