| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09213 |
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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 | BN001306 |
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| Strand | - |
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| Start bp | 85183 |
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| End bp | 87901 |
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| Gene Length | 2719 bp |
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| Protein Length | 847 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 | CBF82311 |
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| Protein GI | 259485356 |
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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 | 24 |
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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 | 46 |
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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 | ATGCATGCCG AGGCTATCGA GATGCTGAAC TCGCACGAAG CTATTCCAGT CGACCCATCG
AACATCAGTG CTATAGAGAC GCATTCCCAC CAAAAGCGTA TAGTACATGC CTTGGGGCTT
CTGGGAGTGC AAATTCTCTC CCGGCTCGGC GCTGAAGCCC TTCAGAGTGT GATCGGTGAG
CTAATAGAGT TCTTTACCAC GGACGACATC ATTTGGACCA GCAGAGACAA CTGTCGCGCA
TATTTCAGCA CTCAGGGCGG CGGAAATGAA GAATTCAGGA CTTACGCGAA GGACCATCGC
CAGGCCACAG CCGTGGATAA GAAAAAGTGA GTGTAAGATA TCCCATTCAA ATGCCGATGT
TAACAACCAG AGCAGTGTTG GATGGATCAA CCCCGAGAGC ACCGCTCCAC CGGTCCATTT
TTTCGAGGGT GACCCTGCGA TTGGTCTTTA CAGCGTTCAG TTTACTGCCA CAGACAAGGT
GGCCTGGAGT GGTATCCCAA ACACGGAGAA GTGTAAAATT GAAGGCCTAT GTAATCCTCA
GTACATCTTC TACCACAAGG GTTATAGGAT TGTTCTCAAT ACATGGGGTA AGTGCGCCCA
GGCAGTATCA ATTGCGCTCT TGTACTAATA CTCCGCAGAA TCCCAGGGCC GCGTATCCGC
CTGTCAGTAT TCTAAAGGAG AGGACTGCAA GGGTCTCTGC GCTTCTGGTG TGAAAGACCA
GTTCACATCA GGCGGTGTCA AATGGGGCGG AGATTGCGCC ATCCCCTGCA TTGATGACGT
CCCCGAAGGC TTCAAAAAGG TCCAAAACGA GGAGGCAAGG TTCATGGTCG TCGGAGATTC
GATATCGCAC GGGATGGAAG ACGACTGGAC TTGGAGGTAC AGACTCAGCC AGTGGAGTAA
ATTACTACCC TATTCTCCTT TCTCTCAGGA TATATGCAGC ACCGGGCCTA ATGCGGGAAC
TATTTGACTA GTGGAACATA ATGGGTACAC GCACCATTTT GTCGGGCCAT GGACAGGGAC
GCGTGGAATG GATCCAATCA GTATCTCTCA ACCCCGAGCG CCCTTGCTAC CTGACGAGGA
GCCCCGGGAA GACTATACTG GCAAGAGCCT TGGGGACTAT GCAAAAGGGG TCTCACAAAG
TTTCCGTGAT AAAGGGCATG CTTCATTCTG GGGTCGACAA GTCGCACAGT CCAAAGAACA
ATTTAAAGCG TGGGTCTCCG AGTATAATCC CGACTATCTT CTTATTCTGC TGGGATTCAA
TGACCTTGGC TGGTGGGTGA ACGGGCCTGA GGCACTGGTT GGAGACATGG CAAACCTGAT
TAATGATGCA CGAAAGGCAA AGTCGGACAT CAAGCTTCTC GTGGGGAATG TCGTTGATCG
