| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Maqu_0301 |
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| Symbol | |
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| ID | 4653763 |
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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 | Marinobacter aquaeolei VT8 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_008740 |
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| Strand | - |
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| Start bp | 348421 |
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| End bp | 351009 |
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| Gene Length | 2589 bp |
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| Protein Length | 862 aa |
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| Translation table | 11 |
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| GC content | 61% |
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| IMG OID | 639810257 |
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| Product | phosphoenolpyruvate synthase |
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| Protein accession | YP_957594 |
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| Protein GI | 120553243 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0574] Phosphoenolpyruvate synthase/pyruvate phosphate dikinase |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGACGCACC AGCAGCCTCA GCAGACCACA GGCCGGGTGT CCACCGGACT GCCCGGTCTG
GATGAGGTGC TGGATGGCCT GCGAATCGGC GACAATGTTG TCTGGCGGGT CTCCGATCTG
GACGATTACC GCCGATTCGT TCTTCCCTTT CTGGATGCTG CCGCCAAAGC CGGCCGGCAG
ATCATCTATC TCCGCTTCGG CGAGCATCCG CCGATCATTG ACCAGCACCC TGCGGTGCGC
ACCATCACCA TTGATGCCCT CGGCGGCTTC GAGAGTTTTA CCAGCCGGGT CTGGCACCTG
ATCGAACGGC ATGGCCGCGG CGCCTTCTAC GTTTGCGACA GCCTGAGTGA GCTACTCAAC
GCCTGGGCCA CCGACGCCAT GGTGGGCAAC TTTTTCCGGG TCGTGTGTCC CTTCCTGTTC
GAGCTGGATA CCGTCGCCTG GTTCGCCCTG CACCCGGACC GACACTCCCG GATGACCCTG
GACCGGATTC GCCAGACCAC CCAGGTGATG ATTGATGTAC ACCGCCACGG CGACGATGTG
CAGATTCATC CCATCAAGGC CTGGCGCCGG CAGTCACCGA CCATGTTCCT GCCCCATCGG
GAACAGGCTG GCCAGTTCCG ACCGATTACC GACAGCAGCG ATGCCACCCG CTTGCAGGCC
TCGCTGGAAT CCGGGCACCT GCATCGCCAG CCACTGCTGG ATTACTGGGA CAGACTGTTC
CAGGAAGTCA GCCGGGCCGT TTTTGAGCAG GACCAGGCCT GCATGCCTGA TCTGCAGGAG
CAGGTTCTGC AGGTGATGAT CAGCCGCGAC CCCAAGATTC TGGAACTGGC CCGGCGCTAC
CTGACTCTGG AGGATCTGCT CACCATTCGC AGCCGTCTGG TTGGCAGCGG TTATATTGGC
GGCAAGGCCA CAGGCATGCT GATTGCCCGG AACATTCTGC TGAAAGACGC GCCTGAACTC
TGGCAGCCGA ATCTGGAACC CCACGATTCC AGCTACCTGG GCACCGACGC CTACTACGCA
TTTCTGGTCC ACAACGGCCT GTGGCCGGCA ATCATGCGAC AACGCTCACC AGAAGGTTAT
CTCAGTGAAG CACCCGCCCT GCGCAAGGCC ATCCTGACCG GGCAATTCCC GGCGGAAGTC
CGTTCGGAGC TGGAACGCCT GCTTGACCAT TACGGCCAGT ATCCCATCCT GGTGCGCTCA
TCCAGCCTGC AGGAGGATGG TTTCGGCAAC GCCTTTGCCG GCAAATACGA CAGTGTCTTC
CTGATCAACC AGGGGGCACC GGAACAGCGA CTGGCGGAAC TGGAAGATGC CATCCGCCAG
GTCTACGCCT CGTCCATGAG TGACGACGCT CTGGTGTACC GTAAACAAAG AGGCCTGGAT
CAGCGCGAGG AACCCATGGC CCTGCTGATC CAGCGGGTAA ATGGCCGTTT CCATGGCCGC
TATTACCTGC CCGATGCCGC GGGCGTTGGC GTGTCCAGAA ACACCTTTGC CTGGGACAGC
GCCATGAACC CGAAAGCGGG CATGGTCCGC CTGGTTATGG GGCTGGGCAC CCGGGCCGTA
GACCGGATTG AAGGCGACCA CGCCTGCGTG ATGGCGCTGG ATCATCCCGG CCGGCAACCT
TTCCGCAACC CGGACGAACA CTATCGATTC TCCCAACATC TGGTGGACCT GCTCGACCTG
CAGGAGGGCC ATCTGGAAAC CCGACCCCTG AGCCAGTTAC TGGACACCGT TCAAGATCTG
CCCATGGCCC AGATGGGCGA AATCGACCGG GCCGCCAGTA CCCGGGCGGA ACAGATTGGG
CTGCCAGGGC CGGTCTGGCG ACTGACCTTC CGGCCGCTGG TTCAGTTCAG CTCATTCATT
CAGCGGCTGT CATCTCTGTT ATCTACCCTG GAGGCCGGCT ATCAGCATCC CGTGGATGTC
GAGTTCACCC TGCATATTGA TGAACAGGGC GAACCCTCCT TCAATCTGGT TCAGTGCCGG
CCACTGGCCA CGATTGGTGA CACCGGTCCG GTCACACTGC CGGAACATCT GCCCGCGGAG
CGAGAGATTT TCCGCACCCA GGGCCACTTC ATGGGCGGCA ACATCAATCT GGCGATTACG
CGGATTATCC GTATAGATGC GGCGATCTAC GCCAACCTGA ATATCAATCA GCGTTTCGAT
GTGGCCCGAC GTGTCGGCGA GGTGGTTCGG GAATCCAGCG CCAGCACCCT GCTGATCGGT
CCCGGACGTT GGGGCACCAG CAGCCCGGAG CTGGGCGTTC CGGTCAGGTT TGCCGATATT
GCCGGCGTCA GTGCCTTGGT GGAGGTATCG GAGAATGCCG GCGACATGGT GCCGGATCTG
TCCTACGGTT CCCATTTCTT CCAGGATCTG GTGGAAACCG GTATTGCCTA TGTGGCGCTG
TTTCCTGAAT CAGACCAGTG CCGCTACCGA CCTGACCTTC TGCCCGGCGA AATCTCCCAG
CCTGACAACG CCAGTGACAT TGAGCGCGCC GTCCGGGTAT ATGTCACCGA CCAGACACCC
CTGCAACTGA CCGGTGATGT GGTTCGGCAG GAACTGGTGT GCTACCGGCC GGTTGACCCG
AAGCAATAG
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| Protein sequence | MTHQQPQQTT GRVSTGLPGL DEVLDGLRIG DNVVWRVSDL DDYRRFVLPF LDAAAKAGRQ
IIYLRFGEHP PIIDQHPAVR TITIDALGGF ESFTSRVWHL IERHGRGAFY VCDSLSELLN
AWATDAMVGN FFRVVCPFLF ELDTVAWFAL HPDRHSRMTL DRIRQTTQVM IDVHRHGDDV
QIHPIKAWRR QSPTMFLPHR EQAGQFRPIT DSSDATRLQA SLESGHLHRQ PLLDYWDRLF
QEVSRAVFEQ DQACMPDLQE QVLQVMISRD PKILELARRY LTLEDLLTIR SRLVGSGYIG
GKATGMLIAR NILLKDAPEL WQPNLEPHDS SYLGTDAYYA FLVHNGLWPA IMRQRSPEGY
LSEAPALRKA ILTGQFPAEV RSELERLLDH YGQYPILVRS SSLQEDGFGN AFAGKYDSVF
LINQGAPEQR LAELEDAIRQ VYASSMSDDA LVYRKQRGLD QREEPMALLI QRVNGRFHGR
YYLPDAAGVG VSRNTFAWDS AMNPKAGMVR LVMGLGTRAV DRIEGDHACV MALDHPGRQP
FRNPDEHYRF SQHLVDLLDL QEGHLETRPL SQLLDTVQDL PMAQMGEIDR AASTRAEQIG
LPGPVWRLTF RPLVQFSSFI QRLSSLLSTL EAGYQHPVDV EFTLHIDEQG EPSFNLVQCR
PLATIGDTGP VTLPEHLPAE REIFRTQGHF MGGNINLAIT RIIRIDAAIY ANLNINQRFD
VARRVGEVVR ESSASTLLIG PGRWGTSSPE LGVPVRFADI AGVSALVEVS ENAGDMVPDL
SYGSHFFQDL VETGIAYVAL FPESDQCRYR PDLLPGEISQ PDNASDIERA VRVYVTDQTP
LQLTGDVVRQ ELVCYRPVDP KQ
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