Exercise Beats Heart Drugs in Reducing Heart Disease Deaths
In a new study published in the British Journal of Medicine, exercise either outperforms or is as effective as most heart disease drugs. This means exercise beats heart drugs because exercise is free and has no known adverse effects.
The researchers utilized three major meta-studies (studies that combine multiple clinical trials) to compile the statistics. In total, that data utilized 305 studies that tested nearly 340,000 people.
For some conditions, such as among strokes, exercise performed significantly better than drugs – anticoagulants and antiplatelets. In other conditions, such as heart disease, coronary heart disease and prediabetes, exercise performed in the range of the drugs. For these, the effectiveness of exercise was considered “similar” to the drugs.
Drugs tested among the studies outside of the two stroke drugs included ACE inhibitors, beta blockers, statins, diuretics, angiotensin receptor blockers, alpha glucosidase inhibitors, thiazolidinediones, biguanides and glinides.
Among the side effects of some of these drugs include headaches, dizziness, nausea, confusion, ulcers, nightmares, blurred vision, fatigue, liver damage, muscle pain, rashes, muscle cramping, hallucinations, blood sugar issues, gout, impotence, male breast enlargement, menstrual problems, allergic reactions, diarrhea, sexual dysfunction and many others.
Exercise comes with only one side effect: Fatigue. But this is accompanied by the rush of endorphins – compounds that render a natural “high,” along with a flurry of beneficial effects to the nervous system, brain, heart, liver and lungs.
One of the shortcomings of this study was the fact that all forms of exercise were lumped together into the exercise category.
One form of exercise that is getting increasing attention for its ability to effect cardiovascular conditions is called “high intensity” or “dynamic” exercise. This is when the exercise increases in intensity for a shorter period, in contrast with more prolonged exercise. Multiple studies have found that the shorter, high-intensity exercise routines outperform prolonged “endurance” exercise in preventing heart disease.
In a University of California-Davis study, higher-intensity exercise produced higher levels of P450 metabolites – which help render flexibility to the blood vessel walls.
So we submit that given the lack of specificity with regard to the type of exercise – leaving the most optimal types of exercise
To answer that question about whether higher-intensity exercise is good for the elderly, researchers from the Spain’s Pontevedra University of Education and Sport Sciences tested 62 women above the age of 65 for five months. They separated the women into two groups. One of the groups did high-intensity exercise along with flexibility and aerobic exercises, while the second group did calisthenics instead of the high-intensity training (but still did the aerobic and flexibility exercises).
After the five months, the researchers found that the women doing the high-frequency, high-intensity exercises scored higher than the other group in a number of criteria. The researchers concluded:
“Older women can take part in high-frequency, high-intensity training programs with no risk to their health while experiencing improvements to their quality of life, cognitive function, degree of independence and physical fitness.”
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