CACCTTTATC CCAGGGCGCC AGGACTTGGT CGACGAGACC GCCCAATACA ACAAACTCCT
AAAAGAGAGC ATGAAAGACT GGTATCGCGA GGGATCGCCT ATCTCATACG TCGACGTCAA
CTCAAATTAC AACTGCCGTC CCGGCGGCTG TCCGGACGGA CATGACGGAC TGCACCCCAA
TGCTCTTGGA GAATACCATA TCGCGCAGTC TTTCGCTCGA GTTTTACAGA GTGATTTCGG
GTATATGGGT ATCGAGTTCC GCGTTCCCGA GACGGTGGAT TCACGGCCAG TGAGTACGCC
AGCGAATGTG CGGTCGAATT CCTACCCTGA AGGCCTATGG GCTGTTTGGG ACCGTGTTGA
AAATGCTCGC GGATACGAAG TCCGCTGGAG ACTAAAGGGA GCGACGAGTT GGTGGTCTGA
AGGCGCCGTA TACCCAGTTA CGAACTGCGC CTGGCAGCCG TGGGTGATCA ATGGCCAAAC
ATGGGAGTTC CAAGTTCGCA CCATGGGAGA CAACACCGTT AGATCGGGGT GGTCGGCCCT
GCAATCTGTC ACGGCCAATG TCAAAACCGC ACCGGGACCA TCTAATATTA TTGTTGAGCC
TCGCGGAAAT GATCTCGTTG TGCGGTGGGA CGCTGTCACA GACTACAACG TAGACCGATA
TGGGGTCATG CTATACGATA GGGACAAGGA AGATGAATTG ATGGACGTTA AGGCCGCAAA
GGGTACCAGC TTGGAAATCA CGGGTCTAAA CTCTGGCCAC CGCTACGGAG TATGGGTTGC
TAGCTATGTC GGAATGGTTG GGAGCTTATC ACGGAATGGC ATACAAGCTG GCGGTTTGCC
TTCAGTGGCA AGAGAAGTCA TTATCGGACG CGGGACGCCA GCACCACCCG CCGGACTCCG
CGTGGAGAAT CTCGATGCAA CCACTGTTCG TCTTCAATGG GACAAGGTCT CCAGTGCTAC
GGGCTACAGT GTCCATGTTC GGAGTATAAT AGACAACACC GCGTTCCGGG TAGACGGCAC
CACGACACAA ACGTCATACG AGGTCGCTTG GCTATTCCCG GGCAATTGGA ACTTCGAATT
CTGCATTTCG GCTTACAACG GAAACTTGGA AAGTGCACCG GTCTCCTGTA TCATTCCACC
TGTCTGTTGC GGTTATGAGA AAAGGGACCT GGTTGCTACA GAGTACCCGA AGGCCGAAAA
TAACAGCGCT TTCAGCAACT CCATCAGCTC GTTCGGCGGC ATGAGCGTGG GGTCTCTGTT
TACAACCTTC CAGCAAAGCA TTGGTCTTGC ACTGGACACC GCGTCGGATC ATAGTCTGGC
GATACCTGGC GAGATTTAG
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| Protein sequence | MHAEAIEMLN SHEAIPVDPS NISAIETHSH QKRIVHALGL LGVQILSRLG AEALQSVIGE
LIEFFTTDDI IWTSRDNCRA YFSTQGGGNE EFRTYAKDHR QATAVDKKNV GWINPESTAP
PVHFFEGDPA IGLYSVQFTA TDKVAWSGIP NTEKCKIEGL CNPQYIFYHK GYRIVLNTWE
SQGRVSACQY SKGEDCKGLC ASGVKDQFTS GGVKWGGDCA IPCIDDVPEG FKKVQNEEAR
FMVVGDSISH GMEDDWTWRY RLSQWMEHNG YTHHFVGPWT GTRGMDPISI SQPRAPLLPD
EEPREDYTGK SLGDYAKGVS QSFRDKGHAS FWGRQVAQSK EQFKAWVSEY NPDYLLILLG
FNDLGWWVNG PEALVGDMAN LINDARKAKS DIKLLVGNVV DRTFIPGRQD LVDETAQYNK
LLKESMKDWY REGSPISYVD VNSNYNCRPG GCPDGHDGLH PNALGEYHIA QSFARVLQSD
FGYMGIEFRV PETVDSRPVS TPANVRSNSY PEGLWAVWDR VENARGYEVR WRLKGATSWW
SEGAVYPVTN CAWQPWVING QTWEFQVRTM GDNTVRSGWS ALQSVTANVK TAPGPSNIIV
EPRGNDLVVR WDAVTDYNVD RYGVMLYDRD KEDELMDVKA AKGTSLEITG LNSGHRYGVW
VASYVGMVGS LSRNGIQAGG LPSVAREVII GRGTPAPPAG LRVENLDATT VRLQWDKVSS
ATGYSVHVRS IIDNTAFRVD GTTTQTSYEV AWLFPGNWNF EFCISAYNGN LESAPVSCII
PPVCCGYEKR DLVATEYPKA ENNSAFSNSI SSFGGMSVGS LFTTFQQSIG LALDTASDHS
LAIPGEI
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