Organoids Transform Precision Medicine From Lab Research to Patient Treatment
New review explores how lab-grown organ models are revolutionizing personalized medicine and drug development.
Stem cells, exosomes, gene therapy, peptides, hyperbaric oxygen, and epigenetic reprogramming
390 articles
New review explores how lab-grown organ models are revolutionizing personalized medicine and drug development.
Breakthrough chemical reprogramming method transforms ordinary blood cells into versatile stem cells without genetic modification.
New research explores using Klotho protein with stem cell-derived vesicles to treat acute kidney injury, potentially offering regenerative therapy.
Revolutionary thermoelectric hydrogels convert body heat to electricity, dramatically speeding wound closure through cellular stimulation.
New review reveals how nerve signals, Schwann cells, and nerve-derived cells orchestrate tissue healing and regeneration.
New minimally invasive techniques for thyroid cancer surgery offer better cosmetic outcomes and faster healing compared to traditional open surgery.
Research reveals mechanisms behind the critical transition from fetal to adult hemoglobin, opening new treatment pathways.
Novel p75 neurotrophin receptor fusion protein reduces knee pain by up to 43% compared to placebo in 518-patient randomized trial.
New research reveals how activating HDAC5 enzyme accelerates wound healing, offering hope for diabetic and chronic wounds.
Scientists discover cells can recover from dying conditions through a programmed revival process that enhances wound healing and regeneration.
Revolutionary nanoneedle technology creates molecular replicas of living brain tissue, enabling repeated monitoring of glioma progression and treatment response.
Novel nanoparticle therapy converts inflammatory macrophages into healing cells that deliver healthy mitochondria to damaged spinal discs.