The video explores how nature has inspired various surgical innovations. It covers six breakthroughs: a tissue extractor inspired by a wasp's ovipositor, a needle modeled after a mosquito's proboscis, robotic manipulators influenced by cucumber tendrils, surgical glue based on mussel byssal threads, skin grafts inspired by a parasitic worm, and bandages designed like gecko feet. These innovations aim to improve surgical efficiency, reduce pain, and enhance healing, showcasing the potential of biomimicry in medicine.

What is the main advantage of the wasp-inspired tissue extractor over traditional suction-based devices?

• It can be used for all types of surgeries.

• It is faster than suction devices.

• It is more cost-effective.

• It reduces trauma during surgery.

What is the main drawback of the wasp-inspired tissue extractor currently?

• It requires a lot of power.

• It is too expensive.

• It is slower than suction devices.

• It is not safe for use.

How does the mosquito-inspired needle design aim to reduce pain during injections?

• By using a chemical anesthetic.

• By increasing the speed of injection.

• By reducing tissue resistance.

• By using a thicker needle.

What is the role of the labrum in the mosquito-inspired needle design?

• To hold the needle steady.

• To penetrate blood vessels.

• To inject medication.

• To pierce the skin.

What is the primary function of the cucumber-inspired robotic manipulators in surgery?

• To increase the speed of surgery.

• To improve flexibility and reduce risk.

• To replace human surgeons.

• To perform surgeries without anesthesia.

What problem do cucumber-inspired robotic manipulators aim to solve in surgery?

• Inflexibility of current devices.

• High cost of surgical tools.

• Long recovery times.

• Lack of precision.

What is the main purpose of the mussel-inspired glue in fetal surgery?

• To speed up the healing process.

• To create a watertight seal during surgery.

• To reduce the cost of surgery.

• To eliminate the need for incisions.

What is the significance of DOPA in the development of mussel-inspired glue?

• It is a type of protein.

• It is a type of adhesive.

• It is an amino acid residue.

• It is a synthetic compound.

How do the cone-shaped needles in the worm-inspired skin graft technology function?

• They are made of metal.

• They dissolve after surgery.

• They swell to lock in place.

• They release medication.

What unique feature of gecko feet inspired the design of new surgical bandages?

• Their sticky chemical secretion.

• Their suction cup-like toes.

• Their ability to change color.

• Their spatulae and setae structures.