Open Access. Powered by Scholars. Published by Universities.®
Articles 1 - 3 of 3
Full-Text Articles in Law
Labeling Energy Drinks: Tackling A Monster Of A Problem, Meredith P. Mulhern, Michael S. Sinha
Labeling Energy Drinks: Tackling A Monster Of A Problem, Meredith P. Mulhern, Michael S. Sinha
All Faculty Scholarship
Energy drinks first rose to popularity in the 1980s. Red Bull energy drinks were the first of its kind, opening the door to a new consumer and regulatory landscape. Since Red Bull first launched, multiple companies have released countless new energy drink products. Some energy drinks, like Red Bull, contain less than 100 mg of caffeine per 8 oz can. However, other energy drinks contain much higher amounts of caffeine. A 12 oz can of Celsius contains 200 mg of caffeine, and up until recently, Celsius offered a product called Celsius Heat, a 12 oz can containing 300 mg of …
Reproductive Rights And Medico-Legal Education Post-Dobbs: A Fireside Chat, Michael S. Sinha, Anna Krotinger, Maya A. Phan, Louise P. King
Reproductive Rights And Medico-Legal Education Post-Dobbs: A Fireside Chat, Michael S. Sinha, Anna Krotinger, Maya A. Phan, Louise P. King
All Faculty Scholarship
The Supreme Court’s 2022 decision in Dobbs v. Jackson Women’s Health Organization was a pivotal moment that reshaped the landscape of abortion policy and delivery of abortion care in the United States. To create a space for critical reflection on the implications of Dobbs for the teaching and learning of abortion care in both medical and legal education, the authors engage in a dialogue highlighting the varied perspectives of professionals and professionals-in-training in both the medical and legal professions. As new attacks on reproductive autonomy continue at both state and federal levels, we foreshadow a tumultuous landscape for abortion policy …
Ai Renaissance: Pharmaceuticals And Diagnostic Medicine, Ty J. Feeney, Michael S. Sinha
Ai Renaissance: Pharmaceuticals And Diagnostic Medicine, Ty J. Feeney, Michael S. Sinha
All Faculty Scholarship
The explosive growth of Artificial Intelligence (AI) in the modern era has led to significant advancements in the world of medicine. In drug discovery, AI technology is used to classify proteins as drug targets or non-targets for specific diseases, more accurately interpret and describe pharmacology in a quantitative fashion, and predict protein structures based on only a protein sequence for input. AI methods are used in drug development to generate predictive models for drug screening purposes, refine and modify candidate structures of drugs to optimize compounds, and predict a drug’s physiochemical properties, bioactivity, and toxicity. For medical devices, the advancement …