| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10328 |
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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 | BN001306 |
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| Strand | + |
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| Start bp | 3342374 |
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| End bp | 3346426 |
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| Gene Length | 4053 bp |
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| Protein Length | |
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| Translation table | |
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| GC content | 45% |
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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 | 14 |
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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 | 2 |
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| Fosmid unclonability p-value | 0.00628199 |
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| Fosmid Hitchhiker | Yes |
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| Fosmid clonability | hitchhiker |
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Sequence |
| Gene sequence | ATGGGGCAGC TGGCTTGGTA TAGTCAGTAT ACAGTGCAAT ACTGTAGGAA CAGCATTCGC
ATGATGGCCG CGAGCATAGT ACCTAACCAG ATCCCACACC GTCCGCTGCA GGCATATATA
GATGAGACAA GTATTACAAA GCATACACAG CTGTAGTAGC AGATCCTGCT GTTTCTTATT
TACATGCAGA CTAAGTAGCT GTGGCAATAA AAAAAGCCAA GCTATGTCAT GACCACACAA
TAGTAGTAGA CCTGGCAGCA ACTGTGGCAG CTTGCCTGCA GATCTGATAA GGCAGGCAGG
TTGCTGGCAT TATACCAGAG CCCTGATCTG ATCTTGGATA CTAATTAACT TAAGGTGTTT
ATGATGACCC TGTTGGAGAC AGCCTGCCTC AATTTCTGCA TCAAGCTGCT CAACCAGAAG
ACCAAGGTAC ACAAGTACAA GAGCCTGTTA GTATATATAA TGGCAGTCCT CGGTCGCGGC
AAGCAGGGCT GGCGCGACGC CGACAGCTAT CTACTAATCC TCTCATGCGT GCTGAAGGTG
GCGCGCTTTC TTGTTGTGTA GAAGGTATTG TGGCTTGACC CCCAGTACTG GGATATTATC
TAGATATAGG CAGCAGCTGC TGAGCAGGGC TTGTAGGTAG GTAAGGCAGC AGACCAGGAG
CTGGCATGGC TGTTTAATGA CAAAGGGTAT GCCAAGGCCT TGTCCCTGTC AAGTCTGTCA
AGCCCAGAGA CCATATCTAC ATCCCAAGGC CGCATAATTA GCTGTATTTG ATCATGGTTG
TTTCAGGCTG GTGTTGACTG GATGGTGCAG CAATTTATGG TCTATGGCCA GCATAGCCCT
GTCAAAGTGC TGCTTGACTG GCACATATAT AGGCTGAAGA TGCACTACAA CACCACAGTA
CCAGGGTATA TGACATAGAT GGGCCAGGAG TGGCTGCTGT ACAAGCAGAT GGACTTTACT
ATAGGCCAGT TTTATAGTTT TGTACATAGC ATGGTTGCAG CTGCGCGAGA GCTGATGGCA
GGCCTGCTGT GCCAGCCTGA TTACCAGTAA TAGCCAGCCA TCCTATAGGA TCACCTATTT
AATAATCTAA CTAAAGGTAT TGCAGGCTAG AGCTTCCTGC AGGATGCTTG TATACTATAG
CCTGTAGCAG GGAAGATATA GCTAGTTAAC TAGATCAGTA CTGAACTGGC TGTTGCTTGA
GCCTTTATTA CCTAGGGTGC TGTTAGTACA AACAAGGTAC AGAAGTACTT TCAGCAGGTT
GTATAATTTA AAGAGAAGCT GGCAGTGGCC ATGCACCTTA CTAGCAGGGT GCCAGTATAC
ATGCCTGAGC TGCTGAGCAT CTAGTATATT AATACTAATA ACAACTGGCG TCGCAATATC
TTTATTAAGG ATGGCCTTGT CGTGTTCGTG ACGGCATACT ATAAGGGGTT TTATACAAGC
AATGATGTCA AGATCATCTA CTGGTACCTG CCTTGCAAAG TAGGCGAGCT TGTTGTATAG
