| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_03726 |
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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 | BN001302 |
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| Strand | - |
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| Start bp | 3208006 |
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| End bp | 3211088 |
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| Gene Length | 3083 bp |
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| Protein Length | 729 aa |
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| Translation table | |
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| GC content | 48% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF75522 |
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| Protein GI | 259481728 |
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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 | 19 |
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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 | 37 |
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| Fosmid unclonability p-value | 0.411379 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | GATCTCTCAC GATAACGTTG TTTCGTACGA TCGTTCTAGC TTCACGTTCT TCATCATGTT
GATTCGCTTC GCTTCATCAA GCATCATTTT CTGGATCTAG CTTTCTTGCT TTTCGACTCG
AGCCTTGTTT ATTATCCGCC ACAGCCGCCA TCAGAGCGCC TGGCACCATT TGACTTACGC
AAACACAAAA ATCTGAAATT ATCAATATTG CTACACATTT GTGATTCTTG CCAATGCTAC
AATCTTCATC AACATCAAAT TGGGACTTCG CTCCGGTGTT TAACCTTCTG CGATCACCCA
CACGTCAGAA CAAGGGACAG GCGACATGCG ACACATCCTC GGATCATCCC CTGCCTTTAC
CTGCATCACA TGAAATAACG AAAGATGACG TTGAAAGGTT GGATACTGGA GAAACATCCC
TGTCCGGTGA AAACCTTAGC ACGCCGAAGC TAGGGGATTT CGGCTCTCTG TGGGAGCTAC
TGCGTAACAC CAGCATTTCT TCTGATTCGC AAAGCGAGAC CCGATCACAT TTGGAACAGT
CTCAGACAAA GAACACCAAA CCTATCACAA TTCTCAAACG GCCCATGGTC GAAGGATCGC
TAGAAGGATC GCTATCTACA ACGGAAAGTT CCCTACAGCG AGTCATCGAC TCCACAGCGC
AGAGTAACCA CGATGCTCAA CGTAGTGTGC CTGTCCAGCG GCGCCGACGC CGACATAAGA
CCACTCCAGA AGCTAGTTCT CCAGAAAGTA ACCCTGAAGG AGAGTCCGAT AGCTGTCCCA
GTGTTTTTGA CCCCCCACTC TCAAAGCCAC AGAGCATCCC GTCAATGATC CCGCCGCAGG
TCGGTATTTC AGAGATTAGA ACGGGACTTC TCGAGACTCC ACCGTCTTCT TTCGATGAGT
TGGATGATTT TTTGACTTCC AAAAATGTCA AAATATCTGC CAGCGCCGGA GCACCTCGAT
TACAACCACT TGTTTATACC TCCGCAACCG AACAGCGGGT TGGGCTTTTT ACCAAACTTC
TGAAGGACTT CCCTGATTAT GCTGAACTTA TCGCCGAATC TGGGCGGTCG AAACTATCAA
AGAAACATGA TATATTGGGC CGGCCAATAC ATGTGTTCGT CGATATGTCG AATGTGAGTC
TTGACACGTA GTTTATTCCC AATATTGTTA TTCACTAACT TATGGCGAAG ATTATGGTGG
GATTTCATGA CACAATGAAA CTATCGCGGA ACATACCTGT TCAAACCAGG ATCCGCCGTC
TGCCGCTCTC ATTTCAAAAC TTCTCGTTAA TATTAGAACG TGGCCGATCA GCAGCTAAGA
GAGTTCTCGT TGGCTCTGAT CGCATCGCAG CTATAAGCGA AAGCGAGCAA CTTGGTTACG
AGGCTAACAT CCTCAACCGA GTTCAGAAAA TCAAACAGCT GACCCCTCGT CAGGTGAAAT
CCAGGAGAAA TCCTCGGATC GCCTACCAGG ATGGCGGTCA TAGTTCTGAA ACGAACGATG
CCCCGGAAGA ACGTTGGGTC GAGCAAGGCG TGGACGAAAT TCTACACCTG AAGATCCTGG
AAAGTCTACT AGATACGGAC GAGCCAGCGA CGATCGTGCT GGCAACGGGA GATGCCGCGG
AAGCAGAGTA CTCTGGTGGT TTCATGAAAA TGGCCGAGCG AGCTCTTCTG CGTGGCTGGA
GAGTTGAGTT GGTTAGCTTC TCCCAAGTGA CAAGCTATGC CTATAGGAAG AAGGAATTCC
GTTCTCGGTG GGGTAGTCAG TTCCAGCTAA TCCTTTTGGA TGACTACATT GAGGAATTGT
TGAAGATTTA AGATGCCGTG GATGATACTG GCCCTCAGCG CTGTCCTAGT ATCTCTATTT
TTCTATTAAA TGAGCACTTA ACAGGCTATA GTTGCCAGGG AAACCCCCCT TTTTATTTTT
ATATTTTTTT GGAGTTAGCA GTCGTAGATC ATTGTGTACG AGACTTAAAA TTATCAACGA
CTCCAATGTA GTCCAAAACA TCCTGGGCTA GCAAGCTCGT AAATTTGCTG CTAGGCGGGG
CTGGCGGGGC TAGCGGGGCA GATCTTATCA GCTACCTACA GAAAGTGCCT AACGACAGCT
GCTCGCGGAT CTGTCGCCAA CATCAATTAT ATCGCCATGG TCACCTTAAC ACCCCAAGAT
CTCTATGGTG GCGCCATTAA AGCTATAATT CCAGAGCGCT GGATTGATGC AAGGTCTCGT
CAACCGTTAA TTTCATGGTC AAGCATTGAT TGTGCTGCTA ACAAGCCTCG AACAGCTCTC
TTCGCCAAAT CCCTGACCAC CAAGAATTGT TCCTTTCGCC AAGCAGCCTC TCAAACCTCA
TTTTTGAAAT AAACGAGCGC GTCTCAGAAG AAACAGCTCT ATCTTCTCTC CAATCTACCC
CAAACCAAGA AGCCCTCGAG ATCCTAGGTC CAAACCCCGG AGCTACGCCC GAGACTGTCG
ACAAAGCAGC AGCGTTATAC CATTTGAATG ACATTCGAGA CGACGATGAG GATTCTCTGC
GCATCATCAA TCCTCCACAA CTAGTCTTCG CACGTCAGCT TCCTCGTGCA AAAGTATACA
AGGGCGCTGC ACAAATAACA TCAACTGCGG TGCCACGCTC TCATGTTGCT CCCTCTATTG
GAGGTGCGGT GGCCGGCTCG AGCACCGATG GAGGCTTGGT GTCCAGCGTG AGTGTTCATT
ACCTGCTTGT CAGGCTTGAG GAGCAAGAAT CCGATGTTTT AGTTTTCTTT AATGTTCCGC
ATAAGGAGTT CGATGAGAAG GGGGACCCAA GGGGCCTGCT AAGAGAGGAG GAGTTAGCGA
GTGAGGTTAT TAATGCACTA GTTGATAGGT TGGAGGTCGC GGACTGGGGT CTGTTCGGCG
GTTGATGTTG TTGCTTTCTG CGCCTTTCTT CATTCGGTTC TAATTCAGTC TGCGTGTTAA
TCGTGACTGC CTGTGATGCA TTCTGGTATG ATGCAGTGCT TTGGATAGAA TGATCCGAGG
ATCATGATTG AACATATTGG AATATCCCTC TCTGCAACCA CCCGCCAGCT GATTTGTCTA
GCGGGGGTTA CACGCATTAT TAG
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| Protein sequence | MLQSSSTSNW DFAPVFNLLR SPTRQNKGQA TCDTSSDHPL PLPASHEITK DDVERLDTGE
TSLSGENLST PKLGDFGSLW ELLRNTSISS DSQSETRSHL EQSQTKNTKP ITILKRPMVE
GSLEGSLSTT ESSLQRVIDS TAQSNHDAQR SVPVQRRRRR HKTTPEASSP ESNPEGESDS
CPSVFDPPLS KPQSIPSMIP PQVGISEIRT GLLETPPSSF DELDDFLTSK NVKISASAGA
PRLQPLVYTS ATEQRVGLFT KLLKDFPDYA ELIAESGRSK LSKKHDILGR PIHVFVDMSN
IMVGFHDTMK LSRNIPVQTR IRRLPLSFQN FSLILERGRS AAKRVLVGSD RIAAISESEQ
LGYEANILNR VQKIKQLTPR QVKSRRNPRI AYQDGGHSSE TNDAPEERWV EQGVDEILHL
KILESLLDTD EPATIVLATG DAAEAEYSGG FMKMAERALL RGWRVELAGL AGLAGQILSA
TYRKCLTTAA RGSVANINYI AMVTLTPQDL YGGAIKAIIP ERWIDASSLR QIPDHQELFL
SPSSLSNLIF EINERVSEET ALSSLQSTPN QEALEILGPN PGATPETVDK AAALYHLNDI
RDDDEDSLRI INPPQLVFAR QLPRAKVYKG AAQITSTAVP RSHVAPSIGG AVAGSSTDGG
LVSSVSVHYL LVRLEEQESD VLVFFNVPHK EFDEKGDPRG LLREEELASE VINALVDRLE
VADWGLFGG
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