Significance of Quantitative determination
Quantitative determination is a critical analytical process focused on accurately measuring the concentration of specific substances in various samples. This encompasses methods such as HPTLC and HPLC to determine the exact amount of compounds like Piperine, Lurasidone HCl, and quercetin. The technique is essential in pharmaceutical analysis, herbal formulations, and assessing chemical constituents in plant extracts. By ensuring precise measurements, quantitative determination plays a vital role in guaranteeing dosage compliance and effective therapeutic outcomes.
Synonyms: Quantitative analysis, Quantitative measurement, Statistical evaluation, Measurement, Assessment, Evaluation, Analysis, Quantification
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The concept of Quantitative determination in scientific sources
Quantitative determination involves measuring the concentration of substances like Tapentadol or Piperine in samples. It employs methods such as HPTLC to ensure accurate assessment within various formulations and biological contexts.
From: World Journal of Pharmaceutical Research
(1) Measuring the exact amount of dexamethasone present in herbal formulations, ensuring accurate dosage for therapeutic effects.[1] (2) Refers to the assessment of the concentration levels of chloral hydrate in toddy through analytical procedures.[2] (3) The process of measuring the concentration of a substance, such as Olanzapine, in a sample.[3] (4) The method used to measure the actual content of specific phytochemicals in a given quantity of root powder.[4] (5) The process of measuring and confirming the quantity of specific substances in samples, especially in food and pharmaceutical testing.[5]
From: Ancient Science of Life
(1) The measurement and calculation of the percentage of various chemical constituents present in the plants evaluated.[6] (2) Quantitative determination is the process of measuring the concentration of specific chemical compounds in a sample.[7]
From: Journal of Indian Society of Periodontology
(1) The process of measuring the amount of RANKL in saliva samples using specific assays and statistical analysis.[8]