| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | ANIA_06340 |
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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 | 472543 |
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| End bp | 475995 |
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| Gene Length | 3453 bp |
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| Protein Length | 770 aa |
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| Translation table | |
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| GC content | 51% |
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| IMG OID | |
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| Product | Kinesin-like protein klpA [Source:UniProtKB/Swiss-Prot;Acc:P28739] |
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| Protein accession | CBF69667 |
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| Protein GI | 259479442 |
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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 | 18 |
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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 | 46 |
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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 | GTCAATTGAA ACCAACCCGC CTTCAAAGAT AGCTCCCCCA CTCACTGACC ACGCAGCTCG
GCTGCTGACA CGCTGCATTG CGTTGATTTG TTTATCGTCG TCCTTGCATA ACCTCGACCT
CACATCATTC GCATACCGCA CAGTCGTCGG TGAAGAGGCC ATCATGGAGA ATGTCAGTTC
GGTACTTGCT GTCATCGCAC CACGAGACCA GGTCTCCCCT AATACTATTA GCCAGGTACA
ATCGAGAATG CAGGGATCGC GCATCCCCGG ACTCAAAGAG ATGAACCCAT CAGGGACAAA
TGCTCGCTCA AGGCTGCCGC AGCCAGGCGC AATTGCGAAC AAACCCACTG CAGTGCCTCG
TGAGTAGCCA ACAACTCCGC GCGAGGACAA TAACCTGACA GGAGAAGAAC TGGCCCGTAC
GAGGAGCACT ACGGAAAGCA CAAGGATAGG CGCAGGTCCC CCGTCCGCAG CACGGTCCGT
CAATGGAGCT ACAAAAGCCC ATACCCGCGC CAACTCGTAC GCAAATTCCT CCACCCTGAC
CCGATCAGCT TCGGCCGCTT CACGACCCAG AGGGCCCCTT TCATCGTCGA CCAGCGGCCG
ACCCAAGACT TCAATGAGCA CCTCCCGGCG GCCGAACGGA CACGCCCTTC CACGACCGGC
AACATCCCTA GATACGCATC AGGAGGAGCG CAGCTATGGA GGACTTGGAA AACGTAAGGG
TATGCACACA TCTCCCCTCT TGATATTTTC ACCTGTGTCC CCTATCACAG TGCTGTCGCC
ATGGCATTTC CCTTTTGGTT CCCTGAAGGC GAGACCCGCC CCACGGCCAG ACCCGTCTCC
CCTGCTGCAG CCTTACCTGG AGCCCTTTCA TGGCGAAAAG CCACTGTGCT CTTTCATGAA
TGCCTTGATA TTGGACCCGT TCCCTGGTGA AATTATTAGT CCTAACATGT TTTCTAAACA
TGACAGAAAC CCCAGTCTCA GCCCGTCGAA AATACCCGTC CCCATACCCG CACTTATTTC
CCCGTCTAGC CCCCCAAAAC AACCAAACTA CCCCCTGAGA AAAAAACGGC CCCCGTCCCC
AGAATTCCTC ACGAAAGAAA CAACGACCAA GTCTTTTAAC ATTTCTATAG GCGGCGAGTG
GGATCAAGAT GAGCGGGAAC AGAATCTGGA GAGTCTTTTT GAGACCTTCG TATCTCGTAT
TAGCCAACAA GGGCAGGAGA GCTCAGGCCT CAAGGATGCG CTCGAAGTTT ACAAATCAAG
AGGTAGGTGA TCACGAGGTT GGGCGAGAAT AGTGCTCACA CGGTTTGATT ACAGTTGGTG
AGCTTGAAGA AGCAAAGAGC GAACAGACGG AACAGAACAT ACGCCTCAAG GTGGAACTGG
ATGTCAGCAA ATCACGCCTC GCGGAGGCAG AGGATGCCCT GAAAAATGCC CAGCGAGATC
ATGAAATCGC GATAGATGAG CTCATGTCTC GGCAGCGCGC GGAGTGTGAA TCTGTGAGAT
ATGAGAGCCA GAAGAGCTTA GACGCCCTTA AGGCACAACA CGAATCCGAA CTTAAGGAGC
