Contributing Writer
University of Toledo College of Medicine and Life Sciences
Rayan is a fourth year medical student at the University of Toledo College of Medicine and Life Sciences in Toledo, OH. In his free time, he enjoys playing basketball. After graduating medical school, Rayan would like to pursue a career in neurology.
The dispatcher called in to the emergency department to alert us that someone had collapsed in the parking lot of the hospital. The emergency medical services swiftly brought the patient in and our team surrounded him, placing lines and drawing blood. In the midst of treating him, I learned that Jones had just been released from prison where he had remained sober after years of heroin abuse.
In today’s landscape of rapid innovation, medical providers need to quickly adapt in order to thrive in an ever-changing field. Better yet, we need to be equipped to lead and guide the innovations so that we are not just “reactors” to change, but rather the drivers of progress in health care.
While NASA’s most prominent goal is to push the boundaries of human exploration, incidental advancements to the medical field resulting from space exploration research tend to go unnoticed.
The Iranian Consultative Assembly, the equivalent of a parliament, legalized living non-related donations in 1988 and set up a new government-run transplant matching system. Within this novel framework, living donors could choose to have their organs typed and registered in advance. If they are needed, a third-party independent organization, the Dialysis and Transplant Patients Association (DTPA), would set up contact between the donors and recipients. The donors would be compensated by a payment from the government, free health insurance, and sometimes additional payment from the recipient. The payment from the government is said to be in the range of $2,000-$4,000.
We have seen our classmates’ faces, memorized each other’s hometowns and politely chuckled at every “fun fact” introduction despite having heard it countless times. Some of us have admitted to writing down random facts about others as we hear them, hoping to review them later and somehow kindle more profound relationships than the pandemic naturally allows. We virtually contact each other later with a random sentiment trying to relate to someone’s favorite sports team or vacation place.
Imagine inserting your broken arm into a metallic, sleeve-like device, then sparks fly, machines clang and voila! You have gotten yourself a nice, fixed arm in a shiny new cast. It is more and more common to see scenes like this on display in recent sci-fi productions. These flashy Hollywood gadgets may seem far-fetched, but surgeons have been conducting robotic-assisted procedures for over thirty years.
The COVID-19 pandemic has relegated medical students to the sidelines of clinical duty. Cancellation of in-person class and clinical rotations combined with protocols for social distancing have left us without our normally packed schedules and to-do lists. Eager to help, many have begun grassroots efforts to support physicians and other frontline health care workers outside of clinical settings and beyond typical roles.
Hybrid species, known collectively as chimeras from the eponymous ancient Greek myth of a lion-goat hybrid, arose from the wellspring of human imagination and creativity. With modern advancements in biotechnology, however, chimeras of a sort are less a myth and more of a reality.
Telemedicine should never replace in-person care, especially in the patient-centric hospice environment, but when used appropriately it can provide benefits not found in any other care environment.
Friends on social media are changing their names into weird spellings or middle names, which can only mean one thing: another cycle of medical school and residency applications.
In part one of this two-part series, we explored the history of direct-to-consumer ECG technology and its utility. Here we present a product comparison and research validating direct-to-consumer ECGs.
In part one of this two-part series we explore the state of direct-to-consumer, wearable ECG technology. In part two, the author presents a product comparison and research validating the devices.
Writer-in-Training
Thomas Jefferson University
Benjamin Meyers is a third-year medical student at Thomas Jefferson University. In 2015, he graduated from the University of Michigan with a Bachelor of Science in neuroscience. He enjoys watching Michigan sports, working on a podcast when he can, and reminiscing about the videos he used to make for Scientific American. In the future, Ben would like to be a medical correspondent.
