For many generations, doctors seemingly had little choice. Work came first. Doctors were expected to live and breathe medicine, spend long hours at the office or hospital, and, when necessary, neglect their families for the sake of their patients.
How does nature benefit our health? Many of us intuitively know that we simply feel better after ‘stepping out for some fresh air.’ Now over 30 years of research has begun to reveal exactly what health benefits we get from nature. Here are five reasons why we need to make space and time for nature in our lives.
Our brain lives in a symbiotic relationship with the bugs in our gut. Whatever we eat, they eat. In return, they help our brain function optimally in a variety of ways. During the past few years, it has become increasingly apparent that in the absence of bacteria humans would never have evolved to our current level of cognitive performance. Our brains are profoundly dependent upon a wide range of chemicals produced by these gut bugs.
The maturing of palliative medicine as a profession has been accompanied by the ongoing development of palliative medicine education and educational resources all over the world. Globally, the principles and precepts of palliative care are finding a new home in medical education. Palliative care is an excellent framework for teaching the bio-psycho-social model of illness and the inter-professional approach to complex health care problems.
Do you know what a heart rhythm disorder is? What it means and how to help prevent it? This year, Heart Rhythm Week takes place from 1-7 June and continues its mission raise awareness and understanding of arrhythmias. To show our support for Heart Rhythm Week, organized by Arrhythmia Alliance, we asked Editor in Chief of EP-Europace, Professor John Camm, and expert in atrial fibrillation, to answer some questions on the topic.
Green fluorescent proteins, or GFPs for short, are visibly advancing research in biology and medicine. By using GFPs to illuminate proteins otherwise undetectable under the microscope, scientists have learned a great deal about processes that take place within our cells.
The last two decades have witnessed truly remarkable growth in the field of palliative care. Such growth is challenging, and brings both uncertainties and optimism about the future. In this three-part blog, we’ll take a look at some of the complex issues of continuity, development and evolution in palliative medicine.
There is now pending legislation in the United States Senate and the U.S. House involving the diversion of justice-involved individuals with behavioral health disorders from standard prosecution. Both bills use the Sequential Intercept Model (SIM), developed by Mark Munetz and Patty Griffin in collaboration with Hank Steadman, as an organizing tool to help structure the proposed law. What is the SIM? How can it be used?
We all want our doctors to be familiar with the latest developments in medicine, and to be able to offer us as patients the very best and informed healthcare. It is important that doctors in the fields of anaesthesia, critical care, and pain are up to date and familiar with the latest developments in these rapidly developing areas of medicine, with new techniques and drugs emerging which improve outcomes for patients. As professionals, we cannot stand still and we must always strive to improve outcomes for our patients.
Are electronic cigarettes (e-cigarettes) a relatively harmless substitute for cigarettes? Or are they a Trojan horse leading to nicotine addiction and ultimately chronic smoking? Many researchers believe the latter. E-cigarettes are battery-powered devices that deliver aerosolized nicotine and kid-friendly flavored additives, such as chocolate mint, piña colada, atomic fireball candy, and even gummy bears. Designed to mimic the look and habit of smoking, the devices are marketed as a relatively benign alternative to smoking, without the tar, carbon monoxide, and other harmful ingredients adversely affecting the heart and respiratory system. “Vaping,” the term for using e-cigarettes, emits only a cloud of vapor—not secondhand smoke.
Functional disorders are one of the most common reasons for attendance at the neurology clinic. These disorders — at other times and in other places called psychogenic, non-organic, conversion or hysterical — encompass symptoms such as paralysis, tremor and other abnormal movements, gait disorders and seizures.
Parents of a child diagnosed with a serious illness are immediately required to make decisions about their child’s medical treatment which, in order to save life, may cause pain, unpleasant side-effects and risk damaging their child’s future quality of life. The actions, last summer, of the parents of five year old Ashya King offer just one example of the lengths to which parents will go to secure the best possible treatment for their child […]
The human brain might be perceived as an organ with two main strategic tasks: goal-directed motor behavior, and mental functioning in order to work out that goal. These two main functions have two prototypical diseases: Alzheimer disease, in case of mental function, and Parkinson’s disease, with motor function. Following its inception as an entity, Parkinson’s disease (PD) was long perceived to be a purely motor disorder with unimpaired mental functions.
Wrath, people say, is not an emotion but a sin; and a deadly sin at that. Yet anger is just as much an emotion as anxiety or misery. Like them, it is an inescapable part of life; like them, it can be necessary and useful; and like them, an excess can wreck lives. Mental health language, however, has not elevated the extreme into a syndrome comparable to depression or anxiety states.
Traumatic brain injury (TBI) has often been called the “signature wound” of the recent conflicts in the Middle East. While some tend to discuss TBI as an overarching diagnostic category, there is a plethora of evidence indicating that severity of TBI makes a large difference in the anticipated outcome.
Nipple of a cat. Nose of a pig. Hair of a poodle. Eyes of a baboon. Brain of a chimpanzee. If this sounds like a list of ingredients for a witches’ cauldron, think again, for it’s merely a reminder of how many general characteristics we share with other mammals. This similarity in basic body parts has a genetic basis. So humans and chimps share 99 percent DNA similarity in our protein–coding genes and even the tiny mouse is 85 percent similar to us in this respect.