Innovative 3D Ice Printing Technique Paves Way for Engineering Blood Vessels
Scientists have developed a method using tiny ice sculptures to create realistic, lab-grown blood vessels, potentially revolutionizing organ transplants and tissue engineering.
- Scientists have developed a 3D ice printing technique to create scaffolds for engineering blood vessels, using tiny ice sculptures as temporary structures.
- The technique involves using a cold surface to freeze water drops into detailed sculptures, which are then coated with a gel embedded with human cells.
- This method could lead to the creation of realistic, lab-grown blood vessels, improving the prospects for organ transplants and drug testing.
- The ice printing method offers advantages over traditional artificial blood vessel designs, providing more lifelike structures.
- Researchers aim to further develop this technology for use in tissue engineering and potentially for patient-specific treatments.
Live Science 
New Scientist 