Exploring Microrobotics in the Human Body

What is the potential of nanoscale robots in medicine?

• They can only be used in the bloodstream.

• They could be used anywhere in the human body, even in the brain.

• They are primarily for external applications only.

• They can replace traditional surgical methods entirely.

What technologies have allowed us to look inside the human body over the past 150 years?

• X-rays and MRIs

• Ultrasound and CT scans

• Blood tests and biopsies

• Endoscopy and laparoscopy

What is the purpose of the camera on PillBot?

• The camera provides a live video feed.

• The camera takes still photos only.

• The camera is used for facial recognition.

• The camera records audio messages.

What is the size of PillBot compared to a common object?

• About the size of a small multivitamin capsule.

• About the size of a grapefruit.

• About the size of a standard smartphone.

• About the size of a tennis ball.

What is the significance of using AI with PillBot?

• AI can automate functions, improve performance, and assist in diagnosis and treatment.

• AI is primarily used for entertainment purposes.

• AI has no significant impact on healthcare.

• AI can only be used for data entry tasks.

What potential improvements could enhance the experience of using PillBot?

• Using augmented reality headsets for 3D visualization and artificial intelligence for detection and characterization of abnormalities.

• Implementing voice recognition for user commands and feedback.

• Integrating social media sharing features for user experiences.

• Offering a subscription model for premium features and content.

What is the current status of PillBot?

• PillBot is currently available in pharmacies.

• PillBot is about to go through clinical trials and will take a couple of years to reach the market.

• PillBot has been approved by the FDA and is ready for distribution.

• PillBot is undergoing final testing before its release.

What happens to PillBot after it completes its task?

• PillBot is removed manually by the doctor.

• PillBot takes its natural course through and out of the body without the patient being aware.

• PillBot dissolves in the stomach and is absorbed into the bloodstream.

• PillBot is expelled immediately after the task is done.

How does the pilot control PillBot?

• The pilot can use a game controller, tablet, or smartphone to navigate PillBot.

• The pilot controls PillBot using voice commands only.

• The pilot must use a joystick connected to a computer.

• The pilot can only control PillBot through a virtual reality headset.

What is PillBot?

• A small, wireless robot that swims in a water-filled human stomach.

• A type of medication dispenser for patients.

• A robotic vacuum cleaner designed for homes.

• A drone used for aerial photography.