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Brain imaging without compromise. ✨🔬 Using technology originally designed for defect detection in electronics manufacturing, the ExA-SPIM microscope is showing scientists the brain as it’s never been seen before. Look into the future of #microscopy at

allen institute

68,874 subscribers

54,617 views • 3 years ago •via X (Twitter)

Anya Rossi• Live Now

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4 Comments

Chan Zuckerberg Initiative3 years ago

Amazing milestone! It was great to collaborate on incorporating our new multi-camera streaming software ACQUIRE into the ExA-SPIM microscope

Micro Core3 years ago

La combinación de microscopía de hoja de luz (SPIM) y microscopía de expansión (ExM) produce resultados extraordinarios 👏🏼

Hersh2 years ago

insane tech

Dr. ロッシュ_分子生物学者3 years ago

脳内の詳細な構造をついに完全体として可視化か！？解像度はどれぐらいなのだろう。電子部品の欠陥検査に用いられる技術の転用のようだが。

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Brain imaging without compromise. ✨🔬 Using technology originally designed for defect detection in electronics manufacturing, the ExA-SPIM microscope is showing scientists the brain as it’s never been seen before. Learn more:

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Time to master mass effect!! Four main types of herniation from mass effect: Subfalcine: Brain herniates under the flax. See as midline shift in axial CT slices Transtentorial: Temporal lobes herniated across the tentorium into the posterior fossa & cause mass effect upon the brainstem. This is seen as effacement of basilar cisterns on axial CT slices Transcranial: Occurs in the setting of a defect-usually to relieve mass effect. Brain herniates into the defect, usually relieving mass effect intracranially Tonsillar herniation: Mass effect in the posterior fossa causes the brainstem to herniate downward through the foramen magnum. This can eventually compress the brainstem. Now you know the different types of brain herniations and what they look like! Hopefully, now you will never have to debate when the brain herniates!!

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