Curiosity Weekly
Paralysis Recovery, Bee Architecture, Perinatal Treatment
May 31, 2024
Discover how a paralyzed man is regaining mobility through stem cell therapy, unravel the mysteries of bee architecture and social learning, and explore the potential benefits of esketamine injections for postpartum depression in new mothers.
12:44
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Quick takeaways
- Stem cell therapy shows potential in spinal cord injury recovery, achieving mobility and sensation improvements.
- Stingless bees exhibit sophisticated nest building behaviors guided by their existing structures, showcasing unique social learning capabilities.
Deep dives
Stem Cell Therapy for Paralyzed Man
In a groundbreaking clinical trial, a man named Chris Barr regained the ability to stand and walk after receiving an injection of stem cells derived from his stomach fat into his spinal cord. This treatment, aimed at studying the benefits and safety of stem cell therapy in spinal cord injuries, resulted in improved sensations and mobility for Chris, marking a potential breakthrough in life-changing treatments.
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