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 condition, Basic environment, High ph
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
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: Asian Journal of Pharmaceutics
(1) A pH level that inactivates lysozyme, making the nasal cavity susceptible to infection.[1] (2) Canagliflozin is very sensitive so it is unstable in these conditions.[2] (3) Exposure to bases, one of the stress conditions to assess the stability of the drugs.[3] (4) HCTZ and IRB are slightly sensitive toward these conditions in comparison to other degradations.[4] (5) Sufficient degradation was observed under these conditions during forced degradation studies of propofol.[5]
From: International Journal of Pharmacology
(1) According to the results, the enzyme has higher activity at acidic conditions than neutral conditions and these conditions.[6] (2) Exposure to higher pH levels can cause the denaturation or unfolding of the beta-glucan's helical structure.[7]
From: Sustainability Journal (MDPI)
(1) A state where the pH is above 7, as indicated by the pH value of untreated lead-contaminated loess (CK) being 8.14.[8] (2) Alkaline conditions refer to a pH level greater than 7, and Reaction (1) is optimal under these conditions, as the text describes.[9] (3) Many of the natural, covalent crosslinking groups that maintain the tertiary structure in these proteins are also vulnerable to disassociation under alkaline conditions.[10] (4) It is a state under which arsenate (As(V)) is predominant, as observed at Point 6 with a pH of 8.42.[11] (5) Alkaline conditions are relevant to the dissolution kinetics of clinoptilolite and heulandite, influencing their behavior in such environments.[12]
From: International Journal of Environmental Research and Public Health (MDPI)
(1) Higher concentrations of lead ions in alkaline conditions were a consequence of its amphoteric nature and the formation of the HPbO 2 − ion in solutions.[13] (2) The diagram shows the reduction in the removal efficiency in these.[14]