| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_08014 |
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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 | 499095 |
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| End bp | 502102 |
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| Gene Length | 3008 bp |
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| Protein Length | 896 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 | ATP dependent DNA ligase domain protein (AFU_orthologue; AFUA_5G02430) |
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| Protein accession | CBF73707 |
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| Protein GI | 259480765 |
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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 | 15 |
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| Plasmid unclonability p-value | 0.341133 |
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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 | 34 |
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| Fosmid unclonability p-value | 0.142561 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACAAAAA GCTGCGGCTC TCCTGACACC GACCGACTGG CGCTCCTTTC CTGCATGTTC
CCGGAGAAGC GAACGGACCG AGTTTACTGG TTGAAAGATA CCAACTTGGC TAGGATTATT
GGCAGATGGG GGCTGCTCGG GTTATCGCGC CGCGAGGAGC TCGAGAAATG GCGTGTATCT
GGCGGAGCAG ACCTCGGTCA ATGCGTTGAG AACGTGATGA GACAAGCAGA AAATCATATT
GTCAGCGGCC AAGAGGTGAC TGTGGAGGAG ATTGACACGG CATTGAATAT GATAGCTTCG
CGATGCCGGT TTTCCGGGCC AAGTGTCAGA AGGCAGCGTT CAGCGGTTGA TGTAGAGGAG
ACGCTCGCTC CTCTATACCG TCGGCTCAGT AGCAGGGACG CCAAGTGGCT GACGCGAATG
ATACTCAAGA CTCACATCTC TGATACGCTG CCGGAAAGGT TGACGCTGAA GAGTTTCCAT
TTCCTGCTCC CACACCTATT GCTCTTCCAA AACTCATTTG AAGCGGCAGT GACGTTGCTT
TCCTCCGAAC CCATCATACA TTTCCCACCT AGGCCTGAAA TCGGATATGC GAGAGACTTA
GGCAAAATAG CGTTGCATCA TCTCATACCG AAGATTGGGA TCAAGATCGG AAGGCCGGAG
TACTTGAAGG CACGAAGTAT TAAGCACTGC TGCAACATGG TGGGACAGCG GAGGATGAGT
GTTGAGAGGA AGTATGACGG TGAGTATTGT CAGATACACA TCGATCTTTC GAAACAATCA
GACTGTATTC AGATATTCTC TAAGAGCGGC AAAGACTCCA CATCTGACAG GGCCGGTGTT
CATCACGCCA TACGAGAATC TTTAAGGATA GGTAGGGATG ACTGCAGCTT TAAATATCGC
TGCGTCCTGG AGGGTGAGCT TCTTGTTTGG AGTCACAAGC ACAAAACCAT CATGCCCTTC
CATAAGCTGC GTAAATTCGT CTCAAGGTCC GGCGTTTTTA TTGGAACAGA AAGCGATTCT
CCGTCAGTTT TACCCAGCGA GACCTCTGCA TGCTGTTGCT AACAAAAGTA GACCGCAGCC
ATATGAATGC TTGATGATGG TGTTTTTCGA TATACTTGTC CTCGATGACG ACATCTTGCT
ACGAAAGCCG CATCGAGAAA GGCGATTGCT CCTCAAGAAT ACAATACAAG TAATCTCGGG
TGTCTCTGAT ATAGCTGACC AGCGCATCAT TGACTTCTCC CGCTCAGATG GTCAAGCCAA
ACTCGAGACG CTTTTTTCTA AGGGAATTGC TGAGCGCTGG GAAGGCTTCA TTCTAAAGGG
GTGCGAGGAC CCATATTTTC CCATCCTGGT GGAATCCGGG ATTGGTTGCG AAGGCCGTTG
GATCAAGCTC AAAAAGGATT ACATCCCAGG ATTGGGCGAC ACAGTAGATC TTGTGTTAGT
CGGTGCAGCA TACAATGCCC GTGATGCAAC CATACTTGGA CTAGCGAAAA AGGAAACGTG
