eBooks

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.

Take a deep dive into the latest advances for gathering, integrating, and leveraging multiomics data for biomarker discovery.

Standardized quality materials and reagents help scientists improve cell and gene therapy production.

Researchers explore the immune system to further understand cancer and illuminate therapy development.

Advances in molecular profiling tools and techniques help scientists detect and identify extracellular vesicle markers.

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

Cellular immunogenicity and immunotoxicity assays help scientists design, validate, and translate therapeutic research into treatments that weaponize the immune response against cancer.

Technological advances and high throughput techniques offer scientists speed and scalability in precision medicine research and applications.

Automation, multiplexing, artificial intelligence, and more come together to build a better laboratory environment.  

A new approach based on Levitation Technology helps researchers minimize cellular stress during sample preparation.

Learn how cutting-edge sequencing techniques accelerate basic and disease research.

Fast, automated, and relevant biological tools and technologies help researchers hunt for more hits.

Nucleic acid detection techniques lead the charge for researchers seeking biomarkers in health and disease.

Scientists turn to technologies that uplift organoid research, from the first intestinal organoids to the future of scaled-up screening.

Learn about the research advantages of a saliva sample collection device that standardizes at-home collection.

Ultra-sensitive biomarkers and immunoassays help researchers investigate neurological health and disease, leading to new therapeutics and diagnostics.

CF^®  Dyes combine pegylation and sulfonation to create fluorescent dyes with better signal intensity, more solubility, and superior specificity.

With digital PCR (dPCR), researchers accurately and precisely quantitate nucleic acid samples.