Content by Thermo Fisher Scientific

Clean room equipment is a leading source of particulate contamination for cell-based biologics manufacturing.

A versatile instrument streamlines cellular therapeutics production across cell types.

A closed and scalable electroporation system is an example of how innovation can boost clinical manufacturing efficiency.

Explore what makes an effective and efficient cell therapy manufacturing workflow.

A closed, automated system washes and concentrates cells destined for cell therapies and beyond.

Developing cellular therapeutics with an automated transfection platform.

Scientists incorporate genetic analyses to streamline and accelerate clinical trials

Explore the latest in nucleic acid amplification.

Researchers use fluorescent western blotting to quantify multiple targets on a single blot.

Advancements in cryo-EM technology allow researchers to develop drugs and diagnostic tools for neurodegenerative diseases.

A guide for common molecular biology methods

Scientists combine medical care with biobanking and research to develop personalized treatments for cancer patients.

Guidelines for maintaining human cells grown ex vivo

Edward Emmott will discuss mass spectrometry approaches to understand proteolysis during viral infection and their use in developing targeted strategies for COVID-19 treatment.

An optimized AAV production system allows researchers to consistently generate high virus titers.