🚀 Big news in science! Researchers just dropped a game-changer: the human ascending somatosensory assembloid (hASA)! 🧠✨ This four-part model uses human stem cells to recreate the sensory journey from your fingertips to your brain.
It’s like assembling the ultimate sensory team:
- 🖐 Somatosensory organoids (hSeO)
- 🧬 Dorsal spinal cord organoids (hdSpO)
- 🔹 Thalamic organoids (hDiO)
- 🧠 Cortical organoids (hCO)
These components work together to mimic how we feel pain, touch, and temperature!
But wait, there’s more! This isn’t just a medical marvel—it could totally change the game for robotics and brain-computer interfaces. 🤖💡
Imagine robots that can actually "feel" their surroundings or even sense when they're about to break down. Plus, we could see brain interfaces that not only read signals but also send sensory feedback—talk about next-level tech! 🎮💥
The best part? It’s all based on human cells, so it’s way more relevant for what we need. Forget outdated animal models; this is about understanding us!
These researchers are already diving into how tweaks in the NaV1.7 sodium channel affect pain responses—so cool! 🌟👩🔬 Keep an eye on this; it might just change how we interact with machines forever! #ScienceWins #RoboticsRevolution