Significance of Thermal condition
Thermal condition refers to the specific temperature settings, such as 40, 50, and 60°C, utilized in stability studies to assess the degradation of substances like captopril and Azelnidipine. It involves testing under elevated temperatures to evaluate drug stability and the effects of heat on formulations. Additionally, thermal conditions play a crucial role in the oxidation process and impact the analysis during gas chromatography, highlighting the importance of these conditions in pharmaceutical research and development.
Synonyms: Temperature condition
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The concept of Thermal condition in scientific sources
Thermal condition pertains to experimental environments with high temperatures that assess the stability of substances, such as Azelnidipine, ensuring their reliability under stress by simulating elevated temperature exposure for accurate evaluation.
From: World Journal of Pharmaceutical Research
(1) Refers to the specific temperature settings (40, 50, 60°C) used in stability studies to assess the captopril degradation over time.[1] (2) An experimental environment with elevated temperatures used to test the stability of substances, where Azelnidipine showed stability.[2] (3) Testing conditions involving exposure to elevated temperatures to evaluate stability.[3] (4) The specific temperatures applied during gas chromatography that impact the analysis of the target compound.[4] (5) Conditions relating to temperature effects on drug stability, with thermal stress testing evaluating the impact of heat on drug formulations.[5]