Heart risk factors high in young Indian adults

By Amy Norton
NEW YORK Wed Apr 20, 2011 6:29pm EDT

NEW YORK (Reuters Health) - More and more, young urban adults in India are developing obesity, high blood pressure and diabetes -- suggesting that rising rates of heart disease could be in the future, a new study finds.
Among 1,100 young adults from New Delhi, all three conditions became steadily more common over the 7 years of the study. And all are known to contribute to heart disease.
At the outset, when the average study participant was 29 years old, about 50 percent had waistlines that fit the criteria for abdominal obesity. Seven years later, that was true for 70 percent.
Meanwhile, rates of high blood pressure rose from 11 percent to 34 percent among men, and from 5 percent to 15 percent among women. Diabetes also became a growing problem -- with the rate rising from 5 percent to 12 percent among men, and from 3.5 percent to 7 percent among women.
Those "remarkable changes" in such a short time suggest that these young adults could have high rates of heart disease and stroke down the road, the researchers warn.
The findings, reported in the Journal of the American College of Cardiology, add to a bleak outlook for Indians' heart health.
The country of 1 billion-plus was estimated to account for 60 percent of the world's heart disease cases in 2010. And a recent study found that people in India and other South Asian countries suffer their first heart attack at age 53, on average -- 6 years earlier than the rest of the world.
Dr. Dorairaj Prabhakaran, who worked on the new study, was not surprised at how common heart disease risk factors were even in this young population.
"Given the rapid socioeconomic and demographic transitions in India, I was not surprised at the high incidence rates," Prabhakaran, a cardiologist at the Center for Chronic Disease Control in New Delhi, told Reuters Health in an email.
Western-style diets often catch the blame for feeding obesity and its associated health problems, Prabhakaran noted. But such eating habits are not that common in India.
"Many popular Indian foods are unhealthy, as they are rich in sugar and saturated fat," said Prabhakaran.
He added that many traditional Indian foods are high in salt, while popular inexpensive foods like biscuits and other baked goods contain trans-fat -- which can not only raise "bad" LDL cholesterol but also lower heart-healthy HDL cholesterol.
Bigger portions of those foods, decreasing physical activity, and other heart threats like smoking could be behind the current findings.
And while the study looked only at young adults in New Delhi, Prabhakaran said that heart risk factors in rural areas of southern India have risen quickly in the last decade and are near the levels seen in urban areas.
"Reducing cardiovascular disease and its risk factors requires a policy response," Prabhakaran said, "particularly tobacco control, making fruits and vegetables available locally and affordable, and an enabling environment to improve physical activity."
Heart disease and its risk factors put a "huge" financial burden on the Indian people and healthcare system, Prabhakaran and his colleagues point out.
The annual cost of treating diabetes, for example, consumes anywhere from 5 percent to 34 percent of personal income in India.
An editorial published with the study agreed on the need for tobacco control and other public policies aimed at improving heart health in India.
Health education is not enough because "smoking, sedentariness, and poor diet do not arise in a vacuum," write Drs. Gilles Paradis, of McGill University in Montreal, Canada, and Arnaud Chiolero of the University of Lausanne in Switzerland.
"The task is daunting," they write, "but we have a moral obligation to support the global fight against (cardiovascular disease) and chronic diseases, which are the pandemic of the twenty-first century."
SOURCE: Journal of the American College of Cardiology, April 26, 2011.

Cardiology in India 2011

JACC 2011;57:377-9

Tiny Nair, Trivandrum.

It was an intense academic debate. That is what the American College of Cardiology (ACC) wanted it to be. How to reduce door-to-balloon time in ST-segment elevation myocardial infarction (STEMI), the goal being 90 min, beyond which time myocardial salvage deteriorates. An active emergency medical service, in-ambulance electrocardiogram (ECG) and triage, and direct catheterization laboratory transfers are critical to achieving this. The National Cardiovascular Data Registry (NCDR) data showed that it is possible to achieve this, and it was so in 88% cases in the U.S. (1).

