Education helps women from poor places beat obesity

A new study has suggested that educational status could help protect women living in socioeconomically disadvantaged areas fight obesity.

The new report’ authors said that income and education are frequently used as markers for studying health inequalities, although they are ‘conceptually distinct.’

They said that it’s possible that education is a marker of an individual’s access to health information, capacity to assimilate health-related messages, and ability to retain knowledge-related assets, like nutrition knowledge.

Lead author Lauren K. Williams, Ph.D., formerly of the Centre for Physical Activity and Nutrition Research, School of Exercise and Nutrition Sciences at Deakin University in Victoria, Australia, said that education is particularly important for women with low incomes who live in deprived areas.

She said that the research team mailed surveys to a large random sample of more than 4,000 women, ages 18 to 45, living in low-income towns and suburbs in Victoria. Women reported height, weight, education and personal income.

The authors said that women of amplified disadvantage, those living in disadvantaged neighbourhoods with both low education and personal income, may be at higher risk for high BMI.

 

Source: Zee news

 


When Med Students Get Medical Students’ Disease

Each year hundreds of medical students think they have contracted the exact diseases they are studying. But they haven’t.

“Medical students’ disease” refers to the phenomenon in which medical students notice something innocuous about their health and then attach to it exaggerated significance. It often corresponds to a disease they have recently learned about in lectures or encountered on the wards.

We are at the start of a new academic year and close to 20,000 students are beginning medical school in the United States. How did medical students’ disease get discovered? And does it really exist? It was around when I was in medical school, in the 1980s. And in my own class, we experienced a surprising twist.

Medical students’ disease — which has also been called “nosophobia,” meaning “fear of disease” — first gained attention in the mid-1960s after the publication of two articles from prominent psychiatric departments. Researchers at McGill University reviewed records from the student health service and reported that 70 percent of medical students complained of symptoms of various illnesses they had studied. Typical was a student who decided he had schizophrenia during his psychiatry rotation but later changed his diagnosis to Meniere’s disease, an inner ear disorder. He had neither condition.

Meanwhile, investigators at the University of Southern California School of Medicine interviewed 33 senior medical students, finding that almost 80 percent had incorrectly given themselves diagnoses of diseases ranging from cancer to tuberculosis. The authors wrote that medical students’ disease was often met with “jocularity and humor,” but that it could also be a “signal of general emotional distress and conflict.”

As we marched through our syllabus, several of my classmates believed they had developed various diseases. Most common were apparent brain tumors when we learned neurology and angina during our lectures on the heart. Having been told that medical students were prone to hypochondriasis, we generally responded with eye-rolling.

But then something surprising happened. Two of us turned out to be seriously ill.

One of my classmates, Cam, had actually started feeling unwell the summer before medical school, noting that he could no longer lift as much weight as before. In addition, his vision was not quite right.

He saw a neuro-opthalmologist, a specialist in neurological diseases of the eye, before leaving for school. This doctor tentatively diagnosed myasthenia gravis, a neuromuscular disorder that causes weakness throughout the body, especially the eyes and eyelids.

But when Cam visited a neurologist during the first month of medical school, the doctor, likely having seen many imaginary illnesses among students, was, according to Cam, “a little dismissive.” Cam thought his symptoms were real, but also wondered if it might all be in his head. Fortunately, however, the neurologist sent him to see another neuro-ophthalmologist, who confirmed the original diagnosis.

To this day, Cam experiences periodic “low level eye weakness,” but it does not interfere with his ability to work as an infectious diseases specialist.

I was present the day, during our second year, when another of my classmates, Mike, first learned he might be ill. We were in hematology laboratory and learning how to check our red blood cell counts, also known as the hematocrit. We almost all had normal levels ranging between 35 and 50.

But Mike’s reading was only 27. Assuming that Mike had done the test incorrectly, our professor told him to repeat it and watched his technique, which was fine. It was 27 again. Mike was severely anemic. He remembers the teacher pulling him to the side and quietly advising him to go to student health.

