How nature is transforming medical devices and healthcare — 25 biomimicry examples with real-world products and research.
Biomimicry is producing significant advances in medical devices.
The strategies below — despite coming from organisms as different as beetles, sponges,
and ferns — tend to share a set of properties that make them attractive to medical devices
engineers:
Animal
How the tokay gecko inspired dry adhesives — the biological mechanism, the engineering principle, and real-world …
Plant
How the sacred lotus inspired self-cleaning surfaces — the biological mechanism, the engineering principle, and …
Animal
How the shortfin mako shark inspired drag-reducing surfaces — the biological mechanism, the engineering principle, and …
Animal
How the golden silk orb-weaver spider inspired synthetic spider silk — the biological mechanism, the engineering …
Plant
How the cocklebur inspired Velcro — the biological mechanism, the engineering principle, and real-world applications. …
Animal
How the california mussel inspired underwater surgical adhesives — the biological mechanism, the engineering principle, …
Animal
How the bombardier beetle inspired pulsed combustion and drug injection — the biological mechanism, the engineering …
Animal
How the red-eyed tree frog inspired wet-surface adhesive grippers — the biological mechanism, the engineering principle, …
Plant
How the pitcher plant inspired SLIPS non-stick coatings — the biological mechanism, the engineering principle, and …
Animal
How the cuttlefish inspired color-changing flexible displays — the biological mechanism, the engineering principle, and …
Animal
How the bone inspired hierarchical composite materials — the biological mechanism, the engineering principle, and …
Animal
How the archerfish inspired precision liquid-jet systems — the biological mechanism, the engineering principle, and …
Plant
How the venus flytrap inspired snap-through soft robot actuators — the biological mechanism, the engineering principle, …
Animal
How the abalone shell inspired ultra-tough ceramic composites — the biological mechanism, the engineering principle, and …
Protist
How the bioluminescent dinoflagellate inspired high-efficiency bioluminescent lighting — the biological mechanism, the …
Animal
How the blue whale inspired long-range underwater acoustic communication — the biological mechanism, the engineering …
Animal
How the bone-dry wood frog inspired cryopreservation technology — the biological mechanism, the engineering principle, …
Animal
How the sea cucumber inspired variable-stiffness neural implants — the biological mechanism, the engineering principle, …
Animal
How the turritopsis dohrnii jellyfish inspired cellular reprogramming and stem cells — the biological mechanism, the …
Animal
How the sea snail inspired viscoelastic reversible adhesives — the biological mechanism, the engineering principle, and …
Animal
How the pistol shrimp inspired cavitation-based cleaning and microfluidics — the biological mechanism, the engineering …
Animal
How the electric eel inspired soft biobatteries — the biological mechanism, the engineering principle, and real-world …
Animal
How the brittle star inspired biomimetic microlens arrays — the biological mechanism, the engineering principle, and …
Animal
How the platypus inspired electroreception sensors — the biological mechanism, the engineering principle, and real-world …
Animal
How the thorny devil lizard inspired capillary wicking microfluidic devices — the biological mechanism, the engineering …