Significance of Alkaline condition
Alkaline condition refers to a state where the pH level is above 7, which impacts various scientific processes and material stability. These conditions influence mineral solubility, facilitate certain organisms' growth, and affect protein extraction methods. Alkaline environments are crucial in analytical procedures for plant extracts and are used in forced degradation experiments to evaluate the stability of substances. This basic pH setting plays a significant role in both biological and chemical analyses across different fields.
Synonyms: Alkaline environment, Basic condition, High ph
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The concept of Alkaline condition in scientific sources
Alkaline condition refers to environments with a pH above 7 that impact the stability and solubility of herbal components, influence urinary tract stone formation, and support certain species like cyanobacteria, crucial for various analytical procedures.
From: World Journal of Pharmaceutical Research
(1) A stress condition involving refluxing OPH with 1 N NaOH for 4 hours, resulting in an assay of 77.66 %.[1] (2) Chemical conditions characterized by a pH greater than 7, where hydroxide ions are prevalent.[2] (3) Conditions under which the solubilization of protein occurs during analysis, affecting how protein is extracted and measured from hair samples.[3] (4) An environment with a high pH level, used in forced degradation experiments to assess the stability of substances.[4] (5) Environmental conditions characterized by a pH greater than 7, which typically support certain species, such as cyanobacteria.[5]
From: Ancient Science of Life
(1) pH levels above 7 that can influence the solubility of certain minerals and the formation of stones in the urinary tract.[6]
From: AYU (Journal of Research in Ayurveda)
(1) Alkaline conditions refer to the basic pH environment that can affect the chemical behavior and stability of certain herbal components, often monitored during testing.[7]