Category: General Medicine

Aspirin is a humble drug. Aspirin tablets have been on shelves in drugstores, grocery stores, airport shops, quickmarts and many other outlets since 1915. In addition to pain relief, its benefits include reducing the risk of heart attack and stroke by reducing the production of hormones that can lead to the blood clots that are keep reading

By analyzing thousands of known proteins and their physical shapes, a neural network can learn to predict the shapes of others.[i] Imagine you are a biologist who has spent your career devoted to a puzzle that could change the future of medicine—yet reaching your deathbed without the answer? Perhaps, as you breathe your last, you keep reading

Considering ever-developing advances in computational power and availability of large data sets, the marriage of humans and machines in future clinical practice seems inevitable. Therefore, regardless of their feelings, the radiologists should be familiar with these concepts.[i] A seemingly unquenchable thirst for efficient, highly accurate and patient-friendly imaging drives the ongoing integration of Artificial Intelligence keep reading

These days, it’s more important than even to protect your personal privacy and keep your information secure. Every day, we hear about identity theft, hackers, cybercrime, and security breaches. Just the thought of a thief or cyberattack penetrating not only our individual virus protection, firewalls, etc. but also those of our banking security or credit keep reading

Biohacking can be described as citizen or do-it-yourself biology. For many “biohackers,” this consists of making small, incremental diet or lifestyle changes to make small improvements in your health and well-being. Biohacks promise anything from quick weight loss to enhanced brain function. But the best biohacking results come from being well-informed and cautious about what keep reading

“Physicians are valued for being brilliant diagnosticians and they now have more information and tools and technology at their disposal than ever before; yet patients don’t feel cared for, and doctors don’t feel like they can care for patients enough.”[i] Abraham Verghese, MD is hardly a household name, but among many doctors he is something keep reading

“…when clinical data are used to provide care, the primary purpose for acquiring the data is fulfilled. At that point, clinical data should be treated as a form of public good, to be used for the benefit of future patients.” From Mar. 2029 Radiological Society of North America’s Special Report[i] How much does your privacy keep reading

The most obvious risk is that AI systems will sometimes be wrong, and that patient injury or other health-care problems may result.[i] There are many levels in which Artificial Intelligence (AI) is already serving the field of medicine, but two of them involve direct impact on patients: enhance patient information available to doctors (e.g. diagnosis, keep reading

From deep learning algorithms that can read CT scans faster than humans to natural language processing (NLP) that can comb through unstructured data in electronic health records (EHRs), the applications for AI in healthcare seem endless.[i] Endless application implies endless possibilities for Artificial Intelligence (AI) in medicine and healthcare. Sounds terrific! So, what’s the downside? keep reading

For this blog, I’m departing from my usual prostate cancer themes. This blog branches out more broadly on how infections may influence the development of cancer in general. We already know that cervical cancer is connected to the human papillomavirus, people with hepatitis B or C are more prone to liver cancer, and the human keep reading