3D versions of testicles also make it to the list of body parts that scientists have grown in the lab. Scientists have also modeled the placenta in the lab in order to study how the organ develops ...

No pumping is required. Among other potential applications, such networks could find use in lab-grown replacement skin or organs, self-healing materials, and soft robotic devices. Due to the fact ...

HELSINKI, Nov. 14 (Xinhua) -- The University of Oulu in Finland announced on Thursday that its researchers have developed a new method to grow functional blood vessels within lab-grown mini-organs ...

The invention uses light, sound and bubbles to quickly create copies of soft tissue that might one day support testing ...

“Our model can, therefore, predict at an early stage of development what the final quality of the organoid will be, based ...

Lab-grown meat could soon be a readily available ... This is a cell culture media that has been incubated with cells from livestock organs, such as livers or placentas, that secrete the required ...

This feat could be the first step in crafting lab-grown meat, material for skin grafts, and even artificial human organs. The next step—ensuring chloroplasts can survive longer in animal cells.

This technique could address oxygen shortages that hinder lab-grown tissues, such as artificial organs and skin, by allowing ...