| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_09178 |
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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 | 184386 |
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| End bp | 188744 |
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| Gene Length | 4359 bp |
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| Protein Length | 1350 aa |
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| Translation table | |
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| GC content | 55% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF82379 |
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| Protein GI | 259485393 |
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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 | 21 |
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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 | 47 |
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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 | ATGGACGCCC TCCTTCCGAG ATCATCGCCA CAGCTCAAGT TCTACCTAAA CGGGACTCCC
ATCTCACTAA CCAGCCCACA TCCTCGCTGG ACACTGCTCG ACTTTATCAG ATCGCAGGAC
GGTCTCAAGG GAACGAAGCT GGGGTGCGGT GAGGGCGGCT GCGGTGCCTG TACGGTCGTC
CTTCAGACGA GACAGCATGG AAAGAAGATT CGCCACCTTG CTGTGAATGC TTGTTTATAT
CCATTAATAG GAGGTATTGC CTGCTCTACA TGACCGAGAA TCAAAGTACA GTGGATACTG
ATATGTACAG TATCTGGAAA GCATGTTATC ACAATCGAGG GCTTGGGCAC CGTTGACCAC
CCCCATCCGC TCCAAGAACG GATCGCCCAA CTCCACGGCT CACAATGTGG TTTCTGTACC
CCGGGTATAG TCATGTCATT ATATGCTATG ATCCGAAATG CGTACGACCC TGTGACGGGG
AAGTTCCAGC TATCCGCGGA TGATATCGAG AGTAAGGGGC ATCTAGATGG GAACCTTTGC
CGGTGCACGG GCTACAAACC CATCCTCAAT GCAGCGAGGA CATTTATCGA AGATGATCTG
GGATCTGTGC CGAGCATTGT CGAGTCAGAG TTGGTAGGCA CGGAGGAAGA GACGGAGAGT
GATATGGGCG CGCACTCAGG ATCTGGTGAT ACGGGATCAA GGTCAAGCGG CTCCTGCGGT
CGTCCTGGGG GCTGCTGCAA AGATAGCCCT GGCATTTCGT CGTGTTCCTC CAGAGAAACA
GACATGACCA CGCCCTCACT GCCAGATTCT CCCGTCTTGA AACAGTATGA CTTTATCCCA
TACACACCAA CCACCGAACT AATTTACCCG CCCGGACTCG CCAAATTCGT ACCCGAACTG
CTCTGTTACG GTGACGCTGA GCAGGCCTGG GTGAAACCAA GGTCAGTGCA AGAGGCACTG
GAGATTCTCT CGCAGTGCCC GTCTGCTACC CTTGTGACTG GAGCAAGCGA GGTGCAGGTT
GATGTCCGGT TCAAAGACTT CAGGCCGTCT GTCTCTGTGT TTGTCGGCGA TATCACTGAG
ATGACTGGTA TATCATGGAG TGAGGATATG AAGACGCTGT ATATCGGCGG CTCTGCCTCT
CTATCCGATA TAGAGGCTGA GTGTCTGCGG TGTATACCGC TGCTCAAGGC AGTAAATCTC
GGCTCCGAAT CGGTGCTTTC CGCCATCGCT AGAACTCTGC GCTACTTTGC AGGCCGGCAG
ATCCGCAATG CTGCCTGTCT GGCGGGAAAC ATTGCCACGG CGTCTCCCAT TTCAGACATG
