Resume: Advances in organoids and embryonic models raise questions about human individuality. A new study argues that these models can strengthen, not weaken, the concept of human individuality from a personality and emotional framework. Researchers emphasize that current technologies are far from achieving personality in embryo models or organoids. The ethical focus must remain on … Read more
Resume: A new study describes how AI and computer simulations train robotic exoskeletons to help users conserve energy while walking, running and climbing stairs. This method eliminates the need for lengthy experiments involving humans and can be applied to a variety of devices. The breakthrough offers significant potential for helping people with mobility problems, improving … Read more
Resume: Researchers used a portable MEG scanner to map brain activity in young children, providing new insights into brain development and conditions such as autism. The lightweight, customizable helmet with quantum technology enables high-quality, motion-friendly scanning. This breakthrough makes it possible to study crucial developmental milestones and brain functions from a very young age. Key … Read more
Resume: Researchers developed ConVERGD, a tool for precise manipulation of specific cell subpopulations, improving research into cellular diversity. The study demonstrated the utility of ConVERGD by identifying a subpopulation of norepinephrine neurons associated with anxiety. This innovative approach could impact research and treatment in several areas. Key Facts: Precision tools: ConVERGD enables precise targeting and … Read more
Resume: Researchers have developed a new approach to muscle control using light instead of electricity. This optogenetic technique provides more precise muscle control and significantly reduces fatigue in mice. Although not currently feasible in humans, this approach could revolutionize prosthetics and help people with reduced limb function. Key Facts: Optogenetic muscle stimulation provides more precise … Read more