Latest eBooks

This eBook explores best practices for choosing and optimizing microplate readers, considering several factors such as materials, detection modes and well formats to help researchers maximize their output.

This eBook explores real-time qPCR in vitro diagnostic (IVD) solutions that are designed to address these needs, offering a complete and innovative workflow for assay development and commercialization.

This eBook highlights how, automated robotic imaging instruments are revolutionizing scientific research and bringing more productivity and throughput to routine workflows and simplifying progress in a variety of research applications.

This eBook presents recent developments in purification and polishing solutions that can help address the challenges in therapeutic mAb downstream processing.

This eBook contains a selection of interviews from LQBTQIA+ individuals at various stages of their careers, in which they share information on their research, experiences, opinions and ideas to inspire the next generation.

Cell and gene therapies are leading a new driving force behind innovative medical treatments for diseases such as cancer. However, manufacturing such products comes with challenges, due to the wide array of guidelines and safety requirements.

Through a selection of expert articles, insightful interviews and striking graphics, this eBook offers readers an overview of advances in cancer research.

Uncover the rationale and methodology behind the integration of dPCR into workflows for optimized performance in cell and gene therapy, cancer research, gene expression analysis, microbial detection and more.

Lipid-based nanoparticles (LNPs) efficiently deliver therapeutic RNA payloads and can be rapidly scaled up through cell-free production processes. However, their complex structure presents analytical challenges, requiring precise measurement and control of attributes like size, concentration and thermal stability.

In this eBook, expert insights reveal how to detect these elusive targets with TIMS and PASEF for unmatched sensitivity, precise precursor control and deeper MHC insights.