In retrospect, Mike, an inveterate basketball player, realized he had been getting short of breath — a sign of anemia.

Further tests revealed that Mike had iron-deficiency anemia, meaning he was losing blood, most likely from his intestines. Yet numerous tests did not reveal the source of the bleeding.

Mike began to wonder about other possible causes of his condition. One classmate told him that the anemia was a result of Mike’s propensity for junk food.

Seemingly sick but without a diagnosis, Mike finished the semester. But only barely. He had developed a large mass in his abdomen. When his doctors performed a colonoscopy, the diagnosis became obvious: Mike had a colon cancer that had caused his intestine to ball up.

The news was jarring, to say the least — about as far from an imaginary diagnosis as any medical student could have. Surgeons removed part of Mike’s large intestine. Fortunately, the lymph nodes were negative and Mike survived. Today he is a general internist.

Cam and Mike were truly sick, but what about other medical students who only think they are? Is medical students’ disease really such a problem, borne from overly anxious and stressed future doctors?

A few more recent controlled studies — with better methodology than the older research — suggest that the answer is no. For example, medical students at Oxford University had similar “health anxiety” scores to control groups comprised of non-medical students and non-students. A study of four medical schools concurred and even found that first- and fourth-year medical students had lower anxiety and worry levels than other graduate students.

It appears, then, that while some medical students do falsely experience symptoms of diseases they have encountered, they are no more hypochondriacal than other students. So it is probably wrong to speak of a distinct entity known as medical students’ disease, even if the concept amuses more senior physicians. And when students, like Cam and Mike, really do not feel well, we should take their complaints seriously.

Source: http://well.blogs.nytimes.com/2013/09/05/when-med-students-get-medical-students-disease/?ref=health


PM concerned over quality of medical education

Expressing concern over the quality of medical education, Prime Minister Manmohan Singh today said a “credible regulatory” mechanism should be put in place and a “serious look” given at the curriculum.

“There is a perception of deteriorating quality. We cannot allow this situation to continue. We must put in place a credible regulatory and institutional mechanism to help develop standards in our medical education”, he said in his address at the third Convocation in Jawaharlal Institute of Post graduate Medical Education and Research here.

He said a serious look at the curriculum for medical education needs to be taken so that doctors are trained to look at health in a holistic manner that goes beyond a narrow clinical and technology-driven approach.

Observing that the country faces “serious challenges” in assuring the health and well-being of people, he said, health indicators continue to be poor and high mortality rates of infants and pregnant women have been a cause of serious concern.

Despite decades of implementing health and family welfare programmes, the country was still faced with a situation where two thirds of health expenditure was borne by people from out of their pockets, with a large proportion of this expenditure being on purchase of drugs, he said.

“Our government has decided to continue the National Rural Health Mission for the next five years. We are now proposing a new National Urban Health Mission in order to focus on the health challenges in our towns and cities,” he said in the presence of Union Health Minister Ghulam Nabi Azad and others.

Source: Zee News


3,000 more MBBS seats to be created

Government is set to create 3,000 new MBBS seats across the country taking the total number to over 48,000 in a move aimed at attaining the optimum doctor- population ratio.

As a one-time measure, the Medical Council of India, the apex medical education regulator, has allowed government and recognised private medical colleges with 10 years of standing to increase their MBBS seats.

While those medical colleges with 50 seats at present will be allowed to increase their seats to 100 and those with 100 seats now will be permitted to hike them to 150, as per the scheme. The grant of permission for new MBBS seats will be decided by July 31 following applications from various government and private medical colleges which have applied for increase of their seats.

MCI has notified a new set of regulations – the ‘Enhancement of Annual intake capacity in Undergraduate Courses in Medical Colleges for academic session 2013-14 only regulations, 2013’.

MCI will have to later carry out a physical verification and inspection of medical facilities and infrastructure at medical colleges where the seats are being increased.

There are a total of 362 medical colleges in the country, with over 45,000 MBBS seats in them across the country.

