| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_00097 |
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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 | 4568624 |
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| End bp | 4572067 |
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| Gene Length | 3444 bp |
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| Protein Length | 1009 aa |
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| Translation table | |
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| GC content | 49% |
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| IMG OID | |
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| Product | DNA ligase 4 (EC 6.5.1.1)(DNA ligase IV)(Polydeoxyribonucleotide synthase [ATP] 4) [Source:UniProtKB/Swiss-Prot;Acc:Q5BH83] |
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| Protein accession | CBF90206 |
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| Protein GI | 259489711 |
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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 | 9 |
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| Plasmid unclonability p-value | 0.0295925 |
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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 | 49 |
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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 | ATGGAAACTG ACCAGGACAT GCATGATCAA GCCATGGCTG GGGAAGAGAC AGACCTCGAT
GAAAAGTAGA CTGATCCTTT ACTTTTCGTT TTAAGTTACA AATAAAGCTG ACAATTTTTT
TTTTCTGGCT ACAGGTACCC CAATCGCCCC CAAAACAAAG CTCCGACCCT GCCGTTCCAC
GATCTCTACG AAACGCTTTT CCGTCCGCTC AGGGAGATAA AGAAGAAGCC CGTTGGACCA
GCAGGAAACA GGAGAAAGGC CGGACCACAT GGCCTGTCAG CTGCGAACCT GAATCCTATC
GAAAGGCGAC GCGATATAAT AGAGCGCTTC ATTTCAAGAT GGAGGAAAGA GGTCGGCGAT
GACATATATC CAGCGTTCCG CTTAATTCTC CCGGACAAAG ATCGAGATCG GGCAATGTAT
GGAATGAAAG AGAAGATAAT AGGGAAAATG CTGGTCAATA TTATGAAGAT CGACAAAAAC
TCCGAAGACG GTTTCAATCT CTTGAACTGG AAACTCCCCG GTCAATCTGC TACCTCGAGC
ATGGCAGGCG ACTTTGCGGG CAGATGTTAC GATGTCGTCT CGAAGCGGCC GATGCGCACG
GAATTCGGGA ATATGCTGAT TGAAGAGGTT AATGAGAAGC TTGACCAACT GTCGAGTGCG
TCCAAAGAGG AGGAGCAGTT ACCCATTCTT GCGGAATTCT ACCGGCGCAT GAACCCCGAA
GAGCTAGCAT GGTTGATCAG GATCATTCTC CGGCAAATGA AGCTTGGGGC GACGGAGCGG
ACCTTTTTCG ATGTCTGGCA TCCAGATGCG GAAAATCTAT ACAGCATCTC GAGTAGTCTT
CGTCGTGTCT GTTGGGAGCT ACATGATCCC AATATCCGAC TCGACGCGGA GGATCGAGGC
GTGTCGCTGA TGCAATGCTT CCAACCGCAA CTTGCTCAGT TCCAGATGCA GTCACTAGAT
CGTATGATAG CTCGCATGAG GCCAACTGAG GACGATCCTG TTTTCTGGAT TGAAGAAAAG
CTCGATGGAG AGCGTATGCA GTTGCATATG GTGTCGGATG CTTCTGCGCC AGGGGGTAGA
AGGTTTCGAT TTTGGTCGAG GAAGGCCAAA GACTATACAT ATCTGTACGG AAACGGTATA
TACGACGAGG CTGGATCTTT GACCCGTCAC CTTAAAGATG CGTTTGCAGA CGGAGTAGAT
AACCTCATAT TGGATGGAGA GATGATTACG TGGAATACCG AACAAGATGC ACCTGAGCCC
TTTGGTACAC TTAAGACGGC TGCTTTATCC GAACAGAGAA ACCCTTTTCG ACAAGGTATT
CATCCACTAT TCAGAGTCTT TGACATTCTT TATCTCAACG GCCGAGACCT GACACGGTAC
ACACTCCGAG ATCGTCGAAA TGCCCTGCAG AAAGTCATAA AGCCCGTACA TCGCCGCTTC
GAAGTGCACT CCTATGAAGA GGCTACAACC AAAGCTGAGG TTGAAGCTTC TCTCAGAAAG
GCAGTTGCAG AAGCTTCTGA GGGCTTGGTC CTGAAGAATC CTAGGTCGCC ATACCGACTG
AACGAACGGC ATGATGACTG GATGAAGGTG AAGCCCGAGT ACATGACTGA ATTTGGGGAA
