Still, the researchers say that by bundling tissue together, their invention overcomes a significant hurdle in the scalability of biohybrids. Previously such devices couldn't get much bigger than ...

Researchers are exploring the use of mammalian cells, such as muscle, stem or immune cells, employing pollen and spore-based biohybrids, and much more. These diverse biological systems offer an ...

From disaster zones to extreme environments, there remain areas difficult for even humans to reliably access. This poses a problem for search-and-rescue operations, research, surveillance, and more.

Limitations of the Biomimetic Approach In biomimetic design, the conventional approach to biohybrids, engineers form functional devices by recreating existing biological structures. That approach ...

In biomimetic design, the conventional approach to biohybrids, engineers form functional devices by recreating existing biological structures. That approach, however, has limits. For biohybrid ...

In biomimetic design, the conventional approach to biohybrids, engineers form functional devices by recreating existing biological structures. That approach, however, has limits. For biohybrid ...

But choose paper and you are going to lose to this robot hand, which has mastered the art of the scissor gesture. And while it might seem like a simple motion, in the realm of biohybrids and ...

In biomimetic design, the conventional approach to biohybrids, engineers form functional devices by recreating existing biological structures. That approach, however, has limits. For biohybrid ...