All life is connected in a vast family tree. Every organism exists in relationship to its ancestors, descendants, and cousins ...

The tree of cortical cell types provides one of the most detailed and complete characterizations of the diversity ... or how they look under a microscope; their physiology, or how they respond ...

The tree of cortical cell types provides one of the most detailed and complete characterizations of the diversity ... or how they look under a microscope; their physiology, or how they respond ...

Advanced light microscopy techniques have come into their own — and are giving scientists a new understanding of human biology and what goes wrong in disease ...

Researchers at UT Southwestern Medical Center have developed a new “self-driving” microscope that addresses two major challenges in microscopy: imaging living cells or organisms at radically ...

Use of tree shrew Sertoli cells, but not mouse embryonic fibroblasts, ... At D0, no EGFP expression was observed in the entire testis under fluorescent dissection microscope.

It’s been a big week for the world of the small. In a new microscope breakthrough, researchers have figured out how to use a minuscule sheet of light to produce movies of living cells, revealing ...

FROM mighty maples to small shrubs, woody plants are even more striking when viewed from the inside. Hidden beneath the bark is a lush world of cells that reveal the secrets of these plants. The ...

Most of a tree consists of its trunk, and most of the trunk is not living. The outer bark is comprised of non-living cells, whereas the inner bark is alive for a period of time.

April 15, 2009 The CellScope is a revolutionary attachment that turns a standard camera-enabled cell phone into a clinical quality microscope, with magnification up to 50X.

The quantum optical microscope is an example of how the strange principle of quantum entanglement can feature in real-world applications. Two particles are entangled when their properties are ...

Using tape, rubber and a tiny glass ball, researchers transformed an iPhone into a cheap, yet powerful microscope able to image tiny blood cells. They’ve also added a clinical-grade cellphone ...