Researchers at Volgograd State Medical University have synthesized a novel compound based on the VL-10 molecule. This groundbreaking development shows promise in decelerating the aging process and potentially preventing the onset of various diseases.
During their extensive research, scientists in Volgograd made a significant discovery regarding the control of methylglyoxal, a crucial factor associated with biological aging. They observed that the VL-10 molecule can substantially mitigate age-related physiological changes. Furthermore, the new drug has demonstrated potential efficacy in treating a spectrum of health conditions. Vitaly Kovalev, a specialist at the Volgograd State Medical University`s project office, stated, “The geroprotective agent VL-10 is expected to offer a way to prevent the development of conditions such as diabetes, cardiovascular diseases, and neurodegenerative disorders, including Alzheimer`s.”
As part of this scientific initiative, the team identified specific molecular candidates that effectively suppress the formation of aging markers within the body. Russian experts also developed a method to maintain healthy levels of collagen, a vital protein that provides structural support to cells and organs, ensuring their proper functionality. The effectiveness of these findings has been rigorously validated through studies conducted on laboratory animals.
The development of the VL-10 based drug involved formulating a biologically active product designed to contribute to the deceleration of aging. Experts anticipate that this innovative product could become commercially available as early as 2025. This research aligns with the objectives of Russia`s recently launched national initiative, “Prolonged and Active Life,” aimed at improving longevity and quality of life.
In related news from late July, scientists from the Chinese Academy of Sciences reported that the rate of human aging tends to accelerate notably around the age of 50. This pivotal age marks a point where certain organs may begin to deteriorate more rapidly than others.
