The emergence of pesticides of natural origin appears as an environmental-friendly alternative to synthetic pes-ticides for managing weeds. To verify this assumption, leptospermone, a natural β-triketone herbicide, andsulcotrione, a synthetic one, were applied to soil microcosms at 0× (control), 1× or 10× recommended fielddose. The fate of these tw...
The emergence of pesticides of natural origin appears as an environmental-friendly alternative to synthetic pes-ticides for managing weeds. To verify this assumption, leptospermone, a natural β-triketone herbicide, andsulcotrione, a synthetic one, were applied to soil microcosms at 0× (control), 1× or 10× recommended fielddose. The fate of these tw...
The emergence of pesticides of natural origin appears as an environmental-friendly alternative to synthetic pes-ticides for managing weeds. To verify this assumption, leptospermone, a natural β-triketone herbicide, andsulcotrione, a synthetic one, were applied to soil microcosms at 0× (control), 1× or 10× recommended fielddose. The fate of these tw...
The emergence of pesticides of natural origin appears as an environmental-friendly alternative to synthetic pes-ticides for managing weeds. To verify this assumption, leptospermone, a natural β-triketone herbicide, andsulcotrione, a synthetic one, were applied to soil microcosms at 0× (control), 1× or 10× recommended fielddose. The fate of these tw...
The emergence of pesticides of natural origin appears as an environmental-friendly alternative to synthetic pes-ticides for managing weeds. To verify this assumption, leptospermone, a natural β-triketone herbicide, andsulcotrione, a synthetic one, were applied to soil microcosms at 0× (control), 1× or 10× recommended fielddose. The fate of these tw...
The emergence of pesticides of natural origin appears as an environmental-friendly alternative to synthetic pes-ticides for managing weeds. To verify this assumption, leptospermone, a natural β-triketone herbicide, andsulcotrione, a synthetic one, were applied to soil microcosms at 0× (control), 1× or 10× recommended fielddose. The fate of these tw...
The emergence of pesticides of natural origin appears as an environmental-friendly alternative to synthetic pes-ticides for managing weeds. To verify this assumption, leptospermone, a natural β-triketone herbicide, andsulcotrione, a synthetic one, were applied to soil microcosms at 0× (control), 1× or 10× recommended fielddose. The fate of these tw...
The emergence of pesticides of natural origin appears as an environmental-friendly alternative to synthetic pes-ticides for managing weeds. To verify this assumption, leptospermone, a natural β-triketone herbicide, andsulcotrione, a synthetic one, were applied to soil microcosms at 0× (control), 1× or 10× recommended fielddose. The fate of these tw...
During human fasting, metabolic markers, including butyrates, carnitines, and branched-chain amino acids, are upregulated for energy substitution through gluconeogenesis and use of stored lipids. We performed non-targeted, accurate semiquantitative metabolomic analysis of human whole blood, plasma, and red blood cells during 34-58 hr fasting of fou...
During human fasting, metabolic markers, including butyrates, carnitines, and branched-chain amino acids, are upregulated for energy substitution through gluconeogenesis and use of stored lipids. We performed non-targeted, accurate semiquantitative metabolomic analysis of human whole blood, plasma, and red blood cells during 34-58 hr fasting of fou...
