| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06591 |
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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 | BN001301 |
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| Strand | + |
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| Start bp | 2510637 |
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| End bp | 2514006 |
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| Gene Length | 3370 bp |
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| Protein Length | 961 aa |
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| Translation table | |
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| GC content | 47% |
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| IMG OID | |
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| Product | KapEPutative uncharacterized protein ; [Source:UniProtKB/TrEMBL;Acc:Q5AYN9] |
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| Protein accession | CBF71053 |
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| Protein GI | 259480168 |
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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 | 0.469855 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCGGATC TTCAGTCTAT CGCCCAGCTC CTCGCAGCGA GCAGTGACCG CACGCAAACG
AAACAAGGTA AGTGTCTGGC AAATCTAGAC TCAATATGAG TGCTTCTCTT ATAATTTGCT
CTTGTTAAGT TCGGTATTAA TGTTTGCTAG CCGAGGCCGC TCTTCGTCAA CAAGAGAGTA
ACCCAAACTT TCCCATATCG CTCCTTCAGA TCACCGCCTC CGATTCTTAT CCTTTAGGGA
CTCGCCTGTC TAGTGCGATT CTCTTCAAGA ACGTTATTCG ACGGAACTGG ACCGATGAGG
ATGGAAACTA TAAGCTCCCA CTCGAGGTAG TGGGTACGCT GAAACAAGAG CTCATCAACC
TGATGATCTC TGTGCCACAG GTGCTACAAA CGCAATTGGG AGAAGCTGTT AGTGTAATTG
CGGATAGTGA TTTCTGGGAA CGATGGGATA CGCTTGTCAA TGTAAGCTTG ACTACCTGAT
TCCAACAACG TTCGCGAGAC TTACTCCCTA GGACCTTGTT TCCAAACTCC AACCCGATAA
CCCTTCTGTC AACATCGGCG TCCTGCAGGT CGCGCATTCG ATTTTCAAGA GATGGAGGCC
TCTATTTCGG TCGGATGACC TTTACATAGA GATTAACCAC GTTCTAGAGA GATTCGGCAC
TCCTTTCTTG ACGCTCTTCC AGGTATGTGC TCCACCCGCT GTTATCCCAT ATTATACACC
AATCTCTAAC CCTTCGTATG CAGGGGCTCG ATACTTATCT CGAAACGAAT AAGTCGAATA
AAGATCAACT CACTCAGGGG TTTACGCAAC TAAATTTGAT GGTTAAGCTG GTTTACGATC
TTTCTTGCCA TGATCTCCCG CCGATGTTCG AGGAAAACAT GAGCGGATTA GCGCAAATCC
TGCTCAAATA TCTCACATAT GACAATCAAT TGCTTCATAC AGACGACGAT GCCGAGTCTG
GACAACTAGA GTATGTCCGA GCGGGGATAT TCGAGGTCCT AACACTTTAT GTGCAAAAGT
ATGGAGATGA GTTCCAGCCA TACATACAGC AATTTGTGGA AAGCTCTTGG AACTTCCTTA
CTACAATCGG ACAAGAAACA AAATACGACA TTCTCGTTAG CCGGGCCCTG AAGTTCTTGA
CTTCAATCGC CGGCATGCCT CAACATGCAC AGATTTTCCA AGCAGAAAGC ACCCTCGCTC
AGGTTATTGA GAAGGTTGTC TTGCCGAACG TCAGCCTTCG TGAATCAGAT GAGGAACTTT
TCGAGGACGA ACCGATTGAG TTTATCCGGC GAGATCTCGA GGGTTCAGAC AGTGACACGA
GGCGACGAGC TGCTACGGAT TTCTTGAAGC AATTGAATGC GAACTTCGAG GCATCGGTTA
CGAAGGCAGT TTTGCAATAC ATTGAACACT ACCTAAACGA GTACGGGAAA TCACCACAAT
TGAACTGGAA AGCCAAGGAT ACCGCAACTT ATCTTTTTAT CGCGATTGCA GCGAAGGGGG
TTGCAACTGC CACACACGGA GTAACGACCA CTAACAGCCT TATCAGCATT ACTGATTTTT
TCCAAAAGAA CCTCGCTGCT GACTTGGTTT CTGGAGATGG TGTGCATCCG ATTCTCAAGG
TTGATGCTAT CAAGTATCTT TACCTCTTCC GCAGTCTTAT CACCAAGGAG CAATGGCAGG
