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10/ With adaptive optical lattice light sheet microscopy (AO-LLSM), we’ve opened a stunningly beautiful and humblingly complex world of 4D subcellular processes viewed with high definition in living transparent multicellular organisms such as zebrafish.

Eric Betzig

3,226 subscribers

46,182 次观看 • 1 年前 •via X (Twitter)

健康养生科学技术教育

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4 条评论

Raffaele Di Giacomo, PhD 的头像

Raffaele Di Giacomo, PhD1 年前

Impressive work, Eric! AO-LLSM is indeed revolutionizing our understanding of subcellular dynamics. How do you see its future applications in developmental biology or disease modeling? For those keen to delve deeper into complex biomedical queries, check out – a one-stop platform that can generate detailed biomedical reviews and answers. #Biology #Microscopy #Medicine

WillScuderi 的头像

WillScuderi1 年前

🚀 We've just launched the ultimate travel companion for all business travellers. The espresso Display 15 with Stand+ features: ✅ Aluminium Build ✅ Works with one cable for Mac, PC, iphone (15 and later) ✅ Display above laptop ✅ 1080p/16m colours/300nits ✅ 0.2"/5mm thin

Jyotishman Dasgupta 的头像

Jyotishman Dasgupta1 年前

This is stunning 🙏🙏🙏🙏

Joshua Horne 的头像

Joshua Horne1 年前

Pretty colors

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Organelle dynamics and sequential cell divisions for 200 time points at 44 sec intervals in the early zebrafish brain, 14 hours post fertilization. As seen by adaptive optical lattice light sheet microscopy:

Organelle dynamics and sequential cell divisions for 200 time points at 44 sec intervals in the early zebrafish brain, 14 hours post fertilization. As seen by adaptive optical lattice light sheet microscopy:

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