Hold onto your lab coats, science enthusiasts! 🔬 China's brilliant minds at Tsinghua University have just unleashed a game-changing microscope that's about to rock the world of biology! 🌟
Meet the RUSH3D system—a super intravital microscope capable of peering into the three-dimensional interactions of massive cell networks at the mammalian organ level. Just imagine seeing how thousands of cells communicate and work together in real-time! 🤯
This isn't your average microscope. With a field of view that spans centimeters and a resolution that goes down to subcellular levels, the RUSH3D can capture high-speed 3D images at a whopping 20 frames per second! 🎥 And get this—it can keep observing for hours on end with low toxicity, meaning our furry little lab friends stay safe and sound. 🐭❤️
So, what's the big deal? Well, in neuroscience, understanding how billions of neurons interact is key to unlocking mysteries like intelligence and consciousness. 🧠✨ The team used RUSH3D to observe layers of the cerebral cortex in live mice, capturing unique response patterns across different brain regions under various sensory stimulations. Talk about mind-blowing! 💥
\"The traditional fluorescence microscopy let us see only a tiny part of an organ,\" says Dai Qionghai, the mastermind behind the study. \"But the RUSH3D system is like using 100 microscopes at once! It gives us complete coverage of the mouse cortex and captures the dynamic dance of hundreds of thousands of neurons.\" 🕺🧬
Published in the journal Cell, this breakthrough is set to supercharge research in oncology, immunology, and neuroscience. It paves the way for a deeper understanding of how organs function at the single-cell level. 🚀 Get ready, world—the future of biomedical research just got a serious upgrade! 🌐
Reference(s):
China's super microscope expands insights of mammal cell interactions
cgtn.com
