Tissue Chips and Their Applications

What is the primary purpose of sending tissue chips to the International Space Station?

• To improve drug testing and disease research

• To test the effects of space radiation on human cells

• To develop new space travel technologies

• To study the psychological effects of space travel

Why do cells in tissue chips behave more like real organ cells compared to those in static cell culture dishes?

• Because they are exposed to natural sunlight

• Because they are grown in a vacuum

• Because they are interwoven with channels that allow flow of air, blood, and nutrients

• Because they are kept at a higher temperature

How does microgravity on the ISS benefit disease modeling using tissue chips?

• It slows down the progression of diseases

• It prevents diseases from occurring

• It allows diseases to be modeled much faster than on Earth

• It enhances the growth of cells

What is one potential future application of tissue chips in medicine?

• To replace all human organs with synthetic ones

• To create artificial intelligence systems

• To advance precision medicine by customizing treatments

• To develop vaccines for all diseases

What is the concept of 'human-on-a-chip' aiming to achieve?

• To create a miniature human clone

• To simulate whole-body physiology for drug testing

• To develop a new form of entertainment

• To replace human doctors with robots