Latest Infographics

In this infographic, we explore the milestones that led to the spatial transcriptomics techniques of today, beginning decades before the genomic revolution.

With a vast array of biologic drugs failing to make it to the clinic despite hefty investments, researchers are seeking ways to identify promising candidates earlier in the pipeline to prevent wasted resources.

mRNA therapeutics have gained significant attention and hold promise in various medical fields; however, they are not without their limitations. mRNA molecules are inherently fragile and scaling up production can be complex and expensive.

Magnetic beads are a versatile tool for the effective isolation and separation of biomolecules. They can be coated with highly specific ligands that selectively bind to a desired target, enabling separation by chromatography using a magnetic field.

Download this infographic to explore how UV-Vis spectroscopy works, what it can tell us, its strengths and limitations and its applications.

For the future of our planet, we all know it is important to address the sustainability of our practices, tools and workspaces across the sectors. Science is no exception. But it’s also critical that, in carrying out scientific research in a more environmentally sustainable way, safety and quality are maintained.

This infographic features solutions that can help to optimize this journey.

Whether your key vector strategy is based on adenoviruses (AV), adeno-associated viruses (AAV) or lentiviruses (LV), the development of these genetic analysis tools is enabling researchers to develop safer gene therapies – with greater speed.

In this infographic, we explore the latest advances in gene therapy, including production and delivery mechanisms.

In this infographic, we explore some of the ways that next-generation sequencing (NGS) has changed our understanding of biology and medicine by detailing some of its most important applications.