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Apexbio Technology LLC Neosperidin-dihydrochalcone
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Catalog No. 5000570710
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Neosperidin dihydrochalcone (CAS No 20702-77-6) is a chemical compound often utilized in biomedical research due to its sweetener properties and potential effects on various biological pathways Originating from the flavonoid class it is derived via the hydrogenation of neohesperidin commonly found in citrus fruits This compound exhibits its mechanism of action by interacting with taste receptors and potentially influencing oxidative stress pathways In vitro it demonstrates activity in the nanomolar to low micromolar range making it an attractive candidate for various applications These include studies in cell models to assess antioxidant capacities and potential therapeutic effects as well as animal studies focused on metabolic and sensory research It is also employed in drug screening for its modulatory effects on receptor activity Experimental concentrations typically depend on the specific research design ensuring adaptability across diverse scientific investigations

Catalog No. 50-005-70710 Supplier Apexbio Technology LLC Supplier No. N2473100
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Neosperidin dihydrochalcone (CAS No 20702-77-6) is a chemical compound often utilized in biomedical research due to its sweetener properties and potential effects on various biological pathways Originating from the flavonoid class it is derived via the hydrogenation of neohesperidin commonly found in citrus fruits This compound exhibits its mechanism of action by interacting with taste receptors and potentially influencing oxidative stress pathways In vitro it demonstrates activity in the nanomolar to low micromolar range making it an attractive candidate for various applications These include studies in cell models to assess antioxidant capacities and potential therapeutic effects as well as animal studies focused on metabolic and sensory research It is also employed in drug screening for its modulatory effects on receptor activity Experimental concentrations typically depend on the specific research design ensuring adaptability across diverse scientific investigations

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