Understanding the complexities of human physiology and environmental interactions is essential in various fields, from agriculture to biotechnology. One significant aspect of this interaction is the impact of temperature on biological systems. Cold stress can lead to various detrimental effects, including reduced cellular function and impaired growth. To combat these challenges, researchers and practitioners have developed a range of solutions aimed at mitigating temperature-induced damage. Among these solutions, the use of chilling inhibitors stands out. These compounds work by enhancing cellular resilience against low temperatures, thereby safeguarding vital processes. The implications of this technology extend beyond mere survival; they encompass improved productivity and sustainability across multiple sectors. In agricultural practices,…