| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Ava_4746 |
|---|
| Symbol | |
|---|
| ID | 3679633 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Anabaena variabilis ATCC 29413 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_007413 |
|---|
| Strand | + |
|---|
| Start bp | 5959995 |
|---|
| End bp | 5962946 |
|---|
| Gene Length | 2952 bp |
|---|
| Protein Length | 983 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 42% |
|---|
| IMG OID | 637720102 |
|---|
| Product | amino acid adenylation |
|---|
| Protein accession | YP_325238 |
|---|
| Protein GI | 75910942 |
|---|
| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
|---|
| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
|---|
| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 29 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 24 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGACCTTCA CTCTAGAAAT ACCCTATTAT CAAATTATTC AGCAAGCGCA ATTAACACCG
GATGCGATCG CTGTTTTTGA TGAAACCAAT CCCCTGACTT ATCAACAGTT AGATCGTCTC
TCGAATCAAG TGGCTACTTA TTTACGCACC CAAGGAGTCG CCCCCAATAC GAGAGTCGGG
ATTATGGCTG AACGGGGAGC TAGAATGATG ATTGGCATTT TAGGCATTCT CAAAGCTGGC
GGGAGTTATA TCCCCCTTGA CCCTGGTTAT CCCACTGACC GACTGCGTTA CATCCTAGAA
CACGCAACTA TCCAGACTTT ACTTACAGAA CATCAAGTTA GTCCACAATT GGTGGCTTGT
GTTCAGGAGG CGCTACCTTT ACAAACGGTG ATGTTTTTAG ATGAGGGTGA ACCGTTAGAG
GAAATTCAAT CATTAAATCA AATTACTGCG GAAACTTGGC AAGGCTTGAG TAAGGACACT
TTAGAACTGT GTAACAGTCC TGACGATTTA ATGGTGATTC TCTACACCTC TGGCTCAACG
GGTCGTCCCA AAGGGGTAAT GCTGAATCAT CGAGGTTACA TGAATCGTCT GACATGGATG
CAGAATACTT TTTCATTACA ACCAGGCGAT CGCGTAGCCC AAAGAACCTC TTTTTGCTTT
GATATCTCGG TTTGGGAAAT TTTCTGGACA TTGATGTCAG GGGCGACTAT TTGTCCTGTG
CAACGGGAAG TAGTTCTCAA TCCTTGGGAA TTTGCTCAGT GGATTCAACA AACTCAAATT
AATGTGATGC ACTTTGTTCC TTCCCTGTTT GGGGAGTTTA TTAGTGCTTT AGAAAATGAA
ACTTGGAGTT TTCCCCAATT ACGTTGGTTG ATGTTTAGTG GGGAAGCATT ACCTATGTCC
TTTATCCAGA GGTGGATTGA CCGTCATGGA CTCAAAACCG GGCTAGCCAA TCTTTACGGC
CCTACAGAAG CTTCCATTGA CGTTACTTGT CACTTAATTA CAGAACGTCC TGATGAACGG
GTGACGACGC AAATTCCCAT TGGTAAAGCT ATCGATAATG TGTATTTAAG AGTTCTGGAC
GAGGGGATGC AGCCTGTACA ACCAGGAAAC ACGGGAGAAC TCTGGCTTGG TGGAGTCCAA
TTGGCATTAG GCTATCTCAA AGATCCAGAG AAAACGGCTC AGGCTTTTTG TCCTAACCCC
TTTACTGATA TTCCTGGCGA TTATATTTAT CGGACAGGAG ATTTGGTCAA AGAACTGTCA
GACGGAACCA TTGAATATCA TGGACGCATA GATCATCAAG TTAAAATTCG CGGTTTCCGC
ATTGAATTGG GAGAAATCGA AAGTGTGTTA ACTACTCATC CCGATGTCCG GGAAGCCGCA
GTTCTAGCCG TTGATTATGG GGAAGGACAA AAGCGATTAG TTGCTTGTAT ATCGGGAAAT
AAAATCAAAA ATCGTTTCCT CAAGGAATAT CTAGAACAGA AACTTCCTCA CTACATGATT
CCCCAAAGGT TTCTGTGGCT GGATAGTCTA CCCAAAAATC ATAATGGGAA ATTAGACCGC
AAAACATTAG TGGCTCAATT AACCTCTGAT TCCTCTCCTT CCTCTGATTC CTCTCCTTCT
TTGCTACCTT TATTACCTCT AGGGCCAGCT CAAAGTTGGT TAGTCAAATA TTTTGAGCCT
CCTTATCAGT GGTTGGGTTA TACCCGTTTT CTCTATCATC AATCCCTTAA TGTAGATATC
TTCAATCAAG CGGTTAATTT CCTTATTCAT CGTCATGACG CTTTCCGCAC GGTTTTTGTG
CAGAACCAGG GACAATGGCA ACAACATATT CTCAATCAAA CGCCATCCTT TGTTTCTGAA
TATTGGGATG GTAGTCAGGT AAGTCCAGAA GAACGGAATC TGAAAATTGA GCAATACATG
GAAGTGGTAG CTAAACAAAT TCAGCTTGAC CGTTGGCCAA TGACGGCAGC GATCGTCGTC
AAGGTGAGTC CTACTTGTTA CGATATTACG ATGATTGCTC ACCATATGAT TACTGATATG
TTGAGCGCGA CAATTTTATT TAAAGAACTG TGGAGTGCTT ATCATCAACT TTTATTGGGT
GTCTCTCCCA CATTTCCCCA GGCTAAATCC GAATCCTATG AAGATTTTAT TCAATTATTA
GTGAATGAGG ATAATAAAGG AACCTTTGAA CATCATATTA AATATTGGCA ATCTCAATTT
CCTGATACTA CAAGCAGATT TGAGATTCCT ATCGACCATG TGAAAGGAGC CAATATTGAA
GCCTCGGCGG AAAAAGAATG TTTTCGTCTT AGTCAACAAC AGACAGAACT TTTATTAAAT
CAAGGAAAAT CTTATTATGG CTCTAATGTT TACTTGATTC TCCTCGCGCC TTTATATCGT
TTAATGGCTA ATTGGAGTCA TCGCCCAGGG GTGGTAATTA GTCATCGTAG TCATGGCAGA
GATTTAGGAC AAGGTAGTAC TTTTATGGAA AGTATGGGGA ATTATGCAAT TAATTTCCCT
CTAGGTATAA CTTTGGACTC ATCTGCGATT TGGCAAAAAA TTATTCAAGA GATTAGCGAT
CGCTTTCAAA GTTTACCTAT GAATGGTGTA ACCTATGATT GGATAGGCGA TCGCTTACCT
GAATACCTCT ACCCTGACAG CAATTTAACT TCTATACGGG TCAATTATTT AGGGAATCGT
TCTGCTCCTC CGTCTAACCT CTTTGAGTTT ATACAGACTG TCCGAGACTG TCGTTTGTCA
CTCCCCGATC AAAAACGTAC CACACTCATT GAATTTTTTC TTTTGGTAGC TGATGGTCAT
TTAGAGATCA CAATTGAATA CTCTCGTAAT TTTCATCTCG CTACAACAAT TCAATCCTTA
GGAAAACAAT ATCTCCTATT GCTTGAGGAT ATCTTGACTC CTGTCTCTAT GTCTCAGCCT
CCCCTGCGCT AA
|
|---|
| Protein sequence | MTFTLEIPYY QIIQQAQLTP DAIAVFDETN PLTYQQLDRL SNQVATYLRT QGVAPNTRVG
IMAERGARMM IGILGILKAG GSYIPLDPGY PTDRLRYILE HATIQTLLTE HQVSPQLVAC
VQEALPLQTV MFLDEGEPLE EIQSLNQITA ETWQGLSKDT LELCNSPDDL MVILYTSGST
GRPKGVMLNH RGYMNRLTWM QNTFSLQPGD RVAQRTSFCF DISVWEIFWT LMSGATICPV
QREVVLNPWE FAQWIQQTQI NVMHFVPSLF GEFISALENE TWSFPQLRWL MFSGEALPMS
FIQRWIDRHG LKTGLANLYG PTEASIDVTC HLITERPDER VTTQIPIGKA IDNVYLRVLD
EGMQPVQPGN TGELWLGGVQ LALGYLKDPE KTAQAFCPNP FTDIPGDYIY RTGDLVKELS
DGTIEYHGRI DHQVKIRGFR IELGEIESVL TTHPDVREAA VLAVDYGEGQ KRLVACISGN
KIKNRFLKEY LEQKLPHYMI PQRFLWLDSL PKNHNGKLDR KTLVAQLTSD SSPSSDSSPS
LLPLLPLGPA QSWLVKYFEP PYQWLGYTRF LYHQSLNVDI FNQAVNFLIH RHDAFRTVFV
QNQGQWQQHI LNQTPSFVSE YWDGSQVSPE ERNLKIEQYM EVVAKQIQLD RWPMTAAIVV
KVSPTCYDIT MIAHHMITDM LSATILFKEL WSAYHQLLLG VSPTFPQAKS ESYEDFIQLL
VNEDNKGTFE HHIKYWQSQF PDTTSRFEIP IDHVKGANIE ASAEKECFRL SQQQTELLLN
QGKSYYGSNV YLILLAPLYR LMANWSHRPG VVISHRSHGR DLGQGSTFME SMGNYAINFP
LGITLDSSAI WQKIIQEISD RFQSLPMNGV TYDWIGDRLP EYLYPDSNLT SIRVNYLGNR
SAPPSNLFEF IQTVRDCRLS LPDQKRTTLI EFFLLVADGH LEITIEYSRN FHLATTIQSL
GKQYLLLLED ILTPVSMSQP PLR
|
|---|
| |