"Kapi ready, get up!" shouted my wife. Kapi, the local name of coffee in Kerala, has been an addiction here for generations. This southern-most state of India, "God's own country," is also the most literate state in India. Kerala has one of the best educational and health care standards in India, with 100% literacy and an infant mortality rate of 12 per 1,000 live births (Indian average of 53) (2). My wife's stern voice and the aroma of south Indian coffee woke me up, still groggy from the multiple phone calls that I had received last night about that heart failure patient in the intensive cardiac care unit (ICCU). As I grabbed the coffee, I lifted the telephone to call up to learn how the patient was. "He is better, sir," the resident told me, "but his relatives want him to be shifted home because they can't afford to keep him in the ICCU any more, now that it is 3 days... ." In this country, including this medically advanced, literate state, medical insurance is still just a vague new concept. With more than 90% of the patients without any health insurance, the patient's family has to bear the entire cost of the treatment, and to make payments now. I could understand the unusual request of the relatives.

"Are you not going to the hospital today? I am ready for school," screamed my 12-year-old son, whose...

Cardiology in India

J Am Coll Cardiol, 2010; 56:678-679, doi:10.1016/j.jacc.2010.07.008© 2010 by the American College of Cardiology Foundation
EDITOR'S PAGE
Cardiology in India
Anthony N. DeMaria, MD, Editor-in-Chief, Journal of the American College of Cardiology*

