3D printing is revolutionizing medical research by enabling the creation of physical objects from digital models. It aids in customizing lab equipment, surgical planning, and developing models of proteins and pathogens, thus saving time and money while enhancing patient care. The NIH 3D Print Exchange offers a platform for sharing 3D print files, fostering collaboration and innovation. Researchers use 3D printing to customize and repair equipment, improving efficiency and protecting investments. It also aids in surgical visualization by creating models from clinical data. The technology's collaborative potential allows for global sharing and learning.

What is one of the primary benefits of using 3D printing in medical research?

• It increases the cost of research.

• It reduces the need for any physical models.

• It helps in customizing lab equipment and surgical planning.

• It allows for the creation of digital models only.

What is the NIH 3D Print Exchange primarily used for?

• Developing new surgical tools.

• Creating digital art.

• Exchanging and sharing 3D print files.

• Sharing and remixing videos.

How has 3D printing benefited the National Center for Advancing Translational Sciences?

• By eliminating the need for any repairs.

• By allowing for quick and cost-effective repairs.

• By making it harder to repair equipment.

• By increasing the time needed for equipment customization.

What was one of the specific improvements made using 3D printing at the National Center for Advancing Translational Sciences?

• Creating a new type of robot.

• Developing a new surgical technique.

• Printing a replacement rim to improve robot grip.

• Designing a new type of compound plate.

What is the role of 3D printing at the National Library of Medicine?

• To create digital-only models.

• To generate custom 3D print files from clinical data.

• To develop new types of CT scans.

• To replace traditional surgical tools.

How does 3D printing assist surgeons according to Terry Yoo?

• By eliminating the need for surgery.

• By offering a visualization of the problem and approach.

• By providing digital-only models.

• By creating new surgical instruments.

What is the ultimate goal of the NIH 3D Print Exchange?

• To limit access to 3D print files.

• To provide a platform for learning, creating, and collaborating.

• To replace all traditional medical procedures.

• To focus solely on educational purposes.

What potential does the NIH 3D Print Exchange see in young users?

• They will only use it for entertainment.

• They could create and share innovative models.

• They will not find it useful.

• They might misuse the platform.

What is a key feature of the NIH 3D Print Exchange?

• It is a paid service.

• It only offers pre-made models.

• It is limited to medical professionals only.

• It allows for downloading and sharing of 3D models.

How does the NIH 3D Print Exchange encourage global collaboration?

• By restricting access to certain regions.

• By allowing users to share models worldwide.

• By focusing only on local collaborations.

• By limiting the number of users.