Learn how to design and execute a flow cytometry experiment in this comprehensive four-week laboratory course guide for undergraduate students.
Explore the groundbreaking advances in immunology, from regulatory T cells to CAR-T therapy, and discover how science is transforming our understanding of the immune system.
A tribute to the life and scientific contributions of Richard Gregory Lynch, M.D., a pioneer in immunology and experimental immunopathology.
Discover how the vagus nerve serves as a master regulator of health, predicting chronic diseases through heart rate variability and offering new treatment possibilities through nerve stimulation.
The story behind Galileo's 16th-century water pump reveals how patent protection began and the origins of our modern patent system.
Exploring the revolutionary discoveries from the first 100 years of the Journal of Bacteriology that transformed our understanding of microbiology and genetics.
Explore how quantum physicists are using tiny disturbances to extract profound insights from complex quantum systems, with applications spanning from material science to biotechnology.
Discover how alternative splicing allows cells to create protein diversity from the same DNA script through advanced detection workflows combining sample prep and bioinformatics.
Exploring how Epstein-Barr virus causes cancer and the innovative precision tools being developed to target this common pathogen.
Discover how goldfish macrophage colony-stimulating factor-1 reveals evolutionary secrets of vertebrate immune systems and their development.