Content by The Scientist

This postdoctoral researcher examines how cellular metabolism and disease progression intersect in Crohn’s disease.

This postdoctoral researcher develops RNA-based targeted therapies to counter bone and hair loss.

In vivo gene delivery, precise immune profiling, and robust quality controls reshape how researchers develop the next generation of CAR therapies.

Emily Peng from Sino Biological highlights how time-resolved fluorescence resonance energy transfer (TR-FRET) enhances assay sensitivity and throughput for reliable drug screening.

This postdoc investigates cancer progression and tests innovative anti-tumor strategies in pre-clinical models.

This postdoc designs synthetic gene circuits applications in diagnostics, environmental sensing, and therapeutics.

2026 will be the year that artificial intelligence accelerates multiple aspects of the drug discovery and development pipeline, industry leaders predict.

This postdoc engineers hydrogel platforms to reprogram B cells and plasma cells for long-term therapies.

Jehee Suh from Inocras discusses how cancer care is being transformed by linking whole-genome data with clinical outcomes at scale.

By examining life beneath winter ice, this postdoc reveals how climate change affects the hidden phytoplankton ecosystems.

This postdoc uses genome sequencing to uncover genes that shaped plant domestication and can be used to guide the development of new crops.

Tia Harmon from PHCNA highlights how real-time cell monitoring technologies offer researchers deeper insights and earlier intervention in complex CGT workflows.

Hugh White from Lonza introduces a nucleic acid separation system designed for modern, efficient research.

This postdoc investigates how behavioral signals reveal pain and emotion in animals, and how technology can help decode them.

Recombinant cascade reagents support accurate endotoxin detection without animal-derived materials and align with new guidance in USP Chapter <86>.