D printing skin, bone, and even working organs could change transplant medicine and medical research — but how, exactly, does ...

It relies on the natural properties of physical systems to perform complex tasks and Kobayashi's research suggests human soft tissue could be used to process information. Instead of building a ...

Nanoplastics can enter the brain, accumulate in organs, and trigger inflammation. Learn how these invisible pollutants impact ...

“Common reservoirs include nonlinear dynamical systems like electrical circuits ... none that use in vivo human tissue.” To test if human tissue could be used to perform computations ...

One reason why our livers excel at clearing waste from our blood system is that the organ functions according to three key ...

Karl Koehler builds inner ear and skin organoids from human stem cells to model their development in health and disease.

Tissue/cell processing and embedding Tissue slide sectioning H&E staining Special stains including: PAS, ORO, Trichrome, VVG for elastin, Giemsa Sectioning of thick tissue curls or core punches for ...

3 However, the generation of fetal organoids is complicated by ethical and legal restrictions on the harvesting of the human tissues ... the kidneys’ filtration system. Although the amniotic fluid ...

One reason why our livers excel at clearing waste from our blood system is that the organ functions according to three key ...

PhysioMimix organ-on-a-chip (OOC) systems allow users to recreate 3D microtissues from human primary cells that imitate the physiology and function of human tissues and organs in vitro.

Most computers run on microchips, but what if we've been overlooking a simpler, more elegant computational tool all this time? In fact, what if we were the computational tool?