Latest Articles

Professor Franka Kalman shares insights on the journey that has led to be a successful and celebrated separation scientist, the people who have inspired and supported her along the way and how she’s helping the next generation of female scientists.

Drug discovery efforts have expanded beyond the traditional approaches of small molecules and antibodies to include cells. This article explores the use of microfluidic methods for high-throughput screening of cell-based drug products.

Three-dimensional models allow researchers to better represent complex tissues and cell-cell interactions. This article explores the cell models currently used by researchers to understand disease and aid drug discovery.

Researchers discuss how organoids and organ-on-a-chip technologies are transforming women’s health research. By mimicking female-specific tissues, these models uncover new insights into diseases that affect women, such as breast cancer.

Contamination is one of the main roadblocks to successful cell culture. This article explores the different types of contamination, how to identify microbial contaminants in cell culture and best practices for removal and prevention.

A recent randomized control trial posits arginine depletion as a viable alternative to current systemic treatments based on chemotherapy and immunotherapy for mesothelioma.

Antibiotic resistance – a gradual decrease in the sensitivity of pathogens to drugs threatens us all. Here, we consider how resistance develops, how we got there and, most importantly, what it threatens us with.

Discover how RNA therapeutics are reshaping medicine, offering new treatments for previously undruggable targets.

Endometrial organoids, 3D cell cultures mimicking the endometrium, offer new opportunities in endometriosis research. These models are key in studying drug targets, fertility issues and gynecological cancers.

One of the key challenges of the modern genomics era is studying the thousands of genes in a single human cell at scale. To overcome this, scientists have developed PERISCOPE, which combines the power of microscopy imaging with CRISPR screening.