AAGTGTTTCC CTTATTGGTG AACCACCTTG GCTCTTCTAA CTTTGTCGTA TACACCTACG
CAGCCATTGC GGTTGAACGG GTGCTATATT TCACCGACAA CCAAGGACAG CCCATCGTTT
CCCCGGACAC AATCAGACCT CTAGCCAAGG ACCTATTGGA GCATATTTTC TCTTTGATCC
AGAAGAACCC TGCTCCTGAG AAAGTGCAGG AAAATGAGTT CATTATGAAA TGTGCTATGA
GGGTTCTGAT TGTAATCAAG GAGGGTGTAG TCCCCATTAC AGACAATGTG CTGGCACATT
TGATCAACAT TACTCAAATA ATAAGCGGCA ATCCAAGCAA CCCGAGGTTC TACTACTATC
ACTTTGAGAC ATTGGGTGCC TTTATTCGGT AAGTACAGAT ACTCTTGAGA TGTTTGGCCG
GCCGTTAATT GAACACCGCA GGTTCGCTGC TCCCTCGAAT CCCGACAAGC TTGAGCAGGC
TCTCTACCCT CCATTCTCTG CCGTTCTCCA GGCGGATATA GCAGGTATGT GTGACTTATT
TCACCAAAGG TGTGTGAACT GACGTGATCA TAGAATTCGT TCCCTACATC TTTCAGCTTT
TTGCTGCCCT CTTAGAGGCT AATCCCTCAG GTACTTTGCC AACCTATTAC CACGGGCTCA
TTGCTCCCAT TCTGGCACCT CAGGTGTGGG AATCAAAGGG CAATATCCCC GCGCTTGTGC
GACTCCTATC GTCCATCATT GCTCGGGGCT CGCAGCATAT TCTAGAGAAC AATCAACTTA
TCAACACGCT TGGTATTTTC CAAAAGTTGC TTTCGTCCAA AACGAACGAA GGATACGGAT
TCGATCTTCT GGAGGCTGTG ATTGAGCACT TTCCTTCGTA CGTTGTTATT GCAAGCCACA
TAATGCACGC AACTGACCAT GTCTCTAGGG CGGCACTGGA ACCGTTCTTC AAGGATATCA
TGCAAATCAT CCTCACTCGC CTTCAGAATC ACAAGACCGA GAGTCTTACT CTCCGATTCG
TGCGGTTTTA CCACTTCATG TGCGCGAATG ACGCCAAGGG ATATAGCGCC GATTTTGTTA
TCCAAGTCAT TGATAAAGTA CAGGAAGGGT AAGCTTTGGA ATCTTTCCTT CGATTGGCCT
CAAACTGACC GCAAATAGTC TATATGTTCA GCTATACCTG AACATCATTC TACCGGAATC
ACAAAAGCTC GCGCGCCCGA TGGACCGCAA GACCGCAGTG ATATCATTTA CCAAAACACT
GGCAAATTCC GAAGCATTTG CAGTCAAGTA TAAGAAGGGA TGGGGTTTCA CGTGCGAAGC
TCTTCTCAAG CTTCTGGAGC TTCCGCCTTT GCCGGCTAGC AAGGACGACA TCATTGCCGA
GCATGACGTT GAAGACATGG CGTTCGGTGT CGGATTCACA GCTCTTGTCA CGATACGGCC
CCAGGCCAGG GATCCTTGGC CCGACACCGG AGCCGACCTA AAGCTCTGGG TTGGAAAATA
CCTAAAGGAG GCGGACCAGA GACATGGGGG GAAAATCTCA GGATTTGTTC AAGAGCGGTT
AGGGGAGCAA GCCAAGGCGA TGCTCAGCAG TTATATTGCG TGATATTCTT CCGAGACAGA
GGATTGCTTC AAAATACTAG TACCTCTCCC TGATTGGAAT AAAAGTCAAT GGCACGATAA
TTAAATATAG
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| Protein sequence | MADLQSIAQL LAASSDRTQT KQAEAALRQQ ESNPNFPISL LQITASDSYP LGTRLSSAIL
FKNVIRRNWT DEDGNYKLPL EVVGTLKQEL INLMISVPQV LQTQLGEAVS VIADSDFWER
WDTLVNDLVS KLQPDNPSVN IGVLQVAHSI FKRWRPLFRS DDLYIEINHV LERFGTPFLT
LFQGLDTYLE TNKSNKDQLT QGFTQLNLMV KLVYDLSCHD LPPMFEENMS GLAQILLKYL
TYDNQLLHTD DDAESGQLEY VRAGIFEVLT LYVQKYGDEF QPYIQQFVES SWNFLTTIGQ
ETKYDILVSR ALKFLTSIAG MPQHAQIFQA ESTLAQVIEK VVLPNVSLRE SDEELFEDEP
IEFIRRDLEG SDSDTRRRAA TDFLKQLNAN FEASVTKAVL QYIEHYLNEY GKSPQLNWKA
KDTATYLFIA IAAKGVATAT HGVTTTNSLI SITDFFQKNL AADLVSGDGV HPILKVDAIK
YLYLFRSLIT KEQWQEVFPL LVNHLGSSNF VVYTYAAIAV ERVLYFTDNQ GQPIVSPDTI
RPLAKDLLEH IFSLIQKNPA PEKVQENEFI MKCAMRVLIV IKEGVVPITD NVLAHLINIT
QIISGNPSNP RFYYYHFETL GAFIRFAAPS NPDKLEQALY PPFSAVLQAD IAEFVPYIFQ
LFAALLEANP SGTLPTYYHG LIAPILAPQV WESKGNIPAL VRLLSSIIAR GSQHILENNQ
LINTLGIFQK LLSSKTNEGY GFDLLEAVIE HFPSAALEPF FKDIMQIILT RLQNHKTESL
TLRFVRFYHF MCANDAKGYS ADFVIQVIDK VQEGLYVQLY LNIILPESQK LARPMDRKTA
VISFTKTLAN SEAFAVKYKK GWGFTCEALL KLLELPPLPA SKDDIIAEHD VEDMAFGVGF
TALVTIRPQA RDPWPDTGAD LKLWVGKYLK EADQRHGGKI SGFVQERLGE QAKAMLSSYI
A
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