Schistosomiasis is one of the most devastating tropical diseases in the world. The Newmark Lab wants to develop something that prevents this parasitic infection.
Category: Regenerative Biology
Parasite paralysis: A new way to fight schistosomiasis?
The Phillip Newmark Lab has isolated a natural chemical capable of paralyzing the parasitic worm schistosome, opening the door to new ways to combat a neglected tropical disease that sickens more than 240 million people.
Tapeworms need to keep their head to regenerate
Scientists have identified the stem cells that allow tapeworms to regenerate and found that their location in proximity to the head is essential, according to a new study in eLife.
Test Pilot Geese, Planetary Wrecking Balls and Super AI Vision: The Week’s Best Science GIFs
The Morgridge Institute’s project to capture early developmental timing of humans “in a dish” was included in The Scientific American’s “Best Science GIFs” feature. This weekly feature highlights the most amazing short video clips produced in the world of science.
Human developmental clock mimicked in a dish
A Morgridge regenerative biology team has created a first-ever human model for developmental timing: A “clock in a dish” that will help explore mysteries of early human development.