TCTCTTGACC TTGTCGTGAT TGGGGGCTAC TATGGGTCTG GACACCGCGG CGGCAAACTC
TCCAGCTTTC TATGTGGTTT GAGGGTTGAC GAAGGACAAT CTTCTCAAGG CTCAAATCCT
ACCAAGTGCT ACTCTTTCTG CAAAGTTGGC GGGGGCTTCA CAGCCGCTGA TTATGCGAAT
ATCAGGCATC ACACTGACGG CAAGTGGGTG GAGTGGAATC CCAAGAAGCC TCCCACGACG
TACATCGAGC TTGCAGGTGG TGACTCCCAG TATGAGCGGC CGGATATGTG GATTAAGCCG
GAGGACTCGG TAGTTATCTG CGTAAAAGCA GCGTCTGTGT CAGTCAGCGA TCAATTTCGA
ATAGGCTTGA CGCTTCGGTT TCCCCGGTTT AAGCGGCTAC GCATGGATAA AGACTGGAAA
AGCGCTCTGT CTGTGCAGGA GTTCCTAGAT CTCAAGTCCC ATGCCGAACA GGAACATCGA
GAGAAAGAGT TCAATGTCGA AAATTTCCGC AAGAAGCGCG TCAAGAAAAC GACAAAAAAA
CCGCTTGCGA TAGCAGGATA TGACGAAAAC GCTGAAGTCC AATACGCCGG TCCATCGGGA
CATATATTCG ATGGACTCAA TTTCTGTGAG ATCTTCTGCC GCTCTCCTAT TACTGGCGCT
AACTATTGTA GTCATCTTGA CCGACTCGAA CGCGCCCGTA AAGAAGTCAA AGGCTGAGCT
GGAGAATTTG GTTAAAGCCA ACGGGGGCAG AATCTTTCAG ACGAATGATG CTGTACCTGA
TACAATCTGC ATCGCAGATA GGAGTAAGCG GTGTGTGCAC TTTCACAATG TGGTAATTGA
CTTGCCTACA GGAACGGTAA AGGCAGCATC TTTGCAAAAG AAGGGGGATA TCGATATTAT
TAGGCCGTCC TGGATTCTCG ACTGTATCAA ACAGAGCGAG ATCGACGCGG GACTCCCAGA
CTTACTTCTT CCTCTTGAGC CTGGGTATGA GATTGCAGAC GGGTTTTGAT ACTTTCTAAC
GCGATGCAGG CATATGTTTT TTATGACCAA AGACAAGGAA GAGATCGTCG CAGGTAGCCT
GGATCAGTTC AACGATAGCT ATGCCCGAGA TATTACTGTC GAGGAACTGC GAAACGTAAG
TGCTGTACGA GTGGATAATT GATACCCACT AACATCAACA AGCTCCTGGA TCAGATGGCA
AAAGATGGAA AAACCGACAG CTTCTGCAGT CCTGAAGCCA TACAGAAGGT CACAGAACAC
ATCCAAGAGA AGGTGGACTC CGGGTGGACA ATGCCATGCG GTTGGCTGTT CAAAGGACTG
GTCCTTTGTT TCCCCGAGAA CGAAAACGAT TCGGCTTCAG AAGGCCCTGA GCCGAAGCAA
TCACAACGAA TCCATCTAGC CCAGAACACG GCCAAATTCG CAGGCGCCAG CGTTACAACC
TCATTAAAGG ATACATCTAT TACTCATGTG GTCGTGGACC CGGACTTCAC ATCGTCTGAA
TTACCCAAAC TCCGCAGAAC ACTCTCAACG CGGAGGAAGC TACCGCATAT CGTCAAGGTA
AATTGGATTG AAGACAGTTG GAAAGAGAAT ACTCTTTTGG ATGAAGAGCG TAAGTGCCCT
TGCTTCCTCA GTTGAGCAAT CATGCAAGAT GTCTAACTCG GTGCAACCTG GTCATCTAGG
GTTTACGCCG TCCGCTAACT GTTGACGAAC ATTACCCGTA GCCAATTTCA CAGACGAGTG
TCCATTTGCA TCAAGTTATA CATTACAGAG CACATGCCAG TTTACATGCG CAGATACCCC
AACATTCAAC TCATGAAGGT CTGA
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| Protein sequence | METDQDMHDQ AMAGEETDLD EKYPNRPQNK APTLPFHDLY ETLFRPLREI KKKPVGPAGN
RRKAGPHGLS AANLNPIERR RDIIERFISR WRKEVGDDIY PAFRLILPDK DRDRAMYGMK
EKIIGKMLVN IMKIDKNSED GFNLLNWKLP GQSATSSMAG DFAGRCYDVV SKRPMRTEFG
NMLIEEVNEK LDQLSSASKE EEQLPILAEF YRRMNPEELA WLIRIILRQM KLGATERTFF
DVWHPDAENL YSISSSLRRV CWELHDPNIR LDAEDRGVSL MQCFQPQLAQ FQMQSLDRMI
ARMRPTEDDP VFWIEEKLDG ERMQLHMVSD ASAPGGRRFR FWSRKAKDYT YLYGNGIYDE
AGSLTRHLKD AFADGVDNLI LDGEMITWNT EQDAPEPFGT LKTAALSEQR NPFRQGIHPL
FRVFDILYLN GRDLTRYTLR DRRNALQKVI KPVHRRFEVH SYEEATTKAE VEASLRKAVA
EASEGLVLKN PRSPYRLNER HDDWMKVKPE YMTEFGESLD LVVIGGYYGS GHRGGKLSSF
LCGLRVDEGQ SSQGSNPTKC YSFCKVGGGF TAADYANIRH HTDGKWVEWN PKKPPTTYIE
LAGGDSQYER PDMWIKPEDS VVICVKAASV SVSDQFRIGL TLRFPRFKRL RMDKDWKSAL
SVQEFLDLKS HAEQEHREKE FNVENFRKKR VKKTTKKPLA IAGYDENAEV QYAGPSGHIF
DGLNFFILTD SNAPVKKSKA ELENLVKANG GRIFQTNDAV PDTICIADRR TVKAASLQKK
GDIDIIRPSW ILDCIKQSEI DAGLPDLLLP LEPGHMFFMT KDKEEIVAGS LDQFNDSYAR
DITVEELRNL LDQMAKDGKT DSFCSPEAIQ KVTEHIQEKV DSGWTMPCGW LFKGLVLCFP
ENENDSASEG PEPKQSQRIH LAQNTAKFAG ASVTTSLKDT SITHVVVDPD FTSSELPKLR
RTLSTRRKLP HIVKVNWIED SWKENTLLDE EQHMPVYMRR YPNIQLMKV
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