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Brain imaging using a new technique called Hierarchical Phase-Contrast Tomography or ‘HiP-CT’: h/t BrainBridger News Credits: Walsh, C.L., Tafforeau, P., Wagner, W.L. et al. #neuroscience #MedTwitter

Hugo Chrost

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164,361 次观看 • 3 年前 •via X (Twitter)

科学技术健康养生 #neuroscience #MedTwitter

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L Brielmaier 的头像

L Brielmaier3 年前

@BrainBridger A new X-ray technology allows for whole organs to be imaged down to a resolution of one micron.

Hugo Chrost 的头像

Hugo Chrost3 年前

@BrainBridger Thanks for sharing! :)

Sandeep Saluja 的头像

Sandeep Saluja3 年前

@BrainBridger Clinically when will you find it helpful?

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Neuropanda3 年前

@BrainBridger O.o

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Heather Raitz, LCSW.3 年前

@HypnoJeanne @BrainBridger Beautiful

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Richymor25( Ricardo Yáñez Morales)3 年前

@BrainBridger Beauty

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Orthospinology3 年前

@BrainBridger Memorizing beauty!

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Teel3 年前

@BrainBridger Whooooooooo....sweet..

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Abel Ramirez R3 年前

@BrainBridger @DescargaBot

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Cuban Art Club3 年前

@BrainBridger The brain universe.

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HiP-CT is a revolutionary imaging technique that reveals the human body in extraordinary detail. Zoom from an entire organ down to cells and blood vessels. Here, exploring the human brain at micron-scale. [📹 Paul Tafforeau]

HiP-CT is a revolutionary imaging technique that reveals the human body in extraordinary detail. Zoom from an entire organ down to cells and blood vessels. Here, exploring the human brain at micron-scale. [📹 Paul Tafforeau]

Massimo

80,176 次观看 • 6 个月前

HIP-CT JUST TURNED THE HUMAN BRAIN INTO A GOOGLE MAP This isn’t CGI. It’s not AI. It’s HiP-CT - Hierarchical Phase-Contrast Tomography - and it’s quietly breaking anatomy. One scan lets researchers zoom from a full human organ down to micron-scale detail. Blood vessels. Cellular architecture. Structural patterns you normally only see after cutting tissue apart. Except here, nothing is destroyed. The brain footage is the flex: intact hemispheres rendered so clean you can trace vascular networks like street grids. No stains. No dyes. Just synchrotron X-rays, and obscene resolution. Traditional histology gives detail but loses context. MRI keeps context but sacrifices precision. HiP-CT does both. Whole-organ truth, no trade-off. This is a new baseline for studying neurodegeneration, tumors, stroke damage, and developmental disorders. Pathology without guesswork. Anatomy without amputation. Within a decade, HiP-CT-style imaging becomes the gold standard for post-mortem research and drug validation - and forces medicine to rewrite parts of the anatomy textbooks we thought were “settled.” The body didn’t change. Our ability to see it just did. Source: Paul Tafforeau, Interesting World

HIP-CT JUST TURNED THE HUMAN BRAIN INTO A GOOGLE MAP This isn’t CGI. It’s not AI. It’s HiP-CT - Hierarchical Phase-Contrast Tomography - and it’s quietly breaking anatomy. One scan lets researchers zoom from a full human organ down to micron-scale detail. Blood vessels. Cellular architecture. Structural patterns you normally only see after cutting tissue apart. Except here, nothing is destroyed. The brain footage is the flex: intact hemispheres rendered so clean you can trace vascular networks like street grids. No stains. No dyes. Just synchrotron X-rays, and obscene resolution. Traditional histology gives detail but loses context. MRI keeps context but sacrifices precision. HiP-CT does both. Whole-organ truth, no trade-off. This is a new baseline for studying neurodegeneration, tumors, stroke damage, and developmental disorders. Pathology without guesswork. Anatomy without amputation. Within a decade, HiP-CT-style imaging becomes the gold standard for post-mortem research and drug validation - and forces medicine to rewrite parts of the anatomy textbooks we thought were “settled.” The body didn’t change. Our ability to see it just did. Source: Paul Tafforeau, Interesting World

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