RT @vdlorenzo_CNB: Metabolic evolution in real time. First act: Chemists synthesize acesulfame, a xenobiotic & env persistent sweetener: ht…
RT @vdlorenzo_CNB: Metabolic evolution in real time. First act: Chemists synthesize acesulfame, a xenobiotic & env persistent sweetener: ht…
RT @vdlorenzo_CNB: Metabolic evolution in real time. First act: Chemists synthesize acesulfame, a xenobiotic & env persistent sweetener: ht…
RT @vdlorenzo_CNB: Metabolic evolution in real time. First act: Chemists synthesize acesulfame, a xenobiotic & env persistent sweetener: ht…
RT @vdlorenzo_CNB: Metabolic evolution in real time. First act: Chemists synthesize acesulfame, a xenobiotic & env persistent sweetener: ht…
RT @vdlorenzo_CNB: Metabolic evolution in real time. First act: Chemists synthesize acesulfame, a xenobiotic & env persistent sweetener: ht…
RT @vdlorenzo_CNB: Metabolic evolution in real time. First act: Chemists synthesize acesulfame, a xenobiotic & env persistent sweetener: ht…
RT @vdlorenzo_CNB: Metabolic evolution in real time. First act: Chemists synthesize acesulfame, a xenobiotic & env persistent sweetener: ht…
Metabolic evolution in real time. First act: Chemists synthesize acesulfame, a xenobiotic & env persistent sweetener: https://t.co/LMxEAzQG8l Second act: after 10 years of use, a bacterial community manages to biodegrade it https://t.co/HXtGha33eu (via
Klick and find ABC's most shared articles: http://t.co/wW6ZwA0KSq http://t.co/6NZbwVjIWK http://t.co/ptGtgq2gBN
"Artificial sweeteners--a recently recognized class of emerging environmental contaminants: a review." http://t.co/fvirQiAF0i
Artificial sweeteners--a recently recognized class of emerging environmental contaminants. #NotSustainable http://t.co/oigvrJtW7k