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This postdoc studies how ultrafast lasers interact with matter to enable advanced materials processing.

This postdoc develops DNA-based force sensors to study how mechanical forces shape cellular behavior.

Organoids cultured on a bone scaffold created a vascularized model of the human endosteal niche, paving the way for more reliable studies of the bone marrow.

Driven by curiosity about illness and immunity, this postdoc now studies how immune cells can be reprogrammed to fight cancer.

This postdoc works on HIV prevention clinical trials, bridging medical research with equitable PrEP care delivery.

Simple adaptations that allow mangroves to tolerate saltwater may help researchers engineer other plants to be more resilient in the face of rising sea levels.

A four-season-long study of professional female soccer players found that if players got hurt while on their period, their injuries tended to be more severe.

This postdoc combines molecular and structural approaches to uncover how failures in DNA repair drive cancer development.

A combination of two cannabis-derived compounds can target ovarian cancer cells while sparing healthy cells, offering early clues toward new treatment possibilities.

Stem cells in the teeth and gums are multipotent and easily accessible. Scientists are researching ways to harness their power for therapies beyond dentistry.

Linda Griffith engineers human uterine endometrium in lab dishes, offering in vitro tools to study some uterine diseases and screen drugs to treat them.

Creating physiologically relevant conditions for cells that replicate in vivo environments can improve experimental results, cell therapy development, and more.