Tissue Engineering

Colossal | Art, design, and visual culture

Bone tissue. Coloured scanning electron micrograph (SEM) of a section through an osteoclast bone cell in reabsorbing bone matrix, showing the cell's nucleus (round, centre).

To trace the longer pathways that interconnect different brain regions, CBS labs developed a genetic method to label each individual nerve cell a different color to identify and track axons and dendrites over long distances.

3D Model Of Neuron Anatomy - 3D Model

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WOW! is all I have to say...this video is unbelievable! What a fantastic way to introduce cells to kids!

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A stunning video of the nervous system of a zebrafish over a 16 hour period. The imperative is to grow into somebody.

It is an object of curiosity to know how would human bones look when scanned by an electron microscope. The image obtained as a result of scanning by the electron microscobe will most likely surprise anyone seeing it. But of course discovering that kind of view is still exciting. Since not any random person could …

Human brain cortex neurons with network of interconnecting dendrites. SEM X575 at 8"x10" size

Osteoblast bone cell. Colored SEM of an #osteoblast in #bone tissue. Osteoblasts are primarily found in regions of new bone growth. They produce and secrete osteoid, a matrix of new bone tissue composed of collagen fibrils and other structural proteins. As soon as osteoid is formed, calcium salts crystallize inside it to form hard, mineralized bone. Magnification: x8000 when printed 10 centimeters wide. ©Steve Gschmeissner/Science Source #micrograph #medicalphotos #stockimages #ScienceSource

Bone tissue (imaged using a scanning electron microscope [SEM])

Les images fabuleuses réalisées grâce à la technique scientifique du microscope électronique à balayage (MEB) révèlent l’aventure intérieure du corps. Une introspection visuelle rare, qui avec une infinité de détails, des couleurs contrastées pour mieux saisir la complexité de ce corps et de son fonctionnement, surprennent et émerveillent.

Scientists have found a way to read people's dreams using brain scans, a new study suggests.

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