TAAGAAGACA ATTTGAACGT GAGCTGGAAG ATGAGAAATG TGCGCGGGTC CGGGAATTGA
ACCAGCTTCA CTCAAAGACT GCTCTCGACG CCCAGCTATC GCAGATCGAA CTTGATAAGA
CAATAAAGGA ACTCGCGGCA ACTCGGGAGG ATCTCCAATC GCTGCGGACC GAACTCGATC
GGGAACGAAA GAACACCAAT AACCTCAGAC AGAACCTGGA TACCGCCGCT TCTAACAGCG
TTACATTGGA GTCCACCATT AGTGCGCTTA AGGCAAGGAT CGAGTTCCTA GAGTCAGGAA
GGGAAGAACA ATCTGAAGCT TTTGAACGGT TGAACCAGCA AATGATGGAT GCTATGGCGG
AGACCAATGC AGCCAAAGAG AAACTCAGAA GGGAAGAAAC ACTCCGGCGC AAATTACACA
ATCAGGTGCA GGAGCTCAAG GGCAACATCC GCGTATTCTG CCGTGTCCGA CCTACGTTAG
AAAATGAAGG TGCATCGGAC GCGGCTCAAT TCACATATCC GGACGAGGGT GAAGACTCCA
AAGAAATCAA TATTATCGGA CCAGAGGAGA AGAGCAGTTT TGGAACAGTG ACGAGGAAGA
ACCACAATTT CTCCTTTGAC CATGTCTTCG GGCCGTCAGC CCAAAACAGC GATGTTTTCG
ACGAAATCAG CCAGCTTGTG CAAAGTGCCC TCGATGGGTA CAATGTTTGT ATTTTCTGCT
ACGGTCAGAC TGGTAGCGGC AAGACTCACA CAATGTCCTC GCTAGACGGC ATGATTCCCA
GGGCAGTACA TCAAATTTAC GAGACAGCCA CGAGCCTCGA GGAAAAGGGC TGGAGATACA
CAATGGAAGG CAACTTTGTG GAAGTTTACA ATGAAAATTT GAACGACCTT TTGGGTAAAG
CCGAGGAGTT GGACAAGAAG AAGCTTGAAA TCCGACACGA CATGCAGAGG GGCAAGACGA
CCATCACGGA CGCCACCACT GTGCAACTCG AATCGCCAGA GATGGTCGAA TCTCTTCTCA
AAAGAGCGGC AGCCAACCGA TCAGTAGCGG CTACGAAGGC GAACGAACGC TCCTCCCGCT
CCCACTCAAT CTTCATTCTC AAATTGATCG GAGAAAACTA TATAACCGGT GAACGCAGTG
AAGGAACCTT GAACTTGGTA GACTTGGCCG GTTCTGAGAG ATTAAGCCAC AGCGGTGCGA
CAGGAGACCG ACTGAAGGAA ACGCAAAATA TCAACCGCAG TCTAAGCTGC CTGGGGGATG
TAATTGCAGC TTTGGGACAG GGCAAGAAAG ATGGCCATAT CCCATACCGA AACAGCAAGG
TACGCTCCTT TGTACAAACT ACCGTCGTTC ATTCTAACAT AACTATAGTT GACATATCTA
CTCCAATTCT CGCTGGGTGG GAATTCGAAG ACTCTCATGT TTGTCATGGT CAGCCCATTA
CAAGCCCATC TCTCCGAGAC TTTGACGAGT CTAAAATTCG CCACGAAGGT ACACAACACT
CACATTGGAA CCGCGAAGAA ACAGACCCGT GTCCGTGATG TTTAGACTCC AGTCACTTAT
ACCTATATCC ACTTTTGATT CCTTTGCTTT ATTGCGTCTT GGCCGCTATG ACCCTGGCCC
TTTTTGATGT TTGGTGTCTT GGGCGTATCG TTCTCCTTCC CCTCGTTTTC TCTGTCTTTT
GGAGATGTTG CCCTCATCAC CCTTTTATCC TTGCGGGTTA CTTCGTTTAT ACACAAGCGC
GCAGTACACT ACACTACTGT GCTTTGCCGT TGTGTATGGG TTGATCTGGT TTGGTTTGGT
GGATGGATTG CGGTTTGGAT TTAGCTTGAT GATAGTTACC TGGTTAAATT AGTAGTGCCT
GCTGAACAGT CAATGAGTAC AAAGCTGCTT TGT
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| Protein sequence | MENVQSRMQG SRIPGLKEMN PSGTNARSRL PQPGAIANKP TAVPQLARTR STTESTRIGA
GPPSAARSVN GATKAHTRAN SYANSSTLTR SASAASRPRG PLSSSTSGRP KTSMSTSRRP
NGHALPRPAT SLDTHQEERS YGGLGKRGEW DQDEREQNLE SLFETFVSRI SQQGQESSGL
KDALEVYKSR VGELEEAKSE QTEQNIRLKV ELDVSKSRLA EAEDALKNAQ RDHEIAIDEL
MSRQRAECES VRYESQKSLD ALKAQHESEL KELRRQFERE LEDEKCARVR ELNQLHSKTA
LDAQLSQIEL DKTIKELAAT REDLQSLRTE LDRERKNTNN LRQNLDTAAS NSVTLESTIS
ALKARIEFLE SGREEQSEAF ERLNQQMMDA MAETNAAKEK LRREETLRRK LHNQVQELKG
NIRVFCRVRP TLENEGASDA AQFTYPDEGE DSKEINIIGP EEKSSFGTVT RKNHNFSFDH
VFGPSAQNSD VFDEISQLVQ SALDGYNVCI FCYGQTGSGK THTMSSLDGM IPRAVHQIYE
TATSLEEKGW RYTMEGNFVE VYNENLNDLL GKAEELDKKK LEIRHDMQRG KTTITDATTV
QLESPEMVES LLKRAAANRS VAATKANERS SRSHSIFILK LIGENYITGE RSEGTLNLVD
LAGSERLSHS GATGDRLKET QNINRSLSCL GDVIAALGQG KKDGHIPYRN SKLTYLLQFS
LGGNSKTLMF VMVSPLQAHL SETLTSLKFA TKVHNTHIGT AKKQTRVRDV
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