Content by The Scientist

Academic research is a cornerstone of science, but from publishing to collaborations, it is continuously evolving. Find out what these changes mean for researchers.

Snakes have intrigued scientists for centuries. Studying these serpents has offered clues into their bodies, venom chemistry, and developing potent antivenoms.

Driven by curiosity about illness and immunity, this postdoc now studies how immune cells can be reprogrammed to fight cancer.

In our next roundtable webinar, scientists will highlight the drawbacks of animal models and how alternatives are advancing molecular biology research.

This postdoc works on HIV prevention clinical trials, bridging medical research with equitable PrEP care delivery.

New studies show that psychedelics could unlock safer treatments for chronic pain, mood disorders, and even neuroprotection. Explore the latest breakthroughs.

This postdoc combines molecular and structural approaches to uncover how failures in DNA repair drive cancer development.

Laguna Bio’s living biotherapeutic takes advantage of an evolved response against infection to kick the immune response into high gear.

Gene Mack from Gain Therapeutics introduces a therapeutic that allosterically binds a dysfunctional enzyme, restoring its function and reducing neuroinflammation.

Bioluminescence detection help scientists and therapeutic manufacturers accelerate sterility testing, delivering faster, more objective contamination detection.

This postdoc studies the structure-function relationships of molecules to enable new reactions and energy-storage strategies.

Paul O’Reilly from Sonrai Analytics explains how a single artificial intelligence-driven platform integrates various data to accelerate clinical breakthroughs.

High-throughput sequencing technology is redefining global environmental protection and sustainable development programs.

Developing next-generation liquid biopsies, this postdoc blends spectroscopy and AI to improve cancer detection and prognosis.

This postdoc investigates pathways that drive neuromuscular disorders to uncover therapeutic possibilities.