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Apexbio Technology LLC DIMETHYLMALONIC-ACID-1G
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Catalog No. 5000569492
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Dimethylmalonic acid (CAS No 595-46-0) is a compound of interest in the biomedical research category often utilized for its potential role in metabolic and biochemical studies It originates from a synthetic pathway involving malonic acid derivatives Its mechanism of action involves interacting with metabolic pathways possibly affecting enzymes or intermediates significant in energy production and cellular metabolism In vitro its activity is typically observed in concentrations ranging from nanomolar to low micromolar levels Dimethylmalonic acid is commonly applied in cell models especially for studying metabolic disorders or enzyme function and is also used in animal studies to explore its effects on systemic metabolism Additionally it is utilized in drug screening to assess potential metabolic modulating effects Experimental concentrations typically depend on the specific research design allowing flexibility in exploring its diverse biological impacts

Catalog No. 50-005-69492 Supplier Apexbio Technology LLC Supplier No. C68511000
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Dimethylmalonic acid (CAS No 595-46-0) is a compound of interest in the biomedical research category often utilized for its potential role in metabolic and biochemical studies It originates from a synthetic pathway involving malonic acid derivatives Its mechanism of action involves interacting with metabolic pathways possibly affecting enzymes or intermediates significant in energy production and cellular metabolism In vitro its activity is typically observed in concentrations ranging from nanomolar to low micromolar levels Dimethylmalonic acid is commonly applied in cell models especially for studying metabolic disorders or enzyme function and is also used in animal studies to explore its effects on systemic metabolism Additionally it is utilized in drug screening to assess potential metabolic modulating effects Experimental concentrations typically depend on the specific research design allowing flexibility in exploring its diverse biological impacts

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