Significance of Significant inhibition
Significant inhibition is characterized by a substantial decrease in specific activities or functions in scientific research. In the context of RBC haemolysis, significant inhibition refers to the marked reduction observed when P. acidus extract is used compared to control substances. Additionally, the term applies to the reduced activity of target enzymes due to varying concentrations of extracts, showcasing the essential role of significant inhibition in quantifying inflammation reduction and establishing the efficacy of compounds like garlic extracts on certain enzymes.
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The concept of Significant inhibition in scientific sources
Significant inhibition is characterized by a noteworthy reduction in specific activities, such as RBC haemolysis, enzyme function related to garlic extracts on α-amylase and glucoamylase, and enzyme activity affected by triazophos concentrations.
From: World Journal of Pharmaceutical Research
(1) A notable reduction in the activity or function of a target enzyme, as observed in the study with various concentrations of extracts.[1] (2) A notable decrease in a specific activity, in this case, the inhibition of RBC haemolysis by P. acidus extract compared to control substances.[2] (3) A notable decrease in enzyme activity, observed in the study due to the presence of triazophos in various concentrations.[3] (4) A notable reduction in enzyme activity, important in establishing the effectiveness of garlic extracts on α-amylase and glucoamylase.[4]
From: Ancient Science of Life
(1) A measurable reduction in activity or response that is statistically important in scientific research.[5] (2) A measure indicating substantial reduction of inflammation, quantified in percentages in the study's results.[6]
From: Journal of Ayurveda and Integrative Medicine
(1) Significant inhibition refers to a marked decrease in activity, such as reduced expression of inflammatory markers like iNOS, COX-2, and TNF-α in treated cells.[7] (2) A notable reduction in enzyme activity observed with Triphala's effect on cytochrome P450.[8]