| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_10904 |
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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 | BN001304 |
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| Strand | + |
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| Start bp | 893241 |
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| End bp | 896735 |
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| Gene Length | 3495 bp |
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| Protein Length | 594 aa |
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| Translation table | |
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| GC content | 42% |
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| IMG OID | |
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| Product | conserved hypothetical protein |
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| Protein accession | CBF79007 |
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| Protein GI | 259483537 |
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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 | 6 |
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| Plasmid unclonability p-value | 0.00241243 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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Fosmid Coverage information |
| Num covering fosmid clones | 30 |
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| Fosmid unclonability p-value | 0.0322521 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTCTACAA CTCCGCAAAT TCCAGGTGCT ATTGACGTTC CAGAACAGGT ACAAGACTTC
ATTTTTCTTA CCTAGTTTGT GACTAGTTGC TAACTGGCAG CAGATTGACA GAGTTATTCT
TAGCAATCAT CCAACACGTC CTCTAATCAC ATCTAAACTT GAATACTGCT ATATGTTACC
TTACTATCCT GAATCTCATC AGAACGGCTA TACCTATATT GTCCCACTTG ATCCGAACCG
GGTAAGGAGC AGGGAAGATA AGGGAAGACT TATTAAAAAT GTTCGTTCTA TAACTAATAA
GGGACTAGTT GCTGACTAGT CACAGACTCA ATACCATGCT CGCCAGTTGG AGCGTTATGA
TGCTCAATCA CCCTATATTC GAGGCAGGGT TACTCGAATA CAGTACCAGT GTTCAGGCGT
TCGAATATGC TCTTATCTCC ATCCTAACCT TAGAAATATG CACCATTACA AGGTTACAGA
AGATGACTGG AACTATATCC GACAGGAGCG ACAACTTATT GAAGAGACAG AAATGGATCC
TAAAAAACAG AAAGCAATCT CGTGAGTAAC TAGTCTTTAT TTGATTAGAG ACTAATCAAG
GACTAATCAT GTTTATATAG ACATTTCTTT GGTGTGCTTC GTGTATTTAA GAGACATCAA
GCTTGTCGGC CGCAACAAGT AGGGTGTGCT CCTAAGATGG TACTTGGCGA AGCTGTAAGT
ACCTTAGGGT AGACTAGTCT GGGTCTAGTT ACTAACTAGT CAGCTTCAAA TGGGCCATGC
TTCATCCTAT ATATGTTGCT CTAATTCAAC ACCGGAAACC CATAAACAAC ATTTTTTTGA
TTCTCTTGCA TTTCGTACAG ATACGGATAT CCTATATCTA GCTCAATTAT TCGAGCAGAG
AGGAATTATT GAACCAAAAT ACTGTGCAAT GATTGACACA AGCCGGTCAA AGAGAACGTA
CTGTAACTGC AGTGAGTTAT ACAGCTAGTC TTGGGCTAGT CTTGGACTAA TTGCTAACTA
ATTCTTGCTA AGGCTTTCTG CATGGTGATG ATATATCACT AATAGAGTCG CAACCTTGTA
CTGCGATCTT TAATGTTATG ATTCCATTAG ACCTGGAGGC CTTTCCCTAT TATCTTTTTA
CATCAACAGG AATACATACT CATCCTCCAC CTCCTCCAGC CAAGATCCCT GGCGAAATTG
CAGATGAAAT CTCTTATATT ATTCGTGACA TGCAGAATCC TGATCTTCGA ATTAGTCAGT
ACTGCTATTA AACTAATCCC TTTCTAATCC ACAATTAGTT GCTAACTAGA CTAGGCCAAC
TTATCCGCAG TCCTCAAATG CAGGACTTAC TCGCGCGATA TAATGAGGAC TCAATTATAG
