Frontiers of Science: Webinar Series
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Our webinars deliver access to curated, customized intel on the latest innovations in science, medicine, and tech. We bring the experts to you – wherever you are – to share discoveries, insights, and best practices and how to apply them to your research, classroom, or business. Each 75-minute webinar will feature two experts who will speak on a given topic and then open it up to Q&A from the virtual audience.
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A link to the video recording of each webinar will be provided to registrants within 30 days of the original air date, and will remain available for 60 days following publication, after which it will revert to Member-only access. Not a Member? Join today.
All webinars in the series are free for Members ($10 each for Nonmembers), but advance registration is required.
Please bookmark this page and check back regularly, as new webinars will be added throughout the year.
Mechanisms Driving the Resolution of Inflammation
Inflammation is a common feature of many widely occurring human diseases. Featuring Charles Serhan of Harvard Medical School, and Catherine Godson of University College Dublin, this webinar will explore recent research on the molecular mechanisms driving resolution of inflammation, and approaches to therapeutically target these pathways in chronic inflammatory and autoimmune diseases.
Environmental Disrupters, Lung Disease and Cancer
Chronic inflammation can be caused by both intrinsic and extrinsic factors. Featuring Patricia Sime of Virginia Commonwealth University, and Dipak Panigrahy of Harvard Medical School, this webinar will examine the newest research describing how chronic inflammation can promote lung disease and cancer, with emphasis on emerging therapeutic approaches that promote resolution of inflammation.
Resolution of Neuro-Inflammation in Cognitive Dysfunction and Pain
Inflammation in the nervous system plays a key role in many acute health problems including neurodegeneration, Alzheimer’s disease, and chronic pain. Featuring Marianne Schulzberg of the Karolinska Institute, and Ru-Rong Ji of the Duke Center for Translational Pain Medicine, this webinar will explore how the body’s failure to resolve chronic neuro-inflammation contributes to disease, as well as opportunities to develop pro-resolving compounds as novel therapies.
Resolving Inflammation to Treat Cardiovascular Disease
Every year in the United States, more than 1.5 million people suffer from a heart attack or a stroke. Featuring Paul Ridker of Harvard Medical School, and Gabrielle Fredman of Albany Medical College, this webinar will elucidate the links between chronic inflammation and these conditions, and discuss how strategies to resolve inflammation could lead to new therapies.
The Era of Gravitational Wave Astronomy
With the first direct observation of gravitational waves announced in February 2016, astrophysics has entered a new era. Featuring Andrew Levan of Radboud University and Brian D. Metzger of Columbia University, this webinar will feature experimental and theoretical developments in gravitational wave studies from the early days of this new era and new insights from these studies.
Manipulating Light with Novel Materials
Since prehistoric use of mirrors and lenses to divert light and magnify images, human beings have made effective use of light using materials. Featuring Alexandra Boltasseva from Purdue University and Andrea Alù of the City University of New York, this webinar will focus on cutting edge nano-structured materials that manipulate light in novel ways, with huge potential application in telecommunication and electronic industries.
Computational Approaches to Clinical Medicine
Cancer is a complicated disease with multiple etiologies. The complexity of cancer makes accurate diagnosis and optimal treatments challenging. Featuring Olivier Elemento from Weill Cornell Medicine and Franziska Michor from the Dana-Farber Cancer Institute, this webinar will explore the recent advances on the use of Big Data analytics and applied mathematics to improve cancer diagnosis and anti-cancer treatments.
Synthetic Shortcuts: Advances in Carbon-Hydrogen Activation Chemistry
The ability to target and manipulate specific C-H bonds in molecules allows chemists to efficiently functionalize, and in some cases, re-purpose existing drugs. Featuring Melanie Sanford from the University of Michigan and Igor Larossa from The University of Manchester, this webinar will explore why C-H activation is such an effective tool for synthetic organic chemists and how certain drugs can be re-purposed cost-effectively using this technique.