The use of technology in medical education has been developing over many years. The trend in the use of technology has primarily developed in response to the challenges facing medical education. These challenges to medical education are numerous (Table 1).
As part of the AMA’s Accelerating Change in Medical Education initiative, which is working with medical schools in a national consortium, a number of medical schools have developed leading-edge technologies that could be implemented on a wider scale and begin to transform physician training.
UC Irvine, UCI School of Medicine first to integrate Google Glass into curriculum – wearable computing technology will transform training of future doctors. UCIrvine News.2014. May 12, [Accessed October 12, 2014].
These diverse technology projects showcase the wide variety of ways in which technology can enhance the student experience and ultimately improve patient care. The electronic health record (EHR) is an example of both the tremendous possibilities and the challenges in bringing sophisticated technology into physician practices.
Targeted cancer therapies are drugs that usually work in one of two ways: they either interfere with the spread of cancer by blocking cells involved in tumor growth, or they identify -- and kill -- the deadly cancer cells. These therapies are much more direct than treatments like chemotherapy or radiation, which also attack healthy cells. Targeted therapies have been the focus of cancer research over the last decade; more than 25 drugs have been approved by the FDA. "Eventually, treatments may be individualized based on the unique set of molecular targets produced by the patient's tumor," the National Cancer Institute says.
Atripla changed that by combining three antiretroviral drugs into one daily "cocktail" pill. The FDA approved Atripla in 2006.
Human Genome Project —. In April 2003, scientists announced they had completed a draft sequencing of the human genome, or all the genes that make up our DNA. This established the order of the more than 3 billion letters in what's often called "the book of life.".
The first partial face transplant was done in Amiens, France, in 2005. Five years later, doctors in Spain completed the world's first full-face transplant on a man who severely damaged his face in an accident -- giving him a new nose, lips, teeth and cheekbones during 24 hours of surgery.
Stem cells can essentially be programmed to become any type of cell in the body. As such, researchers say they have enormous potential for curing diseases and repairing damaged tissues. In 2006, scientists showed that adult cells -- including skin cells -- can be "turned back" into stem cells, which are called induced pluripotent stem cells. Scientists have also cloned human stem cells and have made promising developments in stem cell therapies for heart repair and eye disease. Learn more here .
The speed of science is often excruciatingly slow. But over the last decade we've made significant strides in medical research, disease treatment and the improvement of patients' quality of life.
Vanderbilt University School of Medicine is bringing GPS to medical education. That is, the school is leveraging data to enable personalized learning routes. It is doing so through an integrated learning platform known as VSTAR. The software allows for intense tracking of student competencies.
The electronic health record (EHR) is an example of both the tremendous possibilities and the challenges in bringing sophisticated technology into physician practices. Students at Indiana University School of Medicine (IU) are getting an enhanced, hands-on experience with EHR technology to better understand its strengths and weaknesses and to refine their clinical decision-making.
That's because for thousands of years we, as a species, have been changing the planet rather than our bodies in order to survive.
But advances in prosthetics, implants and bioengineering are allowing us to alter ourselves in new and unprecedented ways -- not only to beautify or overcome deficiencies, but to enhance and exceed our current capabilities.
Updated 3rd March 2020. Photographer and artist Chen Man was a CNN Style guest editor. She commissioned a series of features on visual language and imagining the future. Beauty is a new section of CNN Style. From tribal piercings to the figurative tattoos of prehistory, humans have been modifying their bodies for millennia.
London (CNN Business) Sub-Saharan Africa has, on average, the worst healthcare in the world, according to the World Bank. It accounts for nearly a quarter of all disability and death caused by disease worldwide, yet has only 1% of global health expenditure and 3% of the world's health workers.
In May, the South African National Blood Service (SANBS) announced that it would begin using drones to transport blood to tackle the high mortality rate among women during childbirth across the continent, says Amit Singh, head of drone operations.
While infrastructure can be poor, the number of mobile internet users in sub-Saharan Africa is growing rapidly. According to GSMA, the mobile industry's trade body, smartphone connections in the region reached 302 million in 2018. GSMA expects this to rise to nearly 700 million by 2025.
Long waiting times are often a problem for public clinics. In 2014, following a tuberculosis diagnosis, Neo Hutiri had to spend three hours in a line every other Friday to collect prescription medicine from a clinic.
The FDA inspects and certifies hundreds of medical device manufacturers in China, Europe, Mexico and elsewhere, and even minor manufacturing changes must be certified, a process that can take many months.
In all, the annual imports of medical devices more than tripled from 2001 to 2016, reaching $43.9 billion, according to BMI Research, a unit of the Fitch Group. Mexico is the leading supplier, ahead of Ireland, Germany and China. And few places illustrate this changing landscape, or help explain the complexity of the industry, as well as Tijuana, ...
Safety-net hospitals that care for poor patients would be unable to pass along price increases because the programs that insure those patients, Medicaid and Medicare, pay fixed rates for care. “It’s a bunch of dominoes,” said Doug Elwell, deputy chief executive for finance and strategy at the county hospital system.
Technicians at medical device factories in Tijuana earn about $14 an hour , compared with about $25 an hour for technicians at factories in the U.S. Critics of Mexico’s maquiladoras system contend that wages are kept unfairly low and that workers have been kept from organizing.
America imports about 30 percent of its medical devices and supplies, much of it from Mexico. Tariff tinkering could jolt not only the industry but health care nationwide. The North American Free Trade Agreement has transformed this sprawling and gumptious border town from a gritty party spot to something entirely different: a world capital ...