Science Will Win Pfizer

Artificial intelligence has the power to transform the way researchers study bacteria and develop new treatments – and we’re already seeing the benefits in healthcare. In part three, host Jeremiah Owyang and expert guests shed light on how AI expedites and enhances analyses, revolutionizing the search for new antibiotics. The benefits of AI extend to analyzing bacterial DNA, uncovering vulnerabilities, and potentially predicting bacterial evolution. This innovative technology aids scientists in pinpointing the most promising antibiotic candidates from a sea of possibilities and helps to streamline drug development.

Artificial intelligence could be an essential tool in the fight against antibiotic resistant bacteria – and data is a key part of developing that tool. In part two of this four-part series, expert guests break down the mechanics behind artificial intelligence and machine learning. As host Jeremiah Owyang traces the evolution of these tools in healthcare, he highlights the crucial role of data for understanding the problem of antibiotic resistance.

Medicine’s struggle with antibiotic resistant bacteria is reaching a crisis point. In part one of this four-part series, host Jeremiah Owyang and expert guests delve into the world of antibiotics, exploring their history, the rise of antibiotic resistance, and the story of a patient whose life was forever changed by antibiotic-resistant bacteria. They break down the critical issues at stake and discuss the multifaceted solutions needed to combat this pressing crisis – including artificial intelligence.

Since antibiotics were first discovered, bacteria have been evolving to outsmart them. But today, the latest science is rising up to meet the challenge. This season of Science Will Win is exploring how artificial intelligence (AI) can help the scientific community overcome one of the greatest challenges facing humanity: antimicrobial resistance. This season, we’ll hear from researchers, doctors, patients, patient advocates, computer scientists, and AI experts. All of them are on the cutting edge of the fight against antimicrobial resistance. Tune in to this new, four-part series, coming soon!

In part two of this series, Adam Rutherford and guests break down the next step in how potential breast cancer treatments move forward from the lab. What role do clinical trials play in the development of potential treatments? How are clinical trials developed? How can patients access clinical trials? And how are researchers and advocacy groups working to break down barriers in access to clinical trials?

Oncologists have more innovative methods for treating breast cancer than ever before. In part one of this two-part series, Adam Rutherford and guests explore the hurdles and successes researchers face as they work to develop new, targeted therapies for breast cancer.