Plant-Based Treatment for Angina
Even without an exercise component, a plant-based diet can reduce angina attacks 90% within 24 days.
Even without an exercise component, a plant-based diet can reduce angina attacks 90% within 24 days.
The improvement of arterial function on a whole food, plant-based diet appears so pronounced that cardiac patients can achieve a 90% reduction in angina attacks.
Adding milk to tea can block its beneficial effects, potentially explaining why green tea drinkers appear better protected than consumers of black tea.
Plant-based diets have been shown to slow or stop the progression of kidney failure, but what about all the phosphorus and potassium in plant foods?
Dietary guidelines often patronizingly recommend what is considered acceptable or achievable, rather than what the best available balance of evidence suggests is best.
What effect do artificial sweeteners such as sucralose (Splenda), saccharin (Sweet & Low), aspartame (Nutrasweet), and acesulfame K (Sweet One) have on our gut bacteria?
Why should we wait ten minutes after chopping or crushing garlic before we cook it unless we’re going in for elective surgery within the next week?
What’s the best way to fulfill the omega-3 essential fat requirements?
What are the pros and cons of fennel fruits as a cheap, easy-to-find, light-weight, nonperishable source of nitrates?
What about the studies that show a “u-shaped curve,” where too much sodium is bad, but too little may be bad too?
Why do some drug-based strategies shorten the lives of diabetics and some diet-based strategies fail to decrease diabetes deaths?
Is triclosan in Colgate Total toothpaste safe in regards to the nitrate-reducing bacteria on our tongue and potential endocrine-disrupting effects on thyroid function and obesity?
The concept that heart disease was rare among the Eskimos appears to be a myth.
Rather than reformulate their products with less sodium and save lives, food manufacturers have lobbied governments, refused to cooperate, encouraged misinformation campaigns, and tried to discredit the evidence.
Fatty streak formation occurs in human fetal arteries and is linked to the pregnant mother’s cholesterol level.
A randomized, double-blinded, placebo-controlled trial on the use of the turmeric pigment curcumin to prevent diabetes in prediabetics is published with extraordinary results.
Diet may explain the Nigerian Paradox, where they have among the highest rates of the Alzheimer’s susceptibility gene, ApoE4, but among the lowest rates of Alzheimer’s disease.
The tobacco industry has focused more recently on divide-and-conquer strategies to create schisms within the tobacco control movement. We in the healthy food community can learn from this by staying united and not allowing minor disagreements to distract us from the bigger picture.
Research on resveratrol, a component of red wine, looked promising in rodent studies, but what happened when it was put to the test in people?
Why do heart attack rates appear lower than expected in France, given their saturated fat and cholesterol intake? Is it their red wine consumption, their vegetable consumption, or something else?
The extraordinarily low rates of chronic disease among plant-based populations have been attributed to fiber, but reductionist thinking may lead us astray.
A guideline is suggested for how to read food labels for grain products such as bread and breakfast cereals.
Diet and lifestyle improvements started even late in life can offer dramatic benefits.
When placed head-to-head against the American Diabetes Association diet, how do plant-based diets fare in terms of not only blood sugar, body weight, and cholesterol control, but also mood and quality of life?
What is the optimal daily dietary calcium intake and might benefits for your bones outweigh the risks to your heart from taking calcium supplements?
The unnaturally large, rapid, and sustained calcium levels in the blood caused by calcium supplements may explain why calcium from supplements, but not from food, appears to increase the risk of heart attacks.
Syncope (fainting) triggered by standing, strong emotions, or common phobias to blood, injections, and injuries can be easily prevented with a number of safe, simple, effective exercises.
Why does the leading cancer and diet authority recommend we avoid bacon, ham, hot dogs, sausage, and all other processed meats—including chicken and turkey?
The microbiome revolution in medicine is beginning to uncover the underappreciated role our healthy gut bacteria play in nutrition and health.
What is the optimal timing and dose of nitrate-containing vegetables, such as beets and spinach, for improving athletic performance?
Fish and fish oil consumption do not appear to protect against heart disease, arrhythmias, or sudden death, but why would they increase cancer risk?
Based on the Dietary Guidelines for Americans, which foods best supply shortfall nutrients while avoiding disease-promoting components?
What happens inside the arteries going to the hearts and brains of those who add nuts or extra virgin olive oil to their diet?
Why is there a reticence to provide the public with guidelines that will spare them from preventable disease and premature death?
Health authorities appear to have taken the patronizing view that the public can’t handle the truth and would rather the science be watered down.
High-tech