Analysis of Age-Related Changes of Body Temperature in Animal Models
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Analysis of Age-Related Changes of Body Temperature in Animal Models

Body temperature is a critical factor that influences metabolism and the overall functioning of an organism. It serves as an important indicator for measuring physiological and health status. The relationship between body temperature and aging has been a subject of interest in numerous studies across multiple species.

Effects of body temperature on longevity in poikilotherms (top panel) and homeotherms (bottom panel).Fig. 1 A schematic diagram of predicted body temperature influences on longevity in poikilotherms and homeotherms. (Keil G, et al., 2015)

CD BioSciences has established itself as a trusted partner in aging research. With decades of experience, our team of specialists harnesses the power of body temperature analysis techniques to provide insights into the aging process in animal models.

How Do We Analyze Age-Related Changes in Body Temperature?

Basal body temperature monitoring services

Basal body temperature (BBT), a reliable indicator, is used to analyze physiological changes associated with aging. Our comprehensive BBT monitoring services enable clients to track subtle fluctuations in body temperature, thereby revealing important patterns and trends that can be correlated with the progression of aging.

Core body temperature monitoring services

Leveraging advanced sensor technologies, CD BioSciences offers core body temperature monitoring solutions. Our services enable clients to closely monitor core temperature changes, providing a deeper understanding of the thermoregulatory mechanisms that can be affected by the aging process. Our valuable data can aid in developing targeted therapies to optimize thermoregulation and promote healthy aging.

Skin temperature measurement services

Skin temperature is a sensitive indicator of underlying physiological processes and can offer insights into aging-related changes in vascular function and blood flow. Our specialized skin temperature measurement services leverage sophisticated thermal imaging and sensor technologies to capture data on surface temperature patterns. Our experts can help clients analyze temperature profiles during the aging process. Our services enable the development of innovative diagnostic tools.

Our Tools for Temperature Analysis in Aging Research

Infrared thermography

We proudly offer infrared thermography services, enabling clients to capture high-resolution thermal images of the animal body. Our non-invasive technique allows for the visualization of temperature distributions, which can be invaluable in understanding the complex physiological changes occurring during the aging process. Our team of experts can provide a comprehensive analysis and interpretation of the thermal data, which can guide further research.

Thermal imaging scanning

Our advanced thermal imaging services provide a comprehensive view of the animal body's temperature patterns, allowing clients to delve deeper into the thermoregulatory mechanisms associated with aging. By leveraging the latest imaging technologies, we can capture detailed thermal profiles of the entire animal body, enabling the identification of regional temperature variations and the detection of potential abnormalities or imbalances. Our data can be instrumental in developing targeted interventions and monitoring the effectiveness of anti-aging therapies.

Wearable temperature sensors

CD BioSciences understands the importance of continuous monitoring in aging research. Our suite of wearable temperature sensors offers a convenient and reliable solution for clients, enabling the collection of real-time data on thermal profiles throughout the daily activities of animal models.

CD BioSciences is committed to pushing the boundaries of aging research through innovative body temperature analysis services. If you are interested in our services, please feel free to contact us or make an online inquiry.

Reference

  1. Keil G, et al. Being cool: how body temperature influences aging and longevity. Biogerontology, 2015, 16 (4): 383-97.

All of our services and products are intended for preclinical research use only and cannot be used to diagnose, treat or manage patients.