Source: http://zeenews.india.com/news/nation/3-000-more-mbbs-seats-to-be-created_862694.html


Med Students Who Shadow Surgeons Keener on Surgery

Medical student interest in critical care surgery has fallen since the 1980s, but shadowing surgeons on a busy night bolstered enthusiasm in a small group, researchers found.

Greater interest in pursuing a surgical match was reported by medical students after shadowing general and trauma surgeons for at least one night in an urban, level one trauma center (P<0.005). Compared to only 22% of the previous year’s graduating class, 40% of participants from the shadowing program expressed intent to pursue surgical match, says Elliott R. Haut, MD, of Johns Hopkins University, and colleagues.

“Increasing student interest in trauma surgery is possible through voluntary participation in trauma shadowing experience with engaged residents and dedicated surgical faculty,” Haut and colleagues wrote online in JAMA Surgery.

The researchers cited recent data, which suggested that by the third-year clerkship it may be too late in the medical school process to draw attention towards a surgical specialty.

Since the 1980s, the rate of medical students entering general surgery has dropped by half to only 6.6%, according to the Association of American Medical Colleges.

Data from the National Resident Matching Program in 2011 showed a marked disparity between U.S. medical school graduates choosing other surgical fellowships over critical care with only 25% of colorectal surgery spots left unfilled compared with 64% of critical care spots.

“Although most students were only slightly influenced toward a career in trauma surgery, a select few students had dramatic increases in their interest,” Haut and colleagues wrote.

To test a possible way to spark greater interest in general and trauma surgical matches, the researchers invited 126 first-year medical students to voluntarily shadow trauma residents, fellows, and attending surgeons at the Johns Hopkins Hospital — an urban, level one trauma center.

Outfitted with scrubs, a trauma pager, and call-room accommodations, the students were invited to observe resuscitations, acute care surgery consults, surgical procedures, and ICU and ward rounds with practicing surgeons.

After 3 years, but before graduation or receiving a residency match, the students were asked to fill out an anonymous web-based survey. Roughly half, 68, of the original group responded to the survey.

Even though the majority of students shadowed only once, 13 did so more than once, and a few shadowed up to four separate occasions.

Twenty-five of the students had previous trauma experience as an emergency department volunteer, medical technician, or paramedic. Prior to this shadowing program, 44 of the students had not completed any hospital clerkships.

For the most part, students gave positive feedback about their shadowing experience, stating “Best experience of first year — bar none,” and “Reminded me why I came to medical school.” The most common negative feedback was boredom on a slow night with no trauma patients to treat.

On average, the students were exposed to 2.4 trauma patients (standard deviation 1.5, range 0-6), 1.1 general surgery patients (SD 1.4, range 0-6), 0.5 trauma operations (SD 0.7, range 0-3), and 0.3 general surgery operations (SD 0.5, range 0-2). Overall, 13 of the students witnessed a patient die.

On a 10-point scale, with 10 indicating the highest level of interest, each student rated his or her level of attraction to surgery. Among students that had not initially planned on going into any surgical specialty, 48 reported that participating in the shadowing program increased their interest in trauma surgery significantly (P<0.005) from 4.4 (SD 2.4) points to 5.3 (SD 2.5) points.

Interest in general surgery also increased significantly after shadowing (P<0.05) from 5.5 (SD 2.6) points to 5.9 (SD 2.5) points. A serious increase (>4 points) was reported by three of the students interested in trauma surgery. They had all seen at least three trauma patients and one trauma surgical procedure, and said that they were satisfied with the teaching they received.

Forty percent of the students stated that they intended to match into some type of surgery, and 16% planned to match into general surgery. Reports from the graduating class from the previous year indicated only 22% intended to match into surgery, and only 8% specified general surgery.

“A voluntary overnight shadowing program improves medical students’ perception of trauma surgery and increases their reported likelihood to apply into a surgical residency,” Haut and colleagues concluded.

Haut and colleagues indicated the low response rate and recall bias as possible limitations to the study.

Source: http://www.medpagetoday.com/PublicHealthPolicy/MedicalEducation/40914