| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00368 |
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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 | BN001308 |
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| Strand | - |
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| Start bp | 3711223 |
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| End bp | 3714784 |
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| Gene Length | 3562 bp |
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| Protein Length | 1054 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 | CBF89628 |
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| Protein GI | 259489393 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.0413756 |
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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 | 0.569951 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAATAC TACAAGCTAA TGTAGGAAGG GGGGGCGCTG TACATGACCT GCTACTCTCC
TTTGAAGCAG ATATCATTCT TGTCCAAGAA CCTTGGACAA ATACAGCAAA GCACCTAACC
AAGACCCACC CACGATATCA GCTGTTCAGT CCCCCGACCC GATGGACTGC CAGACCCAGG
ACTCTAACAT ATGTACGAAG GGATCTCCCA GCCCATTCCC TCCCGGAACC AATCTCACCA
GACATCACCA CAATCTACAC GGCAGGCCTT ACTATCATCA ATGTCTACCG CCCCCCTAAT
GACCCAGTTG CCCCTGCTGG TGCTGGCTCA ACACCCTCTA CACTTTCCAC ACTCCTAGGA
TATGCACCCC CAGAGAACAC CATCCTAGCA GGAGACTTCA ATACCCGGCA CCCATTCTAG
CAGCCAGATA CTGAGTCTCA TGCTGTCACA CCTGGCGCAA CAGGATTATT AGACTGGCTT
GATGCCCATG AGCTGGAACT TCGCCTCGAG CCAGGCACCC CCACCCGTGG ACCAAACACC
CTAGACCTTG TCTTCTCTAA CCTACCACTA AGGGCCCTAG TAGAAGACCA TCTAAAGACT
CCAAGTGACC ATGCAACAAT TGGAATAATA CTGGAACAAG AAGAGCCCCC GCCTATATAC
AAGCTTGGAT CCACCAACTG GGAGAAAGCC AGAGCCCTGG CAAGCCCGCC TGACCCAACC
CTACCAATTG ACCTACTAGC CAAACAACTG GTCCAGACAT CCCAGCTTGC AATACAAGGC
GTATCAAGAT ACAATACTCG CAGACTCCCC AGGACCCTAT GGTGGACTCC AGAACTAACA
GACATACTAC ACCAAACAAG ACAGCAACAA AACCCCGACT ATAAACAGCT CCGGAAGGCC
ATTGTACGGG CAAAGGCTGA ATACTGGAAG CAGCGAATTG AACAAGCCAC AGCACCTATA
GATGTATTCA AACTTGCTAA ATGGATACAA CATCCAGACC AGCTCGCTGC TCCTCCCCTG
AATATACAAG GGGCACAGGT TACTACCCCA CAGGGCAAGG CAGACGCCTT CCTTAATCAC
CTCTTAGAGA AGGGGGCCCT GCTTCCAAAT CAGACAGAAG AGGGACCCCC AAACAAGCCC
CTCGGCTCAC TACACCTGCC AACAAAAGAG CACTGCTGGG CTGCTCTCTG TGCCCCACCC
CCGTCGGCCC CCGGGGAGGA CGGACTTGCC ACCACTGCTT GGAGGGAGCT CTGGCCCGTA
CTAGGGGATA CAATCACACA ACTGTACTAC AGGTGTATGG AGGAAGGCTG CTTTCCACTG
AGCCTGAAGT CAGCAAAGGT AATAATGTTA CCGAAACCAG GAAAGAGGGA CTATACCCAA
CTCAATGCCT GGCGGCCAAT TAGCCTCCTC TCTACCCTAG GTAAAGGCCT AGAGCGCCTC
CTAGCACAGC AGATAGCTGT AAGAGCAATT CAGGCAGATG TGCTAGCCCC CTGCCACTTC
GGGGCCCTGC CAGGACGCTC TGCCATTGAC CTGGTCCAGG TTCTTGTTCA CAGGGTAGAG
GAGGCCTTTC AACAGGGAAA AGATGCTTCA CTACTCCTAC TAGATGTGAA AGGGGCATTT
GACGCTGTAA TACACCAACA GCTCCTTTCT CACTTACGCC TGCAAGGATG GCATAAAGGC
TTACTCCAGC TACTTAAGGA CTGGCTTACT GGCCGCTCTG TATCTGTTCA TATCAAAGAA
GGCACTGCCA CAGCACCAAT TAAAGGCGGA CTCCCCCAGG GATCCCCCCT ATCCCCAATA
CTCTTCCTGC TATATGCAGC AAGAATAGTC TCTACCTTAG AGGGCTCCTT CTGCTATGCA
GATGATATGG GCATATTATT AACTGGGAAT ACCCTGGAAG AGAGCTCACA ACAACTGGTA
