How nature is transforming medical devices and healthcare — 35 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
Millions of microscopic hair-like structures called setae on the gecko's toe pads create van der Waals forces — the …
Plant
The lotus leaf surface is covered with microscopic waxy bumps (papillae) that repel water so effectively — the biology …
Animal
Tiny tooth-like scales called denticles cover the shark's skin in a precise pattern that disrupts the boundary — the …
Animal
Spider silk is five times stronger than steel by weight, yet more elastic than nylon — the biology behind synthetic …
Plant
In 1941 George de Mestral studied the burs stuck to his dog and found hundreds of tiny hooks. That walk produced Velcro …
Animal
Mussels anchor themselves to rocks in crashing surf using thread-like byssal fibers tipped with adhesive — the biology …
Animal
The bombardier beetle defends itself by mixing hydroquinone and hydrogen peroxide from separate — the biology behind …
Animal
This frog can cling to smooth, wet leaves using toe pads that work via a wet adhesion mechanism — the biology behind …
Plant
The pitcher plant traps insects using a slippery rim (peristome) that becomes nearly frictionless when wet — the biology …
Animal
Cuttlefish change skin color and pattern within milliseconds using three layers of specialized cells — the biology …
Animal
Cortical bone achieves a remarkable combination of stiffness and toughness through a hierarchical — the biology behind …
Animal
The archerfish shoots precisely aimed jets of water at insects sitting on vegetation above the water — the biology …
Plant
The Venus flytrap snaps shut in 100 milliseconds — one of the fastest movements in the plant kingdom — the biology …
Animal
Abalone shell (nacre) is made from the same calcium carbonate as blackboard chalk — the biology behind ultra-tough …
Protist
These single-celled organisms produce cold blue light through a luciferin-luciferase reaction — the biology behind …
Animal
Blue whales communicate across ocean basins using ultra-low frequency (10–40 Hz) sound — the biology behind long-range …
Animal
The wood frog can survive being frozen solid — the biology behind cryopreservation technology.
Animal
Sea cucumbers can rapidly change their body stiffness from rigid (when threatened) to soft and fluid — the biology …
Animal
This jellyfish is effectively biologically immortal — when stressed — the biology behind cellular reprogramming and stem …
Animal
The flamingo tongue snail moves across sea fans (gorgonian coral) by secreting a mucus trail — the biology behind …
Animal
The pistol shrimp snaps its oversized claw so fast it creates a cavitation bubble — the biology behind cavitation-based …
Animal
The electric eel generates up to 860 volts using thousands of electrocytes — the biology behind soft biobatteries.
Animal
Brittlestars have no eyes, yet they can change color and seek shade in response to light changes — the biology behind …
Animal
The platypus hunts underwater with its eyes closed — the biology behind electroreception sensors.
Animal
The thorny devil drinks through its feet — capillary channels between its scales pull water to its mouth. The same trick …
Animal
Produces light via bioluminescence with near-100% efficiency — the biology behind high-efficiency LED coatings.
Animal
The bony tail is built from square cross-section rings that slide and rotate against each other — the biology behind …
Animal
Secretes a two-part underwater adhesive from separate glands — the biology behind underwater surgical adhesives.
Animal
When threatened, releases a small volume of mucus that expands 10,000-fold in a fraction of a second — the biology …
Protist
Single-celled algae build intricate silica shells (frustules) with species-specific nanoscale pore patterns — the …
Animal
Detects infrared radiation (body heat) from prey using pit organs containing a thin membrane just 15 — the biology …
Animal
Thousands of dome-shaped sensory organs (integumentary sense organs) embedded in the scutes — the biology behind …
Animal
Tolerates 30% body water loss, body temperature swings of 6°C over a day — the biology behind passive building thermal …
Animal
Enters cryptobiosis by replacing cellular water with a glass-like sugar (trehalose) and producing — the biology behind …
Animal
The trunk contains ~150,000 muscle fascicles and no rigid skeleton — achieving six degrees of freedom — the biology …