| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_4664 |
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| Symbol | |
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| ID | 3679820 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Anabaena variabilis ATCC 29413 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_007413 |
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| Strand | - |
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| Start bp | 5825240 |
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| End bp | 5827996 |
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| Gene Length | 2757 bp |
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| Protein Length | 918 aa |
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| Translation table | 11 |
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| GC content | 48% |
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| IMG OID | 637720020 |
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| Product | GCN5-related N-acetyltransferase |
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| Protein accession | YP_325156 |
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| Protein GI | 75910860 |
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| COG category | [C] Energy production and conversion
[J] Translation, ribosomal structure and biogenesis |
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| COG ID | [COG1042] Acyl-CoA synthetase (NDP forming)
[COG1670] Acetyltransferases, including N-acetylases of ribosomal proteins |
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| TIGRFAM ID | [TIGR02717] acetyl coenzyme A synthetase (ADP forming), alpha domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 24 |
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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 | 21 |
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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 | ATGCAGAAAT CTCTCAAGCC AAGCAGTGAC CGTACCTCTG ATATCTTACA GGCAGAGAAG
TTAAACCCCC TTGATGCCAT CTTTGCGCCC CAAAGTGTCG CCATTATTGG TGCTAGCGAA
AAGGTGGGTA GTGTAGGACG CACCATCTTA TGGAACTTGA TTAGTAACCC CTTTGGCGGT
ACTGTTTTCC CAGTCAATCC TAAACGTCAT AGTGTTTTGG GAATTAAAGC CTACCCTTCA
ATTGCGTCTA TTCCCGAAAC CGTAGATTTG GCAATTATCG CTACCCCAGC ACCCACAGTA
CCGGGGATTA TTTCTGAGTG TGTGGATGCG GGTGTGCAAG GGGCAATTAT TATTTCTGCT
GGCTTTAAAG AAGCTGGTGC TGAGGGTATA GCTTTAGAAA GGCAGATTTT AGCAGAGGCG
CGGCGCGGTA ACATTCGCAT CATTGGCCCC AACTGCTTGG GTGTGATGAG TCCCCGTACT
GGCCTAAATG CTACCTTCGC CAGTTCAATG GCGCGTTCTG GAAATGTGGG TTTTCTCAGT
CAAAGTGGCG CACTGTGTAC CGCCATCCTG GATTGGAGTG TGCGGGAAAA TGTCGGTTTT
AGTGCCTTTG TCTCCATTGG TTCCATGCTA GATGTGGGTT GGGGCGACCT GATTTATTAT
CTTGGTGATG ACCCCCAGAC TAAAAGTATA GTCATATACA TGGAATCAAT TGGTGATGCG
CGGTCTTTTA TCTCCGCAGC ACGAGAAGTT GCACTCACCA AACCAATAAT TGTGATTAAA
GCCGGACGTA CAGAAGCAGC CGCCAAAGCA GCCGCCTCTC ATACTGGTGC ATTGGCGGGG
AGTGATGCTG TGTTAGATGC AGCTTTCCGG CGTTGTGGGG TATTGCGGGT AAATAGTATT
TCTGATTTGT TCGATATGGC GGAAGTACTA GCCAAACAAC CCCGCCCCAA AGGCCCAAGA
CTGACGATTT TGACTAATGC TGGCGGGCCT GGAGTCCTGG CCACAGATGC GTTAATTGAA
