UCSF shows embryonic development like never before—on video

William Doss | | Health Imaging | Artificial Intelligence

Researchers from the University of California-San Francisco School of Medicine have developed a 3D imaging technique that shows embryonic implantation in mice in unprecedented detail. The technique could improve prenatal care or in-vitro fertilization via a better understanding of the first few weeks of pregnancy.

Learning about the very beginning of pregnancy has been notoriously difficult, as traditional imaging techniques cannot image the complex process inside of the uterus. However, UCSSF researchers used a 3D modality to view structural changes in uterine lining as embryonic implantation occurs.

“Being able to do these experiments in mice,” said Laird, “will help us understand what makes pregnancy a success in humans, as well.”

Read the full article below:

 

Watch: Mysteries of pregnancy revealed in 3-D imaging by UCSF research team

William Doss

As a Senior Writer for TriMed Media Group, Will covers radiology practice improvement, policy, and finance. He lives in Chicago and holds a bachelor’s degree in Life Science Communication and Global Health from the University of Wisconsin-Madison. He previously worked as a media specialist for the UW School of Medicine and Public Health. Outside of work you might see him at one of the many live music venues in Chicago or walking his dog Holly around Lakeview.

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