MIT Scientists Grew Artificial Blood Vessels In The Lab Using Magnets
MIT engineers have developed a method to grow and redirect artificial blood vessels using magnets and mechanical stretching.
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The brief
Scientists at MIT have created a way to grow artificial blood vessels in a laboratory setting. This process utilizes magnets and mechanical stretching to control the growth of these vessels.
Coverage from MIT News, ScienceAlert, and Discover Magazine emphasizes the precision of this method. The reports highlight the use of blood-vessel-on-a-chip models that allow for the growth and redirection of new capillaries.
Future focus remains on the application of these chip models and the precise control of vessel growth, as detailed in the Drug Target Review and other scientific reports.
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Quick answers
What tools did MIT scientists use to grow the vessels?
The engineers used magnets and mechanical stretching.
What specific model was used for this research?
The research utilized blood-vessel-on-a-chip models.
What can be done with the new capillaries in these models?
The models allow researchers to grow and redirect new capillaries.
Coverage (5)
- MIT engineers control blood vessel growth using mechanical stretching Drug Target Review · 20h ago
- MIT scientists develop a new way to grow artificial blood vessels The Brighter Side of News · 20h ago
- Blood-Vessel-on-a-Chip Models Can Now Grow and Redirect New Capillaries Discover Magazine · 20h ago
- MIT engineers find a precise way to grow artificial blood vessels MIT News · 20h ago
- MIT Scientists Grew Artificial Blood Vessels In The Lab Using Magnets ScienceAlert · 20h ago
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