AACCCGCTTC TTCTGGCTGT GGGTGCAACC GTCCATGCAC GAACTTCGGC GGAAGAGACG
ACCATCCCAA TGTCCGAGAT GTTCAAGGGT TACAGAAAGA CAGCCCTTCC ATCCGGCTCG
CTTATCACGA AGATCGCTGT CCCCATGCCA TCCAAAGACC AGATCGAGAT CGTCAACGCA
TACAAACAGG CAAAGCGAAA GGACGACGAT ATCGCCATTG TCACTGCCGC ATTCCGCGTT
CGTATCGCCC CTGGTCCAGA TTATACTGTG CAGGAGGCAT CGCTGGCCTT CGGCGGCATG
GCGCCTACCA CTGTCCTGGC ACACAAGACC GCATCTGCCC TTGAAGGGAA ACGCTGGGGT
GACGAGGCTG TGCTCGATAT CGTTCTCACC TCTCTTGGAG AAGAGTTCAA CCTTCCTTAT
AGCGTCCCCG GGGGAATGGC GACATACCGA AGGACATTGA CACTCTCCCT CTTTGTGCGG
TTCTGGAACT ACGTAAACCA GAAGCTGGGT CTTGAATACG ACAGCGATCT CATTGAAGAA
ATCCACAGGG GTATTTCCAC AGGGACCCGA GACGACGACA ATCCGCACGC TCAGCGAGTC
GTCGGACAGC AGATTCCGCA CCTCAGTGGC CTGAAACATG CAACGGGCGA GGCCGAGTAT
GTCGATGATA TGCCTCCGCT GCATAGGGAG TTGCATGGGG CACTTGTTCT ATCAGAACGT
GCTCATGCGA AGATCCTCAG TGTCAACTGG ACCCCTGCAC TTGAGCGGGG CGCTGTGGGA
TATGTTGATC ATACTTCTCT CCCCGAAGAA AAGAACCACT GGGGTCCCGT TGTGCACGAT
GAGCCGGTTT TTGCTAAGGG TGAAGTTCAC GCACACGGCC AACCGATTGG TCTTGTGTAT
GCAGATGACG CAATGACTGC ACAGATTGCG GCTAAAGCTG TCATAGTTAC ATATGAGGAT
CTGCCCGCTA TACTGACAAT TGACGAGGCA ATCGAAGCGA GGTCCTTCTT CAACTACGGG
AAGGAGCTCA GACGGGGCGC GCCGCCTGAA GAGATCAGAA AAGAGTTGGA TGACTGTGAA
TATACTCTCT CAGGCACAAC GAAGATTGGA GGGCAAGAGC ATTTCTATCT TGAGACGAAC
GCTGCCATCG CGGTACCACA TACAGAGGAC GGGAGTATGG ATGTTTGGAG CAGTACCCAG
AACACGTATG TTCCCCCGTT TATGCCTTTC CCTCTAGGGC TTGTCCTAAC TCTTTGCATG
CAGAATGGAG ACGCAAGACT TCCTCTCTCA GGTGACAAAC GTCCCACGCC ATAAGATCAA
CGCCCGGGTC CGTCGTATGG GCGGCGCCTT TGGTGGAAAA GAGTCTCGAT CGGTCCCAAT
AGCGTGCATC GTCGCCGTTG CGGCGAAGAA AGCACGCCGT CCCGTCCGGA TAATGCTCAA
CCGCGACGAA GACATGATGA CCTCCGGCCA ACGACACCCT GTTCAGTGCC GGTGGAAGGT
CGGCTTTAAT CGCGAGGGAA AACTACTCGT CCTTGACGCA GATACCTACA ATAACGCGGG
CTACTCAGTA GATATGTCTG CCGCGGTAAT GGACAGGTGC CTCACGCATA TCGAGAACTG
CTACTACATC CCGAATGTCT GGCTGCGCGG GTGGGTGTGT AAGACAAATA CGCACTCCAA
CACGGCATTC CGTGGCTTTG GGGCGCCGCA GGCTATGTAT ATCACTGAAA GTATTATCAG
TGCGGTGGCA GAGAAAGTGG GTATCGATGT CGACGAGATC CGGCGGAGGA ATCTGTATCA
GGTCGGGCAG CGCACCCCCT TCAACCAGGT GCTTGACGAG GATTGGCATG TTCCGTTGCT
GCTTGAGCAA GTGCGCGAGG AGGCAGACTA TGATGCGCGC AAGAAGGAGA TCGAACGGTT
TAATAGCGAA CACCGCTGGC GCAAACGAGG AATAGCCCTG ATTCCCACCA AATTCGGCAT
CTCCTTCGCG ACCGCCCTCC ATCTTAATCA GGCGTCCGCT GCCGTCCGTG TCTACACAGA
CGGATCAGTT CTGCTCAACC ACGGGGGTAC GGAGATGGGC CAGGGCCTCT ATACGAAGAT
GGTGCAGGTT GCAGCGCAGG AACTGCGGGT TCCGGTCGAC CAGGTCTACA CGCAGGACAC
GTCGTCTTAT CAGACAGCGA ATGCGAGTCC CACAGCGGCA AGTTCGGGGA GTGATCTCAA
