New Center for Advanced Regenerative Engineering Launches

New Center for Advanced Regenerative Engineering Launches

Northwestern’s newest center has officially launched with a bold mission and interdisciplinary mindset. The Center for Advanced Regenerative Engineering (CARE) aims to create an ecosystem that enables researchers and clinicians to regenerate tissues and organs for...
C. elegans: An Elegant Model System for Determining Drug Responses

C. elegans: An Elegant Model System for Determining Drug Responses

Parasitic nematodes, known commonly as roundworms, infect one-third of the world’s human population and are a threat to livestock and pets.  There are only three general classes of anti-nematode (anthelmintic) drugs available to treat these parasites, and resistance...
Fighting cancer with a famous poison

Fighting cancer with a famous poison

Tumors love chemist Tom O’Halloran’s nano-sized creations, until they get a dose of arsenic “Some of the most potent cancer drugs ever made include metals and other inorganic compounds.” Chemist Tom O’Halloran is a world-renowned expert on inorganic compounds —...
American Society for Cell Biology features Sadie Wignall

American Society for Cell Biology features Sadie Wignall

American Society for Cell Biology featured CLP faculty member Sadie Wignall as their May cell biologist of the month. Wignall is an Assistant Professor in the Department of Molecular Biosciences at Northwestern University. Her research studies meiotic cell divisions...
Top-down proteomics approach gets to the bottom of cancer

Top-down proteomics approach gets to the bottom of cancer

When a RAS gene operates normally, it acts as an on/off switch for cell signaling to control cell proliferation. But when the gene mutates, the switch jams into the “on” position, allowing cells to proliferate uncontrollably. This unstoppable cascade inevitably leads...