OliFuco® RE: Innovation for Muscle Health and Healthy Aging
As the global population ages, sarcopenia,
an age-related condition marked by progressive muscle loss, reduced
strength, and functional decline, has emerged as a major health challenge
among older adults. Sarcopenia is closely associated with increased risks of
falls, frailty, and loss of independence, yet there is currently no approved
pharmaceutical treatment.
OliFuco® RE is a proprietary
low molecular weight oligo fucoidan developed by Hi-Q Marine Biotech,
designed as a marine-based nutritional solution to support muscle health,
anti-aging, and inflammation management.
Advanced Oligo Fucoidan
Technology by Hi-Q Marine Biotech
Derived from brown seaweed, OliFuco® RE is produced
using Hi-Q Marine Biotech’s advanced enzymatic hydrolysis technology,
resulting in an ultra-low molecular weight (<1500 Da) fucoidan. This
optimized structure allows for improved absorption, higher bioavailability,
and preserved bioactivity, overcoming the limitations of traditional high
molecular weight fucoidan.
Scientifically Supported
Benefits for Sarcopenia
Preclinical studies using accelerated
aging mouse models (SAMP8) and muscle cell experiments show that OliFuco® RE supports
muscle health through dual mechanisms:
-
Enhancing muscle protein synthesis via
activation of the Akt/mTOR signaling pathway, while suppressing
muscle atrophy-related genes such as MuRF1
-
Reducing chronic inflammation by lowering
key inflammatory markers, including IL-6, TNF-α, and myostatin,
which are closely linked to age-related muscle degeneration
These effects contribute to the maintenance
of muscle mass, muscle strength, and functional performance in aging
populations.
Conclusion
Developed by Hi-Q Marine Biotech, OliFuco® RE represents a next-generation marine-derived functional ingredient
targeting sarcopenia, muscle loss, and healthy aging. By addressing both
inflammation and muscle protein metabolism, it offers a science-based nutritional
approach to preserving mobility and quality of life in later years.
Disclaimer:
This content is based on laboratory and animal studies. Human clinical trials
are required to further validate efficacy and optimal dosage. Please consult
healthcare professionals before use
Reference: https://www.sciencedirect.com/science/article/pii/S0531556525002839?via%3Dihub
