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Vaccines are one of our best tools to prevent dangerous diseases, but they come with side effects. So would it be safer not to vaccinate?

The patents on many well-known biological drugs will soon expire, giving drug developers the opportunity to make generic versions.

What shape are your cells? Squishy cylinders? Jagged zig-zags? You might not spend a lot of time thinking about the bodies of these building blocks, but microscopically, small variations can have huge consequences.

This is the world's first peer-reviewed journal article to investigate survival and mortality in Game of Thrones.

In part two of "Microfluidics Adventures", brought to you by the Lutetium Project, Marie Boulez talks us through the major components of a microfluidics system, and shows us how to piece everything together.

A pioneer in cancer care treatment, oncologist Lennie Sender has a deep understanding of both the possibilities and limitations of harnessing the immune system to treat different types of cancer.

Researchers have built a robot made up of individual ‘particles’ that moves with no centralized control. The bots rely on the same kind of statistical mechanics that allows groups of cells to move, creating some intriguing possibilities.

Antibody–drug conjugates or ADCs represent an innovative therapeutic application that combines the unique properties of monoclonal antibodies (mAbs) with the potent cell killing activity of cytotoxic small molecule drugs.

Apoptosis is an important cellular process that allows cells to die in a programmed fashion, essential for embryo development, homeostasis, and cancer development. This 3D animation provides an overview of the intrinsic and extrinsic pathways involved and demonstrates how activation of the caspase cascade occurs.

In part one of "Microfluidics Adventures," brought to you by the Lutetium Project, Marie Boulez sets the scene and explains why it is so compelling to make products smaller, from a theoretical point of view. This first part of the three-part series will help you understand the physics concepts that are fundamental to microfluidics.