Latest Infographics

Download this infographic to learn about the steps labs are taking to reduce their environmental footprint, critical success factors in achieving sustainability and how instrument and service providers can help.

This infographic explores how to set yourself up for success with expert tips for each stage of the PCR workflow.

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.

There are a host of parameters that may be assessed in the cell biology lab and the flow cytometer is a key tool in doing so. In this infographic, we explore how flow cytometry works, what analyses can tell us and the applications of flow cytometry.

This infographic highlights cutting-edge automated sample handling systems and software that are easy to use for both novices and experts.

This infographic explores the role of high-resolution GC-MS in pharmaceutical research and highlights the latest, sensitive solutions for a greater insights into the metabolome.

Per- and polyfluorinated alkyl substances (PFAS) are used in a broad range of consumer goods. Due to their extreme stability, they accumulate in the environment and organisms, posing a significant threat to human health. Hence, proper monitoring of PFAS is required to help mitigate these harmful effects.

Bottle assemblies play a crucial role in fluid transfer in a variety of laboratory settings. However, they can easily cause inefficiencies due to multiple component sourcing, purchasing, inventory and assembly requirements.

Lateral flow immunoassays are rapid, convenient tests used to detect target analytes, such as macromolecules and proteins, in liquid samples. The nitrocellulose membrane is the heart of the lateral flow test.

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.