Revolutionary Levitation Technologies: Transforming Bioprinting and Space Travel
Researchers at Maastricht University are using a combination of acoustic and magnetic levitation techniques in a project called PULSE to advance bioprinting capabilities. By manipulating individual components without physical contact, the researchers aim to create highly sophisticated and realistic organoids that closely mimic human organs. The technology could revolutionize bioprinting by enabling the creation of organs and tissues with greater detail and complexity. Additionally, the researchers believe that this type of bioprinting could aid in long-term space missions by providing more accurate organ models for studying the effects of radiation and developing defenses against it.