GACACACTTC TTTGTGGGCT GTCTTGAAAA CAAGGAGGCT GTTTTACGGT CCAAAAACGA
ACCTAGGTTC CGCATCATAG ATGTGATCGA CCAGCATGGC ATCAGCCGGG CAAACATGCA
AAACCTCAAC AGCTTTGGCA AGTATAGCGC CCGAAGTGTA GACTCTGACG ATGGAGTGAT
CATTGGAGAA ATACGGCCGG GCTTGCCAAC AATAGATGTT GTCTTCAAGA CGCCATTTGT
CGTTGAAGTG ATGGGAAGTG GTTTTGTGAA GCCATCAGGC GCTCGATATT ATACAATCCG
TTTCCCCAGG ATTCTGAAGA TCCATTCAGA TCGGTCAATC GAAGATGCTG CATCCTTTCG
AGAGTTACAG GTTCTAGCTG AGATGGCGAC ATCCGTTTCT TCGGAAGAGC TGCTCGATGA
AGAAGCAGAA TGGACGAACC GCGTCAGGTC GGGTACATCT AAGCCAGGCC ATTGTCCAGA
TGAGTCACAA AACGTGTCTA CCGTTAGTCC TCCTGCTTCC GCAAAGGCTA TCCCCATATA
TATCGATTGT TCGCCACCGA GTTCATCGAA CGGCTCACCT GGAAGCAACG TTTTGGCAAA
CAATAGCAAT CTCTCGTCAC AGGGAAATGC TAAAAAACGA AAAGCATTGC CATATGCGTC
TGAACCATGC GCCAAAAATA CCTATGGGGG GCTCGACAGA GCCCAAAAAG TAACAAAAGT
GGTTAATCCA GCTTTGGTAG TCACATCTCC CGCACAATAC CTTGCAACCA AAGTAGGTCC
TCCACGAAGC GATCACGCTA GCACAGACAT TCAAAAAGTC TCGGCCAGCG AGCGAAAAGC
AGACTCTGAA GAACCTTCGA GATCTCCTCT CGCCAGAATT CCTATCTATA TCCACCCCGA
GACTGCTTCG GAGGTCCAGA CAACGTTCAA CGGTCTATCG AACGTTTCCC ATACCATCGA
AGAGTTCCTT CGTATGTTGA ATTTTGACAG CCGCCGACTG GGGCCAGAGA AATCAAACCT
CTTTCCGGCA TCCGAAAACA TCACCTTGGG AATTATGTTT GCCAACATTT CCAGAGACCC
TCTAGGCCCG ACATTGCTCG AACTAAGCAA ACATATTTCC AATGCGCTCA CCACGCCTCC
ATGCAGTCAT AACCCTACGG GCCGGGTCTT CCTCCTCAAC TCAAACTTCC TAAACCTGGT
CGTCGACTGG AAAAACCACA TATTCTGCCT CCGTAAGACC TGGGATAAAA TCAGCCGAGT
CTATTTCTAC GCGTGTATAG CCCTGGGATA TCGACAAATG CCGCCTCTTC AGAGAACCTG
TTGACCAGTT TCCCAGCACT CCCTTGGATG CTGAACACCT AACCGAAAAC TCCATTGTCA
CTACTACCAC GCGACGGACC CAACCAATCG TGGCCCTCAG ACGGAGCCTA GGGCCCGTAT
CTGCGTTTAT ACCTGAGGTT AGGATATCGT TTGATAGAAA GCAGATCTTG GTTCTTGTTG
GCTCGTAG
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| Protein sequence | MTKSCGSPDT DRLALLSCMF PEKRTDRVYW LKDTNLARII GRWGLLGLSR REELEKWRVS
GGADLGQCVE NVMRQAENHI VSGQEVTVEE IDTALNMIAS RCRFSGPSVR RQRSAVDVEE
TLAPLYRRLS SRDAKWLTRM ILKTHISDTL PERLTLKSFH FLLPHLLLFQ NSFEAAVTLL
SSEPIIHFPP RPEIGYARDL GKIALHHLIP KIGIKIGRPE YLKARSIKHC CNMVGQRRMS
VERKYDGPAF LLEQKAILRQ FYPARPLHAV ANKSRPQPYE CLMMVFFDIL VLDDDILLRK
PHRERRLLLK NTIQVISGVS DIADQRIIDF SRSDGQAKLE TLFSKGIAER WEGFILKGCE
DPYFPILVES GIGCEGRWIK LKKDYIPGLG DTVDLVLVGA AYNARDATIL GLAKKETWTH
FFVGCLENKE AVLRSKNEPR FRIIDVIDQH GISRANMQNL NSFGKYSARS VDSDDGVIIG
EIRPGLPTID VVFKTPFVVE VMGSGFVKPS GARYYTIRFP RILKIHSDRS IEDAASFREL
QVLAEMATSV SSEELLDEEA EWTNRVRSGT SKPGHCPDES QNVSTVSPPA SAKAIPIYID
CSPPSSSNGS PGSNVLANNS NLSSQGNAKK RKALPYASEP CAKNTYGGLD RAQKVTKVVN
PALVVTSPAQ YLATKVGPPR SDHASTDIQK VSASERKADS EEPSRSPLAR IPIYIHPETA
SEVQTTFNGL SNVSHTIEEF LRMLNFDSRR LGPEKSNLFP ASENITLGIM FANISRDPLG
PTLLELSKHI SNALTTPPCS HNPTGRVFLL NSNFLNLVVD WKNHIFCLRK TWDKISRFPS
TPLDAEHLTE NSIVTTTTRR TQPIVALRRS LGPVSAFIPE VRISFDRKQI LVLVGS
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