TGGGATGGCG ATCAAACATG CTTGCGACCA GATCAATGAA CGGCTCAGGC CGTACCGGGA
GAAGTATGGG GAGGATGCAG ACCTAGGTAC GATTGCCAAA GCTGCCTACC GAGATAGAGT
GAACCTCTCA GCCGCCGGGT ACTATAAGAT GCCCACTATT GGATATGAGT GGGGGAATTA
TTCCGAAAAT GTAAAGCCTA TGTATTTCTA TTTTACTCAG GTATGGCAAG GCCCTCTCCT
ACTTCTTTCC AGGCTTCCCG CTAACAGAGA CAGGGAGTGG CATGCACCGA GGTCGAGCTC
GACCTGCTTA CAGGCACACA CACAGTCCTC CGTGCAGACC TCAAGATGGA TATTGGCCGC
AGCATAAACC CTGCGATTGA CTACGGACAG ATTGAGGGCG CATTCGTGCA AGGGCAGGGT
CTGTTCACGA TGGAGGAGTC CCTCTGGACG CGATCCGGAC AACTGGCAAC CCGCGGGCCA
GGCACGTACA AGATTCCGGG GTTCGCTGAT ATCCCGCAAG TATTCAATGT GAGTTTCCTG
CAGGACAATA AAGAAAAGAC GATGTGGAAA ACGCTACGGA GCATCCAGTC AAGCAAGGGA
ATCGGGGAGC CACCACTTTT CATGGGGAGC AGTGTGCTCT TCGCGCTGAG GGATGCGCTC
AGCCACGCGC GGAGGGAGAG GGGGGTAAGC GAGCCGTTGG TGCTAGACAG CCCAGCTACG
GTGGAAAGGC TGAGGCTTGC TGTTGGAGAC GACTTGGTGC ACAGGGCGCA GGTTCAGAGG
AAGGATGGGG AGCAGGGATT TTTCGTTGCT GTTGCCTGA
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| Protein sequence | MDALLPRSSP QLKFYLNGTP ISLTSPHPRW TLLDFIRSQD GLKGTKLGCG EGGCGALSGK
HVITIEGLGT VDHPHPLQER IAQLHGSQCG FCTPGIVMSL YAMIRNAYDP VTGKFQLSAD
DIESKGHLDG NLCRCTGYKP ILNAARTFIE DDLGSVPSIV ESELVGTEEE TESDMGAHSG
SGDTGSRSSG SCGRPGGCCK DSPGISSCSS RETDMTTPSL PDSPVLKQYD FIPYTPTTEL
IYPPGLAKFV PELLCYGDAE QAWVKPRSVQ EALEILSQCP SATLVTGASE VQVDVRFKDF
RPSVSVFVGD ITEMTGISWS EDMKTLYIGG SASLSDIEAE CLRCIPLLKA VNLGSESVLS
AIARTLRYFA GRQIRNAACL AGNIATASPI SDMNPLLLAV GATVHARTSA EETTIPMSEM
FKGYRKTALP SGSLITKIAV PMPSKDQIEI VNAYKQAKRK DDDIAIVTAA FRVRIAPGPD
YTVQEASLAF GGMAPTTVLA HKTASALEGK RWGDEAVLDI VLTSLGEEFN LPYSVPGGMA
TYRRTLTLSL FVRFWNYVNQ KLGLEYDSDL IEEIHRGIST GTRDDDNPHA QRVVGQQIPH
LSGLKHATGE AEYVDDMPPL HRELHGALVL SERAHAKILS VNWTPALERG AVGYVDHTSL
PEEKNHWGPV VHDEPVFAKG EVHAHGQPIG LVYADDAMTA QIAAKAVIVT YEDLPAILTI
DEAIEARSFF NYGKELRRGA PPEEIRKELD DCEYTLSGTT KIGGQEHFYL ETNAAIAVPH
TEDGSMDVWS STQNTMETQD FLSQVTNVPR HKINARVRRM GGAFGGKESR SVPIACIVAV
AAKKARRPVR IMLNRDEDMM TSGQRHPVQC RWKVGFNREG KLLVLDADTY NNAGYSVDMS
AAVMDRCLTH IENCYYIPNV WLRGWVCKTN THSNTAFRGF GAPQAMYITE SIISAVAEKV
GIDVDEIRRR NLYQVGQRTP FNQVLDEDWH VPLLLEQVRE EADYDARKKE IERFNSEHRW
RKRGIALIPT KFGISFATAL HLNQASAAVR VYTDGSVLLN HGGTEMGQGL YTKMVQVAAQ
ELRVPVDQVY TQDTSSYQTA NASPTAASSG SDLNGMAIKH ACDQINERLR PYREKYGEDA
DLGTIAKAAY RDRVNLSAAG YYKMPTIGYE WGNYSENVKP MYFYFTQRQG VACTEVELDL
LTGTHTVLRA DLKMDIGRSI NPAIDYGQIE GAFVQGQGLF TMEESLWTRS GQLATRGPGT
YKIPGFADIP QVFNSSKGIG EPPLFMGSSV LFALRDALSH ARRERGVSEP LVLDSPATVE
RLRLAVGDDL VHRAQVQRKD GEQGFFVAVA
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