Internal Medicine

Mastering data preparation is key to harnessing the full potential of advanced computational tools.

Nanobodies that bacteria secrete only in the presence of a biomarker treat inflammatory bowel disease at the site of inflammation.

How can researchers and laboratories best leverage digital technologies for faster drug development?

Learn strategies to maintain data integrity, optimize analytical methods, and stay compliant with evolving regulations. 

In a journey fraught with heartache and persistence, medical research giants paved the way for successful bone marrow transplantation. 

Michael Bollong and his team discovered a way to restore lung stem cells’ regenerative capacity and a potential drug for idiopathic pulmonary fibrosis.

Scores of neurons are already dead by the time Parkinson’s disease is usually diagnosed. Scientists aim to identify patients earlier and intervene before it’s too late.

The new complex is inexpensive to produce, and its unique architecture makes chemical reactions integral to drug discovery more stable and efficient.

Injecting lung stem cells into the bloodstream of mice with idiopathic pulmonary fibrosis improved their lung function, setting the stage for human trials.

How do forever chemicals impact cardiovascular health in postmenopausal women?

Learn how to catch drugs’ hidden cardiotoxicity risks early in their development.

Scientists and science journalists alike have a responsibility to communicate new discoveries with the utmost accuracy, sans hype.

Learn about the pathways and strategies to bring medical device innovations to life. 

The long-term PERFECT observational study follows patients from successful Phase I/IIb of ProtheraCytes for the repair and regeneration of damaged cardiac tissues after severe heart attack.

Scientists developed an unprecedented chemical tool to visualize sphingomyelin and sphingomyelinase activity during a chlamydia infection.

Researchers used a new molecule to prevent spaceflight-induced bone loss in mice on the International Space Station.

Customizable hydrogels could make taking diabetes and cancer medications as well as other biologics easier for patients.

Advances in artificial intelligence enable high throughput compound profiling and cell viability analysis. 

Rentschler Biopharma introduces new lentiviral vector manufacturing toolbox for advanced therapies

The new instrument enables high-throughput small and large molecule characterization in traditional and AI-driven workflows.