
Explore advanced DNA technologies: RNA silencing, molecular cloning, PCR, and mutation detection. Learn about controlling gene expression and applications in genetic engineering and biomedical research.

Explore advanced biotechnology techniques including DNA fingerprinting, PCR, blotting, and sequencing. Gain insights into microbiology, genetics, and protein analysis for cutting-edge research applications.

Explore the shift from culture-based to PCR diagnostics in infectious disease testing, focusing on improved speed, accuracy, and patient outcomes.

Explore innovative tools for multiplexing in qPCR workflows. Learn to increase sample throughput, reduce costs, and minimize variations between reactions for more efficient research and diagnostics.

Explore PCR testing's advantages over standard urine culture for urinary tract infections, improving diagnosis accuracy and antimicrobial stewardship to combat resistance crisis.

Explore the expansion of molecular testing post-COVID-19, focusing on RT-PCR applications in infectious diseases and pharmacogenomics. Learn about new opportunities in diagnostic technologies.

Explore the shift from traditional culture methods to PCR in infectious disease diagnostics, focusing on improved speed, accuracy, and patient care implications.

Seth will be speaking about how every able-bodied human has the capacity to run 100 miles. He will support his claim with physiological concepts and evolutionary biology to show that our running capacity is much greater than we think. Seth is a former Division 1 lightweight rower, ultramarathon runn