Significance of Controlled temperature
Controlled temperature is a crucial aspect in various experimental contexts, ensuring the optimization of processes like drying, maintaining consistent environmental conditions, and achieving reliable results in research. It includes careful regulation during studies involving animal experiments, stability studies, and even specific laboratory conditions. By maintaining predetermined temperature settings, researchers can minimize deviations and achieve accurate outcomes, such as in experiments involving reproductive health or the extrusion process. Ultimately, controlled temperature is essential for the integrity of scientific results.
Synonyms: Constant temperature
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The concept of Controlled temperature in scientific sources
Controlled temperature involves maintaining stable and regulated conditions in laboratory experiments and sample storage, ensuring accurate results and preventing degradation by keeping samples cool and protected from direct light.
From: World Journal of Pharmaceutical Research
(1) Temperature settings that are carefully monitored during the extrusion process.[1] (2) A specific, maintained temperature environment, crucial for conducting stability studies without deviations that could affect the results.[2] (3) A predetermined temperature setting crucial for optimizing the drying process and preserving the quality of the product.[3] (4) A specific range of temperature maintained during a procedure to ensure consistent results.[4] (5) A specified temperature setting utilized in the incubator experiment to induce heat stress in Wistar rats for the study of reproductive health.[5]
From: Journal of Ayurveda and Integrative Medicine
(1) Environmental conditions maintained during the study to ensure consistent and accurate results for the experimental rats.[6]