Gene editing has numerous applications in various fields, including general life sciences, disease research, drug discovery, and applied sciences such as conservation and agriculture. CRISPR gene editing has emerged as one of the most powerful gene editing technologies and the next generation of tools is now allowing researchers to target almost any gene for modification in a highly specific and reliable way. Find out more about the latest advancements in this editorial feature.

At the forefront of sustainable scientific advancements, SelectScience® is thrilled to announce the launch of an exciting editorial feature: How to protect the environment with clean science. This interactive initiative sees leaders across industry and academia showcase the cutting-edge technologies that drive breakthroughs in the field. Visit our new Accelerating Science feature to explore the remarkable achievements in the fields of PFAS, battery testing, and beyond.

Discover the latest news, techniques, and technologies in infectious disease diagnostics and research

In this feature, discover cutting-edge techniques driving environmental analysis, pesticide research, and water testing.

With the Paris 2024 Olympics approaching quickly, discover the incredible hard work of the anti-doping scientists, labs, and institutes involved in keeping sports clean and safe

Discover the latest breakthroughs in molecular oncology with our curated resources and technology highlights

Explore our proteomics feature to see how technologies such as protein sequencing and AI are advancing the field to accelerate health and disease research.

Review the latest advances in the development of liquid biopsies, the molecular technologies used in this workflow, and how they can be used to detect disease earlier, their use as companion diagnostics to determine the best treatments for patients, and how they can be used to monitor disease recovery or progress following treatment.

This feature spans life sciences, drug discovery & development, clinical, analytical chemistry and food, bringing together a wide variety of automation and technology solutions to encourage discussion and learning across the different disciplines.

This feature highlights the hot topics in environmental contamination and monitoring workflows, from sample preparation to analysis and including pesticide, mycotoxin, chemical and other contamination of soil, air, or water, and the technologies used to increase the number of samples that can be processed to detect contaminants at the lowest levels.

Explore the technologies and methods that are enabling food testing laboratories to detect key attributes that determine food quality and safety, including contaminants, as well as the methods used to determine the authenticity of food products and their ingredients.