Organic raw material

Actin, as a cytokinin-based plant growth regulator with multiple biological activities, has demonstrated its unique value in the fields of plant physiology and agriculture. It can promote cell division, activate the process of cell growth and differentiation, thereby providing strong support for the growth of plants. Meanwhile, actin also has antioxidant properties, which can effectively prevent oxidative damage caused by free radicals and protect plant cells from the harm of environmental stress.

In human skin fibroblasts, Kinetin (0.23 μM) significantly increased the activity of p34 CDC2-like histone H1 kinase. This change was directly associated with an increase in the number of mitotic cells and an increase in the total number of captured Platyclin cells. At higher concentrations, such as 10 μM, Kinetin can increase the GSH level in human skin fibroblasts, enhance the activities of glutathione peroxidase and glutathione reductase, and simultaneously reduce the level of thiobarbituric acid active substances (TBARS). These effects jointly promote the health and vitality of skin cells, which is of great significance for delaying skin aging and maintaining firm and smooth skin.

Furthermore, when Kinetin is applied to human breast skin fibroblasts at a concentration of 40 μM, it can reduce age-related enlargement, multinucleation and accumulation of cell debris without affecting the proliferative lifespan. This means that Kinetin not only helps cells maintain a normal growth cycle, but also plays a positive role in the aging process, reducing the negative effects caused by aging on cells.

And 6-furanosaminopine, as a member of the cytokinin family of N6-substituted adenine derivatives, has also demonstrated its outstanding performance in plant growth regulation. It is involved in key physiological processes such as cell division and differentiation, and affects the growth and development of plants by regulating the signal transduction pathways within the plant. More importantly, studies have shown that 6-furaminopine has an anti-cellular aging effect, which means it may become one of the important clues for future anti-aging research.

FAPα has attracted much attention due to its in vitro dipeptidyl peptidase activity and collagen hydrolysis activity. It can precisely cut N-terminal dipeptides from polypeptides and effectively degrade gelatin and type I collagen. This unique biological activity makes FAPα have broad application potential in the medical field, such as being used as an important tool enzyme in tissue engineering and regenerative medicine. Meanwhile, FAPa has also been reported to have anti-tumor activity, which provides new ideas and directions for its application in the field of tumor treatment.

In actual agricultural production, the application of actin and its related compounds has achieved remarkable results. Common vegetables such as cauliflower, celery, spinach, lettuce, mustard greens, radishes and carrots can be sprayed or soaked at a concentration of 10 to 20mg/L after harvest, which can effectively slow down the degradation rate of proteins and chlorophyll in green tissues. This not only maintains the freshness and taste of the vegetables, but also extends their transportation and storage time, thereby reducing the loss rate of agricultural products during the circulation process. For specific vegetable varieties such as Chinese cabbage and kale, the treatment concentration can be further increased to 40g/L to meet their different demands for preservation effects. These practical application cases fully demonstrate the great potential of actin and its related compounds in improving the quality of agricultural products and ensuring food safety.