Latest eBooks

Analyzing nucleic acids provides insights into a variety of biological processes. However, the quality of your isolated DNA or RNA has a direct impact on the success of your genomic techniques and applications.

Download this eBook to discover how advances in different technologies and techniques continue to expand the possibilities of personalized medicine.

Immunotherapy using immune checkpoint inhibitors (ICI) has revolutionized the treatment landscape in oncology, but significant challenges remain. Without reliable tools to identify likely responders, patients who may have responded are not prescribed ICIs.

Magnetic beads are versatile particles well suited to DNA extraction, size selection and clean-up as alternatives to column-based purification, providing flexibility in scale and handling.

At various points throughout the NGS workflow, QC steps are recommended to avoid time and resource wasting, and to help prevent suboptimal sequencing data.

Download this eBook to explore cancer epigenetic and genetic research, cell signaling in cancer, diagnosis and treatment developments, and immuno-oncology advances.

Virus outbreaks have a profound impact on our health, society and economy. Virology research can minimize this impact by enabling researchers to characterize viruses so that they can develop better diagnostic tests, antiviral drugs and vaccines. Microplate-based assays allow researchers to efficiently monitor viral infection in real-time. Therefore, they have become a fundamental tool in virology research.

Download this eBook to learn more about the solutions available to enhance the accuracy of western blot experiments.

The term proteomics – used to describe the large-scale characterization of proteins – was coined in the 1990s by Mark Wilkins, who was a PhD student at the time. Download this eBook to learn more about recent developments in proteomics research.

By recreating many of the cell-cell and cell-matrix interactions found in native tissues, spheroids and organoids provide more physiologically accurate models of disease and development than traditional 2D cultures.