Latest Infographics

Often referred to as “mini-organs”, organoids are tiny self-organizing 3D assemblies of cells which show some physiological features of a specific organ. As an intermediate between traditional 2D in vitro cell cultures and animal models, organoids are a useful tool for several applications.

The pharmaceutical industry is facing pressures to optimize the drug discovery phase of the drug development pipeline. One approach to doing this is by adopting automation. Download this infographic to learn more about the benefits of an automated drug discovery laboratory.

What is personalized medicine (PM) and why do we need it? Download this infographic to learn about PM, a movement with the potential to help match patients to therapies far more efficiently than the current “trial and error” approach.

Cryopreservation, the use of very low temperatures and cryoprotectants to preserve structurally intact cells and tissues, is essential to many areas of research and medicine. Find out why cryopreservation is used, how cryoprotectants reduce cell shrinkage, and learn about the therapies dependent on successful cryopreservation.

The kinetics of a drug can be split into four phases – absorption, distribution, metabolism, excretion – also known as “ADME”. Download this infographic to learn about each of these four phases.

Chromatography is an important tool in analytical chemistry, learn about how the different techniques in the field work and their applications.

Download this infographic for technical guidance on preventing culture contamination, as well as tips and tricks on perfecting your aseptic technique.

Alongside its sister simulated realities, augmented reality and mixed reality, virtual reality has proved useful in research. In this infographic, we look at some of the most promising applications of these realities in the lab and beyond.

Effective therapies for Alzheimer's disease are few and far between. Why have so many drugs failed in tackling this disease, and is there a light at the end of the tunnel? This infographic, from Fluidic Analytics, investigates.

Over the recent decades, science has witnessed the coupling of the neuroscience and genomics research fields to create a novel area known as neurogenomics. In this infographic, we explore how neurogenomics came to be, the methodologies commonly adopted in research studies and how it contributes to our understanding of neurological diseases.