I just returned from a one-week meeting/vacation in Southeast Asia during which time I learned a great deal about the nature of the practice of medicine and cardiology in India. It should be said at the outset that if you have seen one practice in India, you have seen one practice. I was impressed with the heterogeneity both of the issues faced by individual Indian physicians and the settings in which they addressed them. Much of the diversity seemed to be related to regional conditions. However, even within specific regions of the country, the variation in practices among Indian physicians and in comparison with the U.S. was often striking.
Any discussion about cardiology in India must begin with a consideration of the enormous burden and relatively unique nature of atherosclerosis in the country. A prior From Around the World paper in the Journal reported that cardiovascular diseases had overtaken infectious diseases as the number one cause of death in India. However, this paper did not fully convey the magnitude of the problem. Dr. Ajit Mullasari from Chennai provided some sobering statistics regarding atherosclerosis in the country, including data that the incidence of cardiovascular disease was 50% to 400% higher in Asian Indians than individuals of other ethnic origins. Many Indian cardiologists spoke of the not uncommon occurrence of myocardial infarction in very young individuals. About 50% of reported infarctions occur in Indian men under the age of 50 years, with 25% under the age of 40 years (1); in addition, some 30% to 40% of cardiovascular deaths occur between 35 and 64 years of age. An estimated 9.2 million productive years of life were lost to cardiovascular disease in India in 2000, a number that is expected to increase to nearly 18 million by 2030 (10 times the rate in the U.S.). An Indian Council of Medical Research project reported a prevalence of dyslipidemia of 37.5% among adults 15 to 64 years of age, with an even higher prevalence of dyslipidemia (62%) among young male industrial workers (2), and the rate of diabetes and hypertension is also alarmingly high. Interestingly, the 4-fold increase in the prevalence of cardiovascular disease in the 30- to 69-year age Indian group over that in the U.S. was generally similar in Indians living in the U.S. and India, in physicians and their spouses, in vegetarians and nonvegetarians, and in rural areas like Kerala and urban areas such as New Delhi. Although these data suggest the importance of genetic factors in accounting for cardiovascular disease in India, the relative role of genetics and environment remain uncertain.
The challenges imposed by a developing economy also exert a significant influence upon the practice of cardiology in India. Myocardial infarction provides a good example. While we in the industrialized world focus enormous attention on primary percutaneous coronary intervention and door-to-balloon time, our Indian colleagues are often confronted with a different reality. Many Indians do not have good access to emergency transport services and may come to the hospital by bus. Those who drive or come by ambulance often encounter massive delays due to traffic congestion. In some regions, the ambulances are not equipped with defibrillators, and the concept of transport to a facility with a catheterization laboratory is unrealistic. Thrombolysis with either tissue plasminogen activator or streptokinase remains a commonly-employed treatment, especially in government hospitals (which I was told usually do not have percutaneous coronary intervention services), and many thoughtful and knowledgeable Indian cardiologists espoused the value of pharmacoinvasive therapy of myocardial infarction. Of course, the circumstances encountered vary enormously by region.
The ways in which Indian cardiologists confronted the issues provided by the prevalence and circumstances of cardiovascular disease were often somewhat unique. A number of Indian physicians told me that they owned their own hospitals, and this is apparently fairly common in the country. Although the hospitals were usually relatively small, they apparently provided both medical and surgical services. In my experience, such physician-owned hospitals are rare in most countries. Given the enormous number of cardiovascular patients, my Indian colleagues told me that they were typically scheduled to see 60 patients in a single clinic session. Even with this heavy schedule, they were usually booked for a minimum of 3 months in advance. Most physicians also have office hours from 7:00 PM to 9:00 PM at the end of the day, and the usual work week is 6 days. That they are able to fulfill the demands of such a practice attests to the skill and dedication of Indian cardiologists.
I was told that only 10% to 20% of the population had health insurance. This low level of funding for health care had some interesting consequences. Obviously it presents a significant challenge for physicians to earn a living, and it requires them to work long hours to achieve adequate compensation. My impression was that the income of Indian cardiologists was not at the level of those of us in the U.S., although I did not hear one complaint in this regard. However, it did present an impediment to caring for those who had no insurance whatsoever. On the other hand, the low level of funding for health care resulted in relatively low cost. The cost for bypass surgery in India was said to be approximately 25% that of the U.S. This favorable price differential has already resulted in attracting patients worldwide for a variety of procedures. My Indian colleagues anticipated that this cost differential was the basis upon which they could build an international practice for cardiovascular procedures.
The Indian government has become aware of the epidemic of cardiovascular disease and diabetes, and is taking steps to address the problem. I was told that the government has appropriated a large sum of money, in the billions, devoted to fighting cardiovascular disease, and is currently considering how to utilize these resources. A tax on the three "S"s (sugar, salt, and smoke) is being discussed, among other actions. Clearly, if there ever was a crisis that necessitated a call to action, India is confronting one on the diabetes/cardiovascular front. It is encouraging to see that they are responding.
My experiences in Asia produced a variety of responses. I was taken aback by the magnitude and nature of atherosclerosis in India, particularly with premature coronary artery disease. This represents a scourge that is more severe than that seen in the Western world, and one that calls for immediate and rapid action by health agencies in India and abroad. In particular, I was surprised that more intense studies of the genetic contribution to cardiovascular disease had not been undertaken. If there was ever a role for a "polypill"-type approach to risk reduction, India would seem to be the perfect candidate. I was also impressed by the knowledge, skill, and dedication of Indian cardiologists. Despite less-available resources, they are obviously familiar with the recent literature, hungry for new information, innovative, and capable of providing high-level care to their countrymen and women. They work extremely hard, and without complaint under circumstances that are often very difficult. That the rest of the world is attracted to the high-quality, low-cost medical services that they can provide should not be surprising, and presents a challenge for those of us in the industrialized world. As has been nearly universally true, traveling to other countries has been an enlightening, and often humbling, experience. I had been invited to teach, but in the end, I learned much more than I taught.
References: 1. Enas EA, Senthilkumar A. Coronary artery disease in Asian Indians: an update and review The Internet Journal of Cardiology 2002;1 http://www.ispub.com/ostia/index.php?xmlFilePath=journals/ijc/vol1n2/cadi.xml 2002Accessed July 25, 2010.
2. Indian Council of Medical Research Indian J Med Res 2006;124:235-244.[Web of Science][Medline]