Research advances in heat shock proteins and their roles in plant responses to heat stress

Global climate change has led to increased frequency and severity of high-temperature, posing a substantial risk to agricultural productivity worldwide. As a primary abiotic stress factor, heat stress (HS) impairs critical physiologic... Advances in research on thermogenic substances Journal Of Physiological Anthropology In mammals, a constant body temperature is maintained for survival in cold environments, primarily through the activation of thermogenic mechanisms. In this review, we discussed

Background:

Global climate change has led to increased frequency and severity of high-temperature, posing a substantial risk to agricultural productivity worldwide. As a primary abiotic stress factor, heat stress (HS) impairs critical physiological processes. In mammals, a constant body temperature is maintained for survival in cold environments, primarily through the activation of thermogenic mechanisms.

Methods:

N/A - Review article

Results:

This review discusses advances in research on thermogenic substances and their role in maintaining body temperature in mammals under cold stress conditions.

Data Summary:

N/A - Review article

Conclusions:

The review highlights the importance of thermogenic mechanisms in mammalian survival under cold environmental conditions and summarizes recent advances in understanding thermogenic substances.

Practical Significance:

Understanding thermogenic mechanisms may inform strategies for improving cold tolerance in mammals and potentially contribute to agricultural productivity under climate change conditions.