TACTTGTGGC TGGTGCTGCT ATTTGTGCAC TAGCTTGTAG TAACATGGTA CTAGGTAATG
TTCAGCAGTA CCAGCTAGGG CAGTGATACC AGCAAGCTGA CAATATACTA TAGCCTGTAT
CTATAGGGGC TGGATGTCAG CATAGGTTGC AAATAATCCA GCAAGTGCCT GTGCAAGGTG
CTGAAGCAGG AGAGTAAGAC TAATATTAGT ACCTAGTATC TGCTAAACAT TACTAATTAT
TATAATATTA CTATTGGCAT TAGCTGTTAA TTCCTGTGTA TATTAAGTAT GTTCCTGAAC
AATATCCAGG CCAAGTACAA GCAGGTAATA GCTGCCCTGG AGGCAGACAA GGACCTTGAT
AAGATAGGTA ATATTACAGA TAAGCAGGCA GGGTACTTAC CCTATATAGC AGTGATAATA
TATAGGTGTG AGAGCAGTGA GCTTGCTGGC AGCACAACAA TGTGCTGGCT ATAATTTTAA
GTATCAAGCA CAGACTAGCA TTGCTTTCTG GGGTTTCCAG ACCTGCTACT AGTCAATACA
GTGCTGGGCA AGCACACCAA CCTATAGAAG GAGTAGGCTA TTAACTATCA GGAGCAACAG
CAATAGTAGC TGGCCTAGAT AGACATAGTA TAGGTATTAC AGTACATGAC AGGACAGCCT
GCACTGTAGT TGCACAGGGT GCAGGCACTA GTACTGAAGG TAATCCAGGA CAGTACTAGT
CCTGTAGTTG TAATTATGCC TACAGGTAAT AGCAAGAGTA TGCTGTTCAT ATTGCCTGTA
TATACAGCCC CAGGGGGATG CATGATCATG GTAGTACCCC TGCTATTGCT GTGCGCAGAC
CTGATGATAT ACTATCAGGC CCTGGGCATC TTGTATATAT TATGGGAGAG CCGCCAGCCC
CCTGATAAGG CAGTGATTGT GCTTATAATA CCTGAGTCAA CCAAGAACCT GGATTTCTAT
ATATTCCTAA ACTGCCAACA GCAGATACAA CAGCTCAACC AGATTATTAT CAACAAGTAC
CATGTCATCC TTAATAATTA GAAGGATTTC TGGCCAGCAA TGGCGTGCCT CAGGTATCTT
GTCAGTACCC AGATACAGCT GGTGTTTTTG ACAGCAATAT TACCCCCAAC AGAGGAAGCA
TAGTTCCTGC GACGCATTAA GCATGAACAT AGCAAGGTTG GTATCCATCG CGCGCGGACA
AGTCGGCACA ATGTTGTGTA TTGCGTGGTT CAGCTGTTGC TGCCCTGAGG TGTTCCTTGT
GAGCTATACC AGTAGTTGAC ACAGCCTAAT ATATAGGGAT TTATCCAGCA GCACATCCAG
CAGGCTGGTG ATGGCCAGGT AATTGTATAT ACTAATATCA AGAGCTAGGT TAATACTATC
AGCCGCGAGC TGGGCTGCAA GGCATATTAT AGTACTATTC TAGACTAGAC AGGCATGATA
CAATAGTTCC AGAGCAGCCA GACCTATATT ATTGCCATAA CAAGTACCTT GGGCATGGGC
ATTAATATCC CTAATATCTA GTATATAATC TATCTAGGTC AGCTATAGAT ACTGCTTAAC
TATAGCCAGG AGAGTAGACA TGCAGGGTAT GATGGCTTGG CAAGCAAGGC CATTATTATA
TACCCCCAGG GCTGGGACAA CCTTGATCTG TGGGTTAACC AGGTATTAGA TACCAAGTTC
GAGCGTGTGC AGGTGTACAT AGAGGTTGTC AAGGGGGTGG GGTGTTGTTA GTATGTCCTT
GACCAGTACC TGGACAGGAC AGTCAATAGA TATACATGCC AGCAGTACCA GGATCAGGAT
CCTGACAAGC TGCTGTGCAA TGCCTGCTGG CTGGATAGGC AGGATAAGTA AACCCTGATA
CTATTATTAT CACTATTGCC AGCAGCATCA GCAGCAGAAT GCAACATTAA TATAAGTAAC
CAGCCTAATA ATCCCCCCAA TACACAAAAT AGGCCTGTTC TGCTTAATTG TTGATCTTGA
TCCATGTCTA AAACCTTAGC TGTATTAATC CTGTCCTAAG TACTGTGATC TGCAGCAGTA
GTATCCTTAT TCAAGGCACT GGTACCTCCT GCAGCTGTTT TGACAGTCCT AGCAGATAGC
ATAATACTAG TATAATACCA GCATACTGCT ATCTGGCAGC AGATGGCTAC TATACAGTAG
GGCTTGGATC ACAAGTTCCT TGAGTAAGAG GCCCAGTAAT AGCTGTACTA ATACTATATC
TATATAGTAG CTAGGCATAA CAGCAACCAC AAGCTATATA ACTGCTGTTA TCCTGACAGC
TAGACTGCCA AATAGTAGAT AGTATAGCTG TAATCCTAGA TTAACTATAC ACTGTTCTGC
TGTTGTTTCT GGTATAGGAT GCTATAGTTA GTCTGCTAGG GCTGGCAGGC CAGGCAGGAG
TATCTATAGT ACAGGGTGCT GATCTTGACT ATTGCAGGGA TACTATACAG GCCTCATGGG
GCTCAGGTAT AGTCTACCTG GTAGTACTAT TTGGCCAGAT AGATAGTCAG GCAGTAGATA
GTATACATGC AGAAGGCACA GCACCAGGTC AAC
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| Protein sequence | |
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