ACTGGCGGCG AAATTGCCCC CATTTCCCCA GAAACAATTA CCTCCCTCGA CCAAATCCTA
CCTACACACT GGAGTCATGC TAACCCAATT GATATTCTCG GTGATGCTGA CCCCCAACGC
TACACTCAAG CTTTAGAAAT CGCTGCTAAA GACCCCAACA GCGATGGTTT ATTGGTGATT
CTCACTCCCC AAGCCATGAC AGACCCCACC CAAACGGCGG AACAGTTGAA ACCCTACGCC
CAAATTGCTG GTAAACCCAT TTTGGCAAGT TGGATGGGGG GTGCAGATGT GGCTACGGGA
GAAGTTATTC TCAATCGTCA ACGTATCCCC ACTTATGCTT ATCCAGATAC GGCGGCGCGG
GTGTTTAGTT ATATGTGGCA ATCTAGCTAC AATCTGCGTG GTATCTACGA AACGCCTGTA
TTACCTGTGG ATGCTGCATC TGGTTTACCA GACCGTCATT TAGTAGAGAA TATTATCTCT
ACAGCCCGTC AGGCAAAACG GACAATTTTA ACTGAAGATG AATCCAAGCA GATTTTAGCA
GCCTATGGCA TCCCGATTGT GGCTACTTGT GTGGCTAAAA CTGAGGATGA GGCGATTAAA
TGTGCTGAGA GTATTGGTTA TCCCGTCGTT GTCAAACTGT ATTCCCACAC AATTACCCAT
AAAACTGATG TGGGTGGTGT GCAGTTAAAC CTCCCCGATG CAGACGCAGT ACGCCGCGCT
TATCGGATGA TTGCTGCATC GGTGGAACAG AAAGTGGGTA GTGAACATTT CTTGGGTGTA
ACTGTCCAGC CAATGGTAAA AATGGATGGC TACGAATTGA TTATTGGGAG TAGCCTTGAC
CCCCAATTTG GGCCAGTGTT GTTATTTGGT GCTGGTGGAC AATTAGTGGA AGTATTTCAA
GATCGAGCGA TCGCCCTTCC TCCCCTTAAT AGTACCTTAG CTCGGCGCAT GATGGAACAC
ACCAAGATTT ACAAAGCCCT TAAAGGTGTG CGGGGAAGGC AAAGTGTCGA TATGGAAGGA
CTAGAACAAC TAATGGTGGC GTTTAGTCGG TTGGTAGTCG AACAGCGTTG GATTAAGGAA
ATTGATATTA ATCCCTTGCT GGCTTCACCT GTGCAGGAGA ATGGGGAAAA CTCCTCACTG
ATTGCCCTAG ATGCACGGGT TGTTTTGCAT GAACCAGATG TGACAGAAGA CCAACTACCA
AAGTTAGCAA TTCGACCTTA CCCCACCCAA TATGTGGAAC AGTGGACAAT GAAAGACGGG
ACTCCCGTAA CCATCCGTCC AATTCGTCCC GAAGATGAGC CGTTGTTAGT ACAATTCCAC
AAGACACTTT CCGAGGAAAG CGTTTACTTT CGTTACTTCC ACCTGATGAA ATTGAGTCAT
CGCATCACCC ATGAACGACT CACCCGCATC TGCTTTATTG ACTATGACCG AGAAATGGCT
TTGGTTATAG AGTCTCAAGG GGAAATTTTG GCAGTTGGGA GGTTAAGTAA ACTGCATGGG
ACAAAGACAG CCGAGTTTGC TATGTTAGTA AGCGATCGCT ATCAATGTCA GGGTTTAGGT
GCAGAGTTAC TGCGGCGCTT GCTGCAAATT GGACGCGATG AGCAAATCGA ACGCATCACA
GCCGATATCC TAGCTGATAA TTATGGGATG CAGCGAGTGT GCGAAAAGCT AGGTTTTAAG
CTAGAACGCA CCGCCGAAGC AAGTGTTATG AAAGCGGAAT TGGTTATTGG TCATTAG
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| Protein sequence | MQKSLKPSSD RTSDILQAEK LNPLDAIFAP QSVAIIGASE KVGSVGRTIL WNLISNPFGG
TVFPVNPKRH SVLGIKAYPS IASIPETVDL AIIATPAPTV PGIISECVDA GVQGAIIISA
GFKEAGAEGI ALERQILAEA RRGNIRIIGP NCLGVMSPRT GLNATFASSM ARSGNVGFLS
QSGALCTAIL DWSVRENVGF SAFVSIGSML DVGWGDLIYY LGDDPQTKSI VIYMESIGDA
RSFISAAREV ALTKPIIVIK AGRTEAAAKA AASHTGALAG SDAVLDAAFR RCGVLRVNSI
SDLFDMAEVL AKQPRPKGPR LTILTNAGGP GVLATDALIE TGGEIAPISP ETITSLDQIL
PTHWSHANPI DILGDADPQR YTQALEIAAK DPNSDGLLVI LTPQAMTDPT QTAEQLKPYA
QIAGKPILAS WMGGADVATG EVILNRQRIP TYAYPDTAAR VFSYMWQSSY NLRGIYETPV
LPVDAASGLP DRHLVENIIS TARQAKRTIL TEDESKQILA AYGIPIVATC VAKTEDEAIK
CAESIGYPVV VKLYSHTITH KTDVGGVQLN LPDADAVRRA YRMIAASVEQ KVGSEHFLGV
TVQPMVKMDG YELIIGSSLD PQFGPVLLFG AGGQLVEVFQ DRAIALPPLN STLARRMMEH
TKIYKALKGV RGRQSVDMEG LEQLMVAFSR LVVEQRWIKE IDINPLLASP VQENGENSSL
IALDARVVLH EPDVTEDQLP KLAIRPYPTQ YVEQWTMKDG TPVTIRPIRP EDEPLLVQFH
KTLSEESVYF RYFHLMKLSH RITHERLTRI CFIDYDREMA LVIESQGEIL AVGRLSKLHG
TKTAEFAMLV SDRYQCQGLG AELLRRLLQI GRDEQIERIT ADILADNYGM QRVCEKLGFK
LERTAEASVM KAELVIGH
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