| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | MADE_00742 |
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| Symbol | |
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| ID | 6778701 |
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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 | Alteromonas macleodii 'Deep ecotype' |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011138 |
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| Strand | - |
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| Start bp | 778347 |
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| End bp | 780968 |
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| Gene Length | 2622 bp |
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| Protein Length | 873 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 642754174 |
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| Product | phosphoenolpyruvate carboxylase |
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| Protein accession | YP_002125050 |
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| Protein GI | 196155561 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG2352] Phosphoenolpyruvate carboxylase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 0 |
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| Plasmid unclonability p-value | 0.00719358 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | unclonable |
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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 | ATGCAAACAC ACTACGATGC TGAACTGAAA GATACCGTTC GATACCTTGG TAAAACCCTT
GGTGAAACAA TCAAAAATCA ATTAGGTCAG GAGTGGCTAG ACCGGATTGA AAAGATTCGA
AAAGGCGGCC GAGCTTCTTA TCAGGGAGAC GCTACTTGTA GCGAAGAACT GAAAGAAACT
TTCAAAACAA TGTCTGACAG CGATTTGCTT ACTGTTGGTC GTGCCTTCGC ACAATTCTTG
AACCTAGGTA ATATTGCCGA GCAAGAATAC AACGCGGCAA TGAATGTTGA TGCATCTATT
GATGCCCTTT TCAAACACCT AGATAAAGCA GAACTTACCG CAGATAAAGT ACAAGACGCG
GTTGCAAAGC TGAACATCGA CCTTGTTCTT ACCGCTCACC CTACTGAAGT AACACGCCGT
ACACTCATTC ACAAGCATAA AGAACTTGCT GACTGTCTTC AGGCAGTGCA TCAAGCCTCG
CTTAGCGATG TTGAGCGCAA AAAAATTGAA ACGCGTATTG CCGATCTTAT CGCGCAGGCG
TGGCACACTG AAGAAATTCG TTCCGTTCGC CCGACGCCTG TTGATGAAGC GCGTTGGGGC
TTCTCGGTTA TTGAAAACTC GCTATGGGAA GCCGTACCTG ACTTTATGCG CGAGCTTGAT
GGCCGCTTAA ACGAAGACTA CGACGTATCG CTACCGCTAG ACGCGTCACC CGTACAATTT
AGCTCGTGGA TGGGCGGCGA CAGAGACGGT AACCCATTTG TTACTTCAAA AGTAACTGAG
CAAGTACTGC TGCTGGCAAG AAAACGTGCA GCTAAACTTT TCGCGCTAGA CCTTGATCGT
TTGCAAGTCG AGCTATCAAT GTACGATTGC AACGACGAAC TACGCGACAA AGTAGGCGAT
GCAAACGAAC CGTACCGCGC CCTACTTCGC CCGCTGGTAA ACAAGTTTAT TGCGACTCGC
GATGGCATTG CCGACTACTT GGCCGGCAAG AATCCAGACA CGTCTAACTG GATTGAAAGC
GACGACGAGC TTATCGAGCC GCTAATGCTT TGCTACCAGT CATTAATCGA CTGCGGTATG
CAAGTAGTGG CAAACGGCCT TCTACTAGAT ACTATCCGTC GTGCTCGTGT ATTCGGTATT
CACCTTCTTC GCCTTGACGT ACGTCAAGAT TCTGAGCGTC ACGCCGACGT ATTTAGTGAG
CTAACTCGCT ACCTAGGTTT AGGCGATTAC GCACAGTGGA GCGAAGCCGA CAAGCAAGCG
TTCTTATTAC GTGAGCTTGG CTCGAAACGT CCGTTATTCC CAGCGCAATG GGATGCATCT
GACGATGTAA AAGAAGTGCT AGATACCTGT AAGGTGATTG CGAAACACAG CAAGCACGGC
TTCGGTATCT ACATTATCTC TATGGCAAGT GAGCCATCGG ATGTCATGGC GGTTCAGCTG
CTTCTTCAAG AAAGCGGTGT AGACTGGCCG ATGCCGGTAG CACCACTATT TGAAACGCTT
GACGATTTGA ACAACTCACC AGATGTAATG CGCAAACTCC TGTCTATCGA CTGGTATCGC
GGTTACGTGA AGGGCCGTCA GTTCGTTATG ATCGGTTACT CTGATTCAGC GAAAGATGCA
GGCGCATTGG CTGCTGGCTG GGCACAGTAT CAGTCGCAAG AAGCATTGGT TGCCATTGCA
GAAGAGTTCG ACGTAAGCCT AACCCTGTTC CACGGACGTG GCGGTACGAT TGGTCGTGGT
GGATTGCCAG CACATGCGGC AATTTACTCA CAGCCTCCTG GCTCACTAGA AGGCGGTTTC
CGCGTAACAG AACAGGGCGA AACTATTCGC TATAAGTTCG GTATGCCAAA ACTGGCTAAA
CGCAGCCTAG GTATTTACGC CAGCGCCATT ATTGAAGCCA TGTTGTTCCC ACCTCCGGCA
CCAAAAGAAG AGTGGCGTGA GCTTATTACC ACCATGGCAG CGCAAGGTCG TGATAACTAC
CGTGCAACTG TACGTCACGA TGAAGAGTTT GTACCTTACT TCCGCGTGGC TACTCCAGAG
CAAGAGCTAG GTAAACTACC TCTAGGCAGC CGCCCTGCTA AGCGTAAACC ACAAGGCGGA
ATTGAGAGCT TACGTGCTAT CCCATGGATC TTCGCTTGGG CACAGACACG TTTAGTGCTG
CCAAGCTGGT TGGGCGTTAT GCGCGCTATT GATAGCGTGA AGACTCCTGA GAACGAGAAA
GTGGTTAACG AGATGTTCAG CGAATGGCCG TTCTATCGTT CACGCCTTTC TATGTTAGAC
ATGGTGTTCC ACAAAGCTGA CCCACGCATT AGCGAAGCTT ATGATGAGCG CTTGGTACCC
AAAGAACTTA AACACTTTGG TGAAGCATTG CGTAGCGAGC TTAAAGAAAG CATCTCTTCA
CTGCTGGCTA TCACAGGCGA TGACGACATT ATGAAGAACG ACCCGCAGGG TAAGGAATCG
ATGGAGATCC GCGCAGGATA CCTTCAGCCG CTTCATTACC TGCAAATTGA GCTTCTAGAT
CGTATCCGTA AAGCCGGTGA CGATGCGCAG AACACCAGTC TAGAACGTGC CATGATGGTT
ACCATTGCCG GTATTGCTAT CGGCATGCGT AACACGGGTT AA
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| Protein sequence | MQTHYDAELK DTVRYLGKTL GETIKNQLGQ EWLDRIEKIR KGGRASYQGD ATCSEELKET
FKTMSDSDLL TVGRAFAQFL NLGNIAEQEY NAAMNVDASI DALFKHLDKA ELTADKVQDA
VAKLNIDLVL TAHPTEVTRR TLIHKHKELA DCLQAVHQAS LSDVERKKIE TRIADLIAQA
WHTEEIRSVR PTPVDEARWG FSVIENSLWE AVPDFMRELD GRLNEDYDVS LPLDASPVQF
SSWMGGDRDG NPFVTSKVTE QVLLLARKRA AKLFALDLDR LQVELSMYDC NDELRDKVGD
ANEPYRALLR PLVNKFIATR DGIADYLAGK NPDTSNWIES DDELIEPLML CYQSLIDCGM
QVVANGLLLD TIRRARVFGI HLLRLDVRQD SERHADVFSE LTRYLGLGDY AQWSEADKQA
FLLRELGSKR PLFPAQWDAS DDVKEVLDTC KVIAKHSKHG FGIYIISMAS EPSDVMAVQL
LLQESGVDWP MPVAPLFETL DDLNNSPDVM RKLLSIDWYR GYVKGRQFVM IGYSDSAKDA
GALAAGWAQY QSQEALVAIA EEFDVSLTLF HGRGGTIGRG GLPAHAAIYS QPPGSLEGGF
RVTEQGETIR YKFGMPKLAK RSLGIYASAI IEAMLFPPPA PKEEWRELIT TMAAQGRDNY
RATVRHDEEF VPYFRVATPE QELGKLPLGS RPAKRKPQGG IESLRAIPWI FAWAQTRLVL
PSWLGVMRAI DSVKTPENEK VVNEMFSEWP FYRSRLSMLD MVFHKADPRI SEAYDERLVP
KELKHFGEAL RSELKESISS LLAITGDDDI MKNDPQGKES MEIRAGYLQP LHYLQIELLD
RIRKAGDDAQ NTSLERAMMV TIAGIAIGMR NTG
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