GCCTTCATCC TGCTCTAGCA AATATGGATC GAATACAGGC TCTTATTTAC CGGGAGAAGC
TTGCATTTTA TCCTGATGGC CAAGATCTTA ATGCACTACA ACTAGAATGC GACCGGAATG
AATATCTTAA GGTATGTAAA GATTAGTCCC TATCTAGTTA CTGACTAGTC GGGGATTAGT
GGATAACATC TAACTAGCAT TATGTGCGAG AAATCTATCA TGAAGGTGAT ATTACAATTA
TTATTTGTAT ATTGCAAGAT CAGGCCAAGC TATTTCAAAG CCTACGCTCA TTTGAAGTTG
ACATGTCCTT CAAACGCGTA CGTGAGGGCA GGTTTAACGA GGTTATCTTT GCTGTTTTTT
TAGAGGATCA TGGAAAAGGT AAGTACAATA CTAGTCCTGC TCTAGTCCCA GACTAGTCAA
TAACTAATCA CCTTCTAGTT ATCACACTCC TTCGTGCGTT TATGAACCAA CAAACAGGCC
GTGCCTACTA TTTTCTATTT AAAAAGGTCT TTGAGATGAT TCATGATCTT TCAGGCCATC
CAGTACAGTT TTTCCATCTT CATGGAACCG GCATTGAAAC TATCGTTGTT GATATGGATG
AAGGACAGAG GGACGGTATG TTTTCTTTGT GCACTGACTA GTTACCCACT AGTTGCTAAC
TAGTTAGGTT TGGGAAAATG CCTACAAGAG CTTGATCCAG AACATCATGA ACCAGACTGG
CAGTTAGAAA GAATTCTTAT CTTCTGCCGG GTTCATTTTA TCCGTGGGAT TGAGAATATA
ATTGGCCAGA ACCAACGTCA TACAGTCTTA TTTAAGGCAA TGATTAGTCT TTTACATGCC
CCTACCCGAG CCCAGTATAT GGATATTTTA GAGCAATTAC TAGGTAAGTC CAGACCATAA
CTAGTTAGCA ACTAGTAACT GATTGATATA GAGGATCCAA CTCCAGGCGT GGCAACTTGG
GCTGAACATA AGCTGCATCC GGTAGTTGTC TGCTGGATTA AATAAAGCTT GCTCACAAAT
CCCTGAACAG CATTTTAATC AAACCCGTAT GCATACCAAT GCAGGTGAAC AAACCCACCA
AAAATCATAT GCTTTTAGTG GGAAGCACCT ACCAATTCTA AAGGCAGTTA CTAGGTAAGT
TTCTAAGTCA AGACTAGGCT TTGTTTAGAC TCTGACTAGT TCTCATAGTG CATATTTTCT
TGATGTACGA GATATGCATC AGTACTCTGT GCGGATACAT TATAACATTA CCCATTCCTA
TCGGCCAGAC GATGAGATCT CAAGAATTAC AGAGAATTTA ATCAGGGACC GTAAGTCTAG
CCTTGACTAG TGCCTAACTG GTTACTAACC AGTATTAGAA AGAAAACGAC GCCGTAATCA
GGAGATTGAG GAAGAGGAAA ATATAGAAGG AGTACTACCT AGAAGAGCAC GTCCTTCTAG
ATCTTTCTCA TCCTCTGGAT CTCCACGGCC ACGCCGCTCC AGGTCTAGTA CCAGGGGTAG
GAGTTATACT AGAGGAGTAA GCCGAAGTTC TACACCACAG CGGTAAGTCA TGAAGGACTA
ATCCGGGACT AGTTGCTGAC TAGTCTAGGT CTCCATCCCT AGCCCAGATT GCTTCTCAGA
ACTATCGCGA TCAGCAGGCT AGCCATGAAC AACATATACT TGATCTTCGT GAGCGCCAAG
CACGTCTAGA TCGATATGAG GTAGAGACTC GGCTTATGCA GCAGCGTCTA CTACAGCCAA
CTAGTCCTCA ACTAGTTGGT GTAAATCCAG TGCAATATCC ACCTCTACCT GGATATTTAC
CATCTAGTTC ACAACTAGTC AACCCGGGCC CAGTATATGT TCCGCAGATG ACTGGAGCTC
TGCCATACGT GCCCTCTCAA GCACCATTTG TTCCATCTAC AGAGACTAGT CACCAACTAG
TCTATCAAGA CTCACAGGGT ACATTGCTGA GACCAACTGA CCAGAGGCAG GGTAGCGGAT
TGACGGCTCC ATCTCCTTCA CTTACAAGGT CTATTGAAAG CCCTTTAGCA TCACCAAGCG
GAGAATAGAT TGTTAAGCTT ATTTTTTGTA TACTGTTTTG TGATAGCACG AAGTTTTTCC
ACGGTATCTT GTTAA
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| Protein sequence | MSTTPQIPGA IDVPEQNGYT YIVPLDPNRT QYHARQLERY DAQSPYIRGR VTRIQYQCSG
VRICSYLHPN LRNMHHYKVT EDDWNYIRQE RQLIEETEMD PKKQKAISHF FGVLRVFKRH
QACRPQQVGC APKMVLGEAA LIYREKLAFY PDGQDLNALQ LECDRNEYLK HYVREIYHEG
DITIIICILQ DQAKLFQSLR SFEVDMSFKR VREGRFNEVI FAVFLEDHGK VITLLRAFMN
QQTGRAYYFL FKKVFEMIHD LSGHPVQFFH LHGTGIETIV VDMDEGQRDV LFKAMISLLH
APTRAQYMDI LEQLLEDPTP GVATWAEHKL HPHFNQTRMH TNAGEQTHQK SYAFSGKHLP
ILKAVTSAYF LDVRDMHQYS VRIHYNITHS YRPDDEISRI TENLIRDQRK RRRNQEIEEE
ENIEGVLPRR ARPSRSFSSS GSPRPRRSRS STRGRSYTRG VSRSSTPQRS PSLAQIASQN
YRDQQASHEQ HILDLRERQA RLDRYEVETR LMQQRLLQPT SPQLVGVNPV QYPPLPGYLP
SSSQLVNPGP VYVPQMTGAL PYVPSQAPFV PSTETSHQLV YQDSQARSFS TVSC
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