Significance of Temperature variation
Temperature variation plays a crucial role in various scientific contexts, influencing processes like drug delivery, therapy outcomes, and microbial growth. It affects the sol-gel transition in polymers, alters medicinal liquid temperatures during treatments, and modulates experimental conditions, such as maintaining a specific temperature for lifecycle studies. Additionally, temperature changes impact growth rates of fungi, reactions in chromatography, water quality, and even infection rates in aquatic species. Overall, understanding temperature variation is essential for optimizing various biological and chemical processes.
Synonyms: Temperature fluctuation, Temperature change, Temperature difference, Thermal variation, Climate variability, Climatic change
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
Hindu concept of 'Temperature variation'
In Hinduism, Temperature variation can be interpreted as the fluctuations in temperature that occur during specific reactions, reflecting the influence of substances within spiritual practices or rituals, symbolizing change and transformation.
From: Journal of Ayurveda and Integrated Medical Sciences
(1) Temperature variations can affect the stability of pharmaceutical products, and the study made an attempt to check stability of Mahatiktaka Ghrita with respect to its microbial profile at different climatic conditions and temperature variations.[1] (2) This refers to the changes in temperature observed during the reaction, measured to assess the effect of the substance on the process.[2]
From: Journal of Ayurvedic and Herbal Medicine
(1) These are the fluctuations in the oil's heat during Kati Basti, with the study indicating an average maximum difference of 3 degrees Celsius, which can provide valuable insight into the procedure.[3]
The concept of Temperature variation in scientific sources
Temperature variation impacts chromatographic analysis, reaction rates of DOX, and environmental factors influencing fungal infections in fish, highlighting its significance in chemistry and ecology for optimizing processes and understanding biological effects.
From: Sustainability Journal (MDPI)
(1) Temperature variation is the degree to which temperature changes, and roof top gardens can reduce temperature variation in buildings.[4] (2) Temperature variation is a critical aspect of the composting process, influencing microbial activity, organic matter decomposition, and the overall quality of the compost produced.[5] (3) These are signi fi cant among di ff erent structural positions, with lower temperatures indicating higher heat loss and inferior insulation performance.[6] (4) These are differences in temperature within a scene, which can be visualized by personalizing the properties of the scale and colour-code map.[7] (5) This is the fluctuation in heat levels within living spaces, influenced by factors like floor position in high-rise buildings.[8]
From: International Journal of Environmental Research and Public Health (MDPI)
(1) Temperature variation refers to the range of temperatures experienced in a specific location, influencing the climate type and impacting mortality differently.[9] (2) Refers to changes or fluctuations in temperature over a specific period, which is examined for its impact on stroke occurrence.[10] (3) Temperature variation, specifically large diurnal temperature changes, may affect the respiratory system of humans, especially children, although the effects of temperature variation have not been thoroughly investigated compared to absolute temperature.[11] (4) Measured in substrates to determine the best material for planting, considering the thermal conductivity and water content.[12] (5) Temperature variation influences climate suitability for dengue, chikungunya, and Zika transmission, affecting the geographic range of these diseases.[13]
From: Asian Journal of Pharmaceutics
(1) Temperature-sensitive drug delivery devices utilize these that arise in specific situations, such as fever, inflammation, or external heating.[14] (2) Changes in temperature that can affect the stability and physical properties of a formulation.[15] (3) The range of energies used in LIPUS treatment is relatively low which is the range of non-thermogenic and nondestructive for this.[16] (4) The objective of thermodynamic stability studies is to evaluate the phase separation and effect of this.[17] (5) Changes in temperature during manufacturing, storage, transport, and use that can lead to drastic modifications within emulsions.[18]
From: Onderstepoort Journal of Veterinary Research
(1) This is the fluctuation in body temperature observed in the animals during the study, and it was analyzed to determine if there was a fever response to the vaccine and its effects.[19] (2) Seasonal changes in temperature are highly predictable, but the unpredictable occurrence of extreme temperatures can have deleterious effects on organisms, according to the text.[20]
From: International Journal of Pharmacology
(1) Thermo-sensitive polymers respond in an intelligent and reversible behavior to this variation.[21] (2) In all the deliberate varied chromatographic conditions such as flow rate, mobile phase variation, pH,, and different column the result is found to be satisfactory.[22]