Content by Thermo Fisher Scientific

Discover how mRNA modification, purity, and in vivo delivery affect expression and toxicity.

From genetically modified mosquitoes to clinical therapies, learn how scientists apply gene editing techniques to answer a range of important research questions.

From ergonomics to automation, learn about the tools that scientists turn to for greater efficiency, accessibility, and sustainability in the lab.

Explore how a closed and integrated instrument workflow takes CAR T cell manufacturing to the next level.

A new eight-channel pipette reduces experimental time and effort, providing researchers with more efficient transfection workflows.

Pressure wounds are a growing healthcare issue, and accurate characterization is necessary for appropriate treatment.

Enhanced interfaces, safer and sustainable design, and special model certifications improve critical laboratory processes across applications.

Explore how PCR diagnostics support timely detection, targeted treatment, and surveillance of gastrointestinal pathogens.

Discover how innovative production and clarification products improve lentiviral vector generation.

Advanced diagnostic testing methods empower scientists to swiftly and precisely detect STIs. 

The emergence of innovative analytical methods empowers researchers to comprehensively characterize tumor samples.

Optimizing nonviral genetic engineering of resting T cells for improved cancer immunotherapy

A streamlined protocol for generating iNK cells from PSC spheroids

Rare genetic diseases are difficult to diagnose and characterize in the laboratory because of their heterogeneity and global scarcity.

Digital PCR is highly sensitive and precise, making it ideal for detecting rare targets and measuring small-fold changes.