Ovarian cancer standard of care has not advanced in over 30 years, but a new DNA-based immunotherapy could be a gamechanger, ...

In this symposium, scientists will discuss how they use cutting-edge experimental and computational tools to investigate infection mechanisms particularly in the area of emerging infectious diseases.

Collaboration will bring next generation orchestration and modular automation to scientists worldwide ...

In this symposium, researchers will highlight how they overcome key obstacles between gene editing and clinical applications such as cell and gene therapy.

In this symposium, researchers will uncover the promising ways in which they use tissue-specific organoids to model diseases, understand how disorders develop, and uncover new treatment options.

In this symposium, scientists will share their experiences translating a basic research idea into an industry startup.

Scientists surveyed said that electronic lab notebooks often fail in fundamental research tasks, including recording and ...

An external lung system sustained a patient with severe respiratory failure. Molecular analysis confirmed irreversible lung ...

Researchers have shown that harmful bonds between protein and DNA fuel immune attack in progeria. Pumping up a protein that cuts these bonds could prevent symptoms.

Serendipitous observations have shaped science for centuries. What happens to such discoveries when the academic atmosphere leaves no room for detours?

In this symposium, scientists will highlight cutting-edge cancer treatments and the translational advances guiding their ...

Cancer cachexia upregulates one-carbon metabolism in multiple organs throughout the body, a new mouse study reveals, ...