Why Scientists are Giving Robots Human Muscles

Bio hybrid robotics is a field that combines live muscle tissue with robotic skeletons to create human-like robots. These robots can help scientists understand human movement and develop better therapies for motor impairments. However, challenges such as muscle repair and precise control need to be addressed. The field holds promise for creating flexible, safe robots for various applications.

What is the primary goal of bio hybrid robotics?

• To develop robots that can mimic human movement using live muscle tissue

• To design robots that can fly

• To replace all human body parts with robotic ones

• To create robots that can think like humans

How do scientists grow muscle tissue for bio hybrid robots?

• By using synthetic materials

• By culturing myoblasts in a hydrogel

• By using 3D printing technology

• By extracting muscles from animals

What is a major limitation of current bio hybrid robots?

• They lack a self-repair mechanism

• They are too heavy to function

• They cannot move at all

• They are too expensive to produce

What is one proposed solution to improve the durability of bio hybrid robots?

• Reducing the number of moving parts

• Growing motor neurons in the muscle tissue

• Using stronger metals

• Increasing the size of the robots

Why is it challenging to control muscle contractions in bio hybrid robots?

• Due to the lack of proper sensors

• Due to the difficulty in precisely controlling electrical stimulation

• Because the robots are too small

• Because the muscles are too strong

How can bio hybrid robots contribute to medical research?

• By replacing doctors in surgeries

• By helping understand human motor impairments

• By diagnosing diseases automatically

• By creating new medicines

What is the role of soft robotics in the context of bio hybrid robots?

• To make robots more rigid

• To enhance the flexibility and adaptability of robots

• To increase the speed of robots

• To reduce the cost of robot production