20 articles
New molecular simulations reveal exactly how astaxanthin positions itself within cell membranes, explaining its exceptional antioxidant potency.
A comprehensive 2026 review details how astaxanthin fights oxidative stress and inflammation across cardiovascular, neurological, hepatic, renal, and other systems.
A rat study shows 8 weeks of astaxanthin supplementation improves antioxidant capacity, mitochondrial function, and recovery from chronic exercise fatigue.
New mouse and cell research shows astaxanthin protects muscle structure and function under high-fat stress by enhancing mitochondrial biogenesis and cutting oxidative damage.
Marine carotenoid astaxanthin suppresses nociceptive and inflammatory pain via NMDA receptors and COX-2 inhibition, matching standard analgesics in rats.
Short-term astaxanthin supplementation significantly enhanced cycling performance while reducing muscle damage and oxidative stress in young adults.
A natural antioxidant carotenoid selectively binds TNFR2 in oocytes, blocking TNF-ฮฑ signaling and dramatically improving embryo development outcomes.
Two microalgae species offer distinct pathways to scale natural astaxanthin production, potentially making this powerful antioxidant more accessible.
A new review maps the molecular mechanisms by which stress boosts astaxanthin yield in yeast, pointing toward scalable natural production.
Scientists engineer Spirulina-based extracellular vesicles loaded with astaxanthin to protect skin cells from radiation injury by restoring mitochondrial health.
Microalgae fed glycerol simultaneously detoxify toxic selenite and ramp up astaxanthin production, opening a dual environmental and health application.
Researchers discover K5, a synthetic xanthine derivative that selectively eliminates senescent cells while inhibiting HSP90ฮฑ protein.
Small spirulina peptides prevent UV-induced skin darkening by blocking melanin production and reducing inflammation in new research.
Anwulignan activates two powerful cellular protection pathways simultaneously, reducing UV-induced skin aging markers in mice and zebrafish.
Natural UV-protective compound from marine organisms extends lifespan and protects neurons in lab studies.
Astragaloside IV from Astragalus root reduces lung injury by blocking inflammatory cell death pathways in laboratory studies.
A 2025 review maps how Astragalus-derived compounds like TA-65 slow vascular aging by activating telomerase and curbing inflammation.
Natural compound from Astragalus root targets multiple inflammatory pathways simultaneously, offering new hope for chronic disease treatment.
Study reveals ergothioneine concentrates in oxidative stress-prone tissues like slow-twitch muscle and brown fat.
AS-IV and cycloastragenol from Astragalus root modulate macrophage polarization across multiple diseases via key signaling pathways.
