| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08993 |
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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 | BN001307 |
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| Strand | + |
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| Start bp | 196975 |
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| End bp | 200572 |
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| Gene Length | 3598 bp |
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| Protein Length | 903 aa |
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| Translation table | |
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| GC content | 52% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF84500 |
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| Protein GI | 259486557 |
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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 | 0.574507 |
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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 | 45 |
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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 | ATGATGCAAA TAGACCTCGC AGACGACCAA GACGAAAGAC AGAGGAGACT CCAAGAATGG
GACAGTGACG ACGACCCGGG GAATCCGCGC AACTGGTCCA CGCTGAGAAA GACTCTGACA
ACGACCGTCA TCGGCTTGAT TGGGTTCGCA ACCACTGTCA ATGCCTCCAT CTATTCTTCT
GGTCATGAGC AGGTCAAAAG AGACTTCAAT GTGTCAACGA CGGTCTCTCT GCTTCCGCTT
TCGGCATACT CCCTGGGACT GGCATTTGGA CCGATGATCT CCTCTCCACT CTCTGAGACA
TTCGGCCGCA AATTCGTTTA CCTCCTTACC CTTCCGATGG TGGATCTCTT CACGCTCGGT
GTCGGGGCGT CGCAGGGGAT CGCTTCGTTG ATAGTGTGCC GCTTCGTCGC CGGCGTCTTC
GCAGCACCGG GCGTCTCAGT GGCAGCGGCG ACAATTACTG ACTACACACC CCCTTCTAGG
AGAGTCATTC CGCTGGGGAT CTACTACGCA ATCCCGACAA TAGGAAGCTC AATGGGTCCC
TTGATCGGTT CATTTGTGGT CGAGCAGCGC GGCTGGCGAT GGACGGCATG GACACCGCTC
ATCATGGCGG CAGTCGTCCA TCCGCCAGCC ATCTTCATCA GAGAGTCATA TAAGCCGATC
CTGTTGCAAA GGCGCGCAGA GAAACTGGGT GGCGAAGGTG TCCTGCCTGT GCAGCGCCAA
ACTGCAATGC AGCTCTTTAA AGAATTCGTC ACCTCGACCA TCGTCCGCCC GCTCCATATG
CTCTTCACCG AGCCCCTCGT CGGCTTCATC TGCCTCTACT GCGGCTTCCA GTTTGCCCTG
CTCTACACCT TCATCGTCGC CAGCCCGCGC GTTTTTGCAG ACGTCTACGG CTTCTCCCCT
TCTGGTCAGG GCCTCTCCTT CCTAGGCATG GTAGCCGGCT GCATATGTGC ACCTCTAGTC
CTCTTCACAG TCGACCGGAT TGTGCAGCTA AATCCTACCC TCCGAATCCG AAATAACAAC
ACTGAGGGCG GCGGATCGCC CCCAGAGCTC AAGCTCTACA CAGCCATGTT TGGCTCTCTC
ATCCTCCCCA CCGGCCTCTT CCTCTTCGCC TGGACGGCGA AACCGCACAT CCACTGGATG
GCCCCCATTG TAGCACAAAG CCTGACATTC CTTGGCAGTA TGCTTATATA CATCCCCTGT
AACTTCTACA TGCTTGACGT GTATGGGTCT AAATACGGGG CGTCTGCAAG TGGGGCGTCA
AGCTTGACAA GGTATACCCT TTCCACTGCG TTCCCGCTGT TCGTACCGCA GATGTACGAC
GCGCTGGGGG TGGACTGGGC GACTAGTCTT CTGGGATTTC TAGCTACGGT GATGGCGCCG
ATTCCGTGGG TTTTCTTCTA CAAGGGGCCA GGGTTTCGGG CGCGTAGTGG GTATGAGCAT
GGGACGTAGA TATCGTCAAT TCTGATACGG GTAGTGGTAC TGGGGTTTGC ATAGTGCGAT
TAGAATAGAT ACTAGCGTAT GATCTCCACT CAGTAGACAA ATATCTCCTC TCTGGCCTAG
CCTTATCTGT TTTGAATAAG ATCTCACATA CTTCTTTAGT TCCCAATTTC GGCAGAAAAG
TGTCGCTGTA GGACCGTCAG TGTTCTTCTT GAATCAGTAG ATAAACCTTA GTTTCTTGTC
GGACACTATA AGTAGCCCAA ATGCAACCGA TCAGCATATA CATTACCCTT GGTTGGAGAT
TAAACACCAG ACAATGGCTG GATTAGCCCT CTTATGACCC ATTAACTCAC GAGTCTCAGA
ATAAACAGTA AGCCGAAAAG AGATGTGCGA GGCTCTGGCA ACGCAATTCG ATCAAAACAT
CATTTCAGAG TGATGAGACC TTGTAAAACA ATCGAGACAG ACTTGGAGAT CTCCACGCTC
TACACTATTA GCTCTCATTT TGAACTCCAG CCTCACAACG AAACGGAAGA AGGGACAAGT
ATCACGGAAT TAAGATTATG CTGCAAAACA AGTAGCTATC TTTCCTAAGG CCAGGCTATT
GCTCAGTGTT CAAATGCATT GAAGGAGTTG TGAAGTCTTC AGCCTTTGGC GTCGAACTCA
GCCCCAGAAG CGAGCGTCCC TGGGACAAGT CTAGACTAGT TCTGGTCCAA TTAACTTGCT
GCTGATGCTT GAAATAGTTT ACATTATCCC ACGCAGCCTA AAATTAGCCA AGGAAAACGT
CGCCAAGGGC CAGCCGTTCG GGCGTGCGTG CATGGCAGCC TCGTGGATTT CCTAAATAGG
GCAGCGCTGG GCCAACAAAC GTGGGCGATA TTGCTTAATC TTTAGCCGTG CATTGGGGTC
GGATTAGTGG ATTGTAAGTC CTGATAGTAA GGTTACCTAG AACTATTAGC ATGAGTAGAG
GATTGCTATT TGAATCAGGT TCGCAGGACA TCTGAGGACG CAGGGTATAA GAACATCGCC
GGGTCCATCC TCTGCAAGGT TCGGCTCCGT TCACTCCAAT CATTCTTACA GCTACATCTT
GAGCCCTATC TGCCTGCCTA TTAACAAGGC TACTCTATCC GAAATGACCG CACCACACCG
CCGTAAACCA ATCCCCCAGC CTCATGGCCG CTCTCACTCT CATCCTACCG CTATTTCCCA
TCCCCATCCT CACTCCCCAG CGCCGGCATA CACCAGACCT GCTCAACCCC GTGCACCACA
GCAGATGGCA TACCATCCTC CTCAGTCTCT GGCCCATGGT ACTCCAGCTC CAGCACGGTC
TCGCTCCCAC TACCTCCCTC ATCCCCGCTC GGCTCCAGCG CAAGCAAGAC AACTCTCCCA
CATTCAAACA ACGCAGCGCC ACCACGGCCA ACAGTTGAAA CAGCACACCA CTCAGATATC
GCAGCATGCA AATACAATGA AGTCCCAAGC GAAGCTAAAC CAAAGTGCCC AGAAAGAGAA
CGCGCAGATA GCAAAGAGCA TGCAGAAACA ATTCGCAGCA CAGCAAAAAA CATTCAACAA
GCACGCCAAT GCACAACAAA GGGCTTTTGA TAAGCAATCT GCTGCGCACC AGAAGCACTT
CGAGAAACAG AATGCTGCCC TTGCAGCTCA GTATGAGAGA GACCGCGCCG CAATGGACCA
TGAAATGGAA CAGATCCGGC ATGCTGATGC GCAGAGGCAG TATGAGTACG AGCAATATAT
GTGGTATAAG TCACAGGCGC AGGTGGAGCA AGACAGGAAA GATTGGGATA AGACTGTTGC
AGGTGTTGTT GCAGGAGCGG CACTTGGGGC TGCGGCCGGT GCAGCAGCGG GGGTTGCATG
GGAAAGGGAG CAGTGGGAAG AGCAGCGATT GCAAGCTGAA GCTGAGCGGC AGGAAGATTC
GAGCGAACTA GAGCCATCTG ACTATGAGTA TGAGAGCAGG AACGAGGGGT ATCAGACTCA
GAGTTTGGGG TATGACAACG GCAACTCGGG GTATAACGAC AGTGGGTATG AGCAGCAGCA
GCCGTATACA TCTCTCGACT TTATGACGCA GAATAGGGAT GGGAACGACG GGGATGACGA
CTGCTGCGAT GGTTGCTGTG GAGGGAATGG GAATGATGAC GACGATTGCT GTTGCTGA
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| Protein sequence | MMQIDLADDQ DERQRRLQEW DSDDDPGNPR NWSTLRKTLT TTVIGLIGFA TTVNASIYSS
GHEQVKRDFN VSTTVSLLPL SAYSLGLAFG PMISSPLSET FGRKFVYLLT LPMVDLFTLG
VGASQGIASL IVCRFVAGVF AAPGVSVAAA TITDYTPPSR RVIPLGIYYA IPTIGSSMGP
LIGSFVVEQR GWRWTAWTPL IMAAVVHPPA IFIRESYKPI LLQRRAEKLG GEGVLPVQRQ
TAMQLFKEFV TSTIVRPLHM LFTEPLVGFI CLYCGFQFAL LYTFIVASPR VFADVYGFSP
SGQGLSFLGM VAGCICAPLV LFTVDRIVQL NPTLRIRNNN TEGGGSPPEL KLYTAMFGSL
ILPTGLFLFA WTAKPHIHWM APIVAQSLTF LGSMLIYIPC NFYMLDVYGS KYGASASGAS
SLTRYTLSTA FPLFVPQMYD ALGVDWATSL LGFLATVMAP IPWVFFYKGP GFRARSGINI
YIIPRSLKLA KENVAKGQPF GPVHWGRISG LFAGHLRTQG IRTSPGPSSA RFGSVHSNHS
YSYILSPICL PINKATLSEM TAPHRRKPIP QPHGRSHSHP TAISHPHPHS PAPAYTRPAQ
PRAPQQMAYH PPQSLAHGTP APARSRSHYL PHPRSAPAQA RQLSHIQTTQ RHHGQQLKQH
TTQISQHANT MKSQAKLNQS AQKENAQIAK SMQKQFAAQQ KTFNKHANAQ QRAFDKQSAA
HQKHFEKQNA ALAAQYERDR AAMDHEMEQI RHADAQRQYE YEQYMWYKSQ AQVEQDRKDW
DKTVAGVVAG AALGAAAGAA AGVAWEREQW EEQRLQAEAE RQEDSSELEP SDYEYESRNE
GYQTQSLGYD NGNSGYNDSG YEQQQPYTSL DFMTQNRDGN DGDDDCCDGC CGGNGNDDDD
CCC
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