Medical Technology

If you don’t like going to the doctor, spare a thought for your ancestors. Got a headache? We can drill into your skull! Need to buy medicine? Can we recommend a dose of ground-up Egyptian mummy? Want to fight off diseases? Try smelling a stinky cesspit. It’s well-known that to make advances in science you have to make a few mistakes along the way. In this hilarious history book kids will be whisked around the world—from ancient Rome to imperial China—to meet the medical innovators who pushed the boundaries of what was possible, with sometimes disastrous effects.

With trusted expertise from Mayo Clinic, the Edge of Medicine series sets out to inspire and educate the next generation of young scientists by highlighting the medical breakthroughs of a diverse range of scientists and researchers. From the discovery of the double helix to mapping the human genome, this exploration of scientific inquiry celebrates the greatest developments to date in genetics. Get to know the physicians, scientists, and other researchers responsible for these breakthroughs in medicine, and explore the ups, the downs, and the eureka moments that are science in action.

From the discovery of the Polio vaccine to the breakthrough in mRNA vaccines for COVID-19, this exploration of scientific inquiry celebrates the greatest developments to date in vaccine science. Get to know the physicians, scientists, and other researchers responsible for these breakthroughs in medicine, and explore the ups, the downs, and the eureka moments that are science in action.

Inspired by the incredible human body? Take a tour with award-winning trans non-binary emergency doctor and TV presenter Dr Ronx – from spongy brains to gooey guts and everything in between.

In an era defined by rapid technological advancements, Artificial Intelligence (AI) has emerged as a groundbreaking force with the potential to reshape every facet of human existence. Among its most promising applications, the integration of AI in the medical field stands out as a transformative and revolutionary endeavor. AI's ability to process vast amounts of data, learn from patterns, and make intelligent decisions has opened up unprecedented possibilities in the domain of healthcare.

Did you know that a scientist discovered X-rays by accident? Or that people have been taking pain medicine for more than 5,000 years? Get ready to learn the strange stories behind inventions you use every day. From the Roman warrior with a famous false hand, to the Boy Scouts who made Band-Aids a big deal, you'll find out how we got the medical wonders that help us heal faster and feel better.

How can you protect yourself against an enemy that you can't see? How can you meet the regulations of a policy you aren't aware of? If you are involved in the medical industry, you know that today's technology often complicates patient-record confidentiality. You also know that regulations meant to protect patient records, like the Health Insurance Portability and Affordability Act (HIPAA), grow more stringent on a daily basis. Yet each day, the cyberthreats that impede your ability to meet those regulatory standards increase.

Tra la fine dell'Ottocento e l'inizio del Novecento, in un'epoca di pionieri, Sigmund Freud fu il coraggioso esploratore dell'animo umano: grazie alla sua capacità immaginativa e alla sua grande tenacia, riuscì a dare forma a un impianto teorico della mente così innovativo che ancora oggi è utilizzato dalla moderna psichiatria e psicologia.

With X-rays, doctors detect problems human eyes can't see. X-rays are a form of invisible radiation. This powerful medical technology helps experts look inside the body and even treat illnesses. But early on, X-rays caused harm too, as people used them without enough protection. This history covers the discovery of X-rays, the development of safety standards, and the rise of more powerful and precise X-ray machines. Find out how modern doctors create digital images of the inner body—even 3D images of our brains!

This essay comes from the NPR series This I Believe, which features brief personal reflections from both famous and unknown Americans. The pieces that make up the series compel listeners to rethink not only what and how they have arrived at their beliefs, but also the extent to which they share them with others.

In order to bring its origin to light, Rebecca Skloot weaves together several narrative threads. One is primarily focused on Henrietta Lacks, the woman who, without her knowledge, became central to 20th century biomedical research. Another is the birth of modern biomedical research itself, and its roots in the American eugenics movement. Finally, there is the impact of this research, both of the Lacks Family and on society at large. Skloot divides the book into 3 parts: Life, Death, and Immortality.