Three Revolutionary Models Could Transform Disease Research and Regenerative Medicine
Comprehensive review reveals how parabiosis, organoids, and assembloids complement each other to model complex diseases from systemic to tissue levels.
1386 articles in this topic
Comprehensive review reveals how parabiosis, organoids, and assembloids complement each other to model complex diseases from systemic to tissue levels.
Breakthrough skin organoids contain blood vessels, hair follicles, and immune cells, opening new paths for disease modeling and regenerative medicine.
Researchers outline vision for fully automated bioprinting laboratories that use AI and robotics to manufacture tissues and organs with minimal human intervention.
Vascular-inspired scaffolds solve oxygen diffusion problems in brain organoids, enabling better drug testing models.
NHANES analysis reveals Mediterranean, DASH, and HEI diets significantly reduce biological aging acceleration through anti-aging proteins.
Ganoderma lucidum spore powder extended lifespan and increased ฮฑ-Klotho levels across organs in worms and mice aging models.
New analysis reveals how the antiaging protein Klotho protects against inflammation, cellular damage, and organ dysfunction across multiple aging pathways.
Comprehensive review reveals how reactive oxygen species damage the eye through lipid peroxidation, protein oxidation, and mitochondrial dysfunction.
New research reveals specific antioxidant combinations that significantly enhance skin's structural proteins better than individual compounds.
Multi-ingredient topical formulation with niacinamide and tranexamic acid shows significant improvement in periorbital hyperpigmentation.
New research shows PQQ supplementation improves aged egg cell quality and embryo development by activating cellular antioxidant defenses.
Italian study reveals seniors' preferences for multidimensional health interventions combining technology with community engagement.