GAGGCCTACA AGCAAATTAC TGCCCTAGGG ACAGAGACAG GCCTTCCTTT CTCAATAGAG
AAAACAGAGA TACAACACTT CTCTAGAAAG CAGCAGCAGC ATCTCCCCAC AGTCACTCTA
CCTGGTATAG GGGGGATTAC ACCATCCCTA TATACACGTT GGTTAGGAGT TCTTCTGGAT
ACAAAGCTTA CTTTTAAAGC CCACATTAAT TTGGTCTTTA GCCACGGGAA ACGACTCGCC
CAGCACCTAA AGAGACTTAG CAATACCCAG CGCGGCTGCC CAGTGGCCTT CATGCGGGCA
GCAGTTATAC AGTATGTTCT TCCAACAGCT CTGTACGGGG CAGAAGTCTT CTATACAGGC
AAACAACAAA AAGGGGTAGT TAACTCCCTG CTTTCTCTCT TCCGCACAGC AGCCCTGGCT
ATTATCCCAG CCTACAAGAC CACCCCTACT GCAGCACTCC TCCGCGAAGC AGACCTACCA
GACCCAGAAG CTCTACTCAA CAGCATCCTC CGGAGGGCAG CAGTGAGATA CATGAGCCTT
GATACTAAAC ACCCAATTGC CCAAATAGCC GCAGAGACTA CCGCGGGCAG GCCCAAAACC
AGGCTTAAAA GGATCCTACA GCTCCTCCTC AGCCCCCTGC CAGAGCGCGC TATAATAGAG
CTGCCTCTCC CTCCATTATG CATGCTCCCA ACAGACAACA AAGGCTATAG CCCTGCCCCT
TTACAGATTT CAGTGTACTC AGATGGCTCA CGGACCAGCC AGGGGGCAGG GTATGGCTAT
GCAATCTACT TTGGCCCTAT CCTAGGTGTC CAAGGGACAT GGTCCCGCGG GCCCCAGGAC
AGAAGTCTAT GATGCAGAAA TCATGGGTGC TGTGGAAGGC CTACGCACAG CCCTGGGACA
ACCATGTGTT GGCTACTCTA CCCAGCTAGT TATCCTCCTA GATAACCTAG CTGCAGCCTC
CCTGCTAGCA AGCTATAGGC CAACCCCTCA CAGACATGGT CTGTCAGAGA CCTTTAGCCA
ACTAGCCGCC CAGTGGATGG AAAGCCCTTC AATCCTAACC ATGCAATGGA AGCCCCTTCA
GGTCCGCTGG ATTCCAGGCC ACTCTGGAAT TGCTGGGAAT GAGCTGGCAG ACAAGCTCGC
TAAGCTAGGG TCTTCTATAT ACAGCCCCGA CATCCCCCCC TCCCCAGCAT ACCTACGACA
GGAGGCAAAA CAGTGGCTCC GTACAGAGAC ATATACAGCA TATGCTAATA AGGCGCCTGA
AACCTACAAA GCCCTGAATA TCAGACCCCA TACAAAAGAA AGCCGCTCCC GCGAGCACAA
GCTGCCCCGG TGGGTACTTG GCCGACTCGT CGCCGCTCGT ACAGGCCACG GAGACTTTAC
GGCATACCAC CAGCGTTTTG ACCACACAGA CTACCTGGAG AGCTGCACCT GCGGCAAGGC
AAAGACCCCA GTACACTTCT TCTTTTGCCC ATATACCAGA AAACGCTGGA AGGATAGATG
GAGATGTATA AAGGATGGCC CGTCAAAAAC AATAGACTGG CTCTTAAGTA CAGCTGCCGG
GGCTGAGGAA TTCAGCCGCA TCGTGCAAGA ATCATCCTTT TTCAAGGACA TATGCCCGAA
CTGGGCCCGC CGGAGCGCTT GA
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| Protein sequence | MKILQANVGR GGAVHDLLLS FEADIILVQE PWTNTAKHLT KTHPRYQLFS PPTRWTARPR
TLTYVRRDLP AHSLPEPISP DITTIYTAGL TIINVYRPPN DPQPDTESHA VTPGATGLLD
WLDAHELELR LEPGTPTRGP NTLDLVFSNL PLRALVEDHL KTPSDHATIG IILEQEEPPP
IYKLGSTNWE KARALASPPD PTLPIDLLAK QLVQTSQLAI QGVSRYNTRR LPRTLWWTPE
LTDILHQTRQ QQNPDYKQLR KAIVRAKAEY WKQRIEQATA PIDVFKLAKW IQHPDQLAAP
PLNIQGAQVT TPQGKADAFL NHLLEKGALL PNQTEEGPPN KPLGSLHLPT KEHCWAALCA
PPPSAPGEDG LATTAWRELW PVLGDTITQL YYRCMEEGCF PLSLKSAKVI MLPKPGKRDY
TQLNAWRPIS LLSTLGKGLE RLLAQQIAVR AIQADVLAPC HFGALPGRSA IDLVQVLVHR
VEEAFQQGKD ASLLLLDVKG AFDAVIHQQL LSHLRLQGWH KGLLQLLKDW LTGRSVSVHI
KEGTATAPIK GGLPQGSPLS PILFLLYAAR IVSTLEGSFC YADDMGILLT GNTLEESSQQ
LVEAYKQITA LGTETGLPFS IEKTEIQHFS RKQQQHLPTV TLPGIGGITP SLYTRWLGVL
LDTKLTFKAH INLVFSHGKR LAQHLKRLSN TQRGCPVAFM RAAVIQYVLP TALYGAEVFY
TGKQQKGVVN SLLSLFRTAA LAIIPAYKTT PTAALLREAD LPDPEALLNS ILRRAAVSKG
HGPAGPRTEV YDAEIMGAVE GLRTALGQPC VGYSTQLVIL LDNLAAASLL ASYRPTPHRH
GLSETFSQLA AQWMESPSIL TMQWKPLQVR WIPGHSGIAG NELADKLAKL GSSIYSPDIP
PSPAYLRQEA KQWLRTETYT AYANKAPETY KALNIRPHTK ESRSREHKLP RWVLGRLVAA
RTGHGDFTAY HQRFDHTDYL ESCTCGKAKT PVHFFFCPYT RKRWKDRWRC IKDGPSKTID
WLLSTAAGAE EFSRIVQESS FFKDICPNWA RRSA
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