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Degradation of dimethyl terephthalate ester and its isomer by mangrove microorganisms
Jiaxi Li,
Ji-Dong Gu
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peer-review
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Agriculture & Biology
acids
26%
bacteria
26%
biochemical pathways
39%
degradation
28%
enrichment culture
59%
esters
37%
isomers
46%
mangrove sediments
78%
mangroves (trees)
55%
microorganisms
31%
mixed culture
52%
Engineering & Materials Science
Acids
43%
Bacteria
53%
Degradation
33%
Esters
52%
Isomers
70%
Metabolic Networks and Pathways
65%
Microorganisms
57%
Sediments
58%
Medicine & Life Sciences
Bacteria
8%
dimethyl 4-phthalate
100%
Esters
48%
isophthalate
91%
Metabolic Networks and Pathways
12%
methyl terephthalate
30%
terephthalic acid
20%
Earth & Environmental Sciences
acid
10%
bacterium
10%
chemical
7%
degradation
31%
ester
48%
isomer
50%
mangrove
46%
microorganism
36%
sediment
7%
Chemical Compounds
Compound Isomer
32%
Ester
29%
Metabolic
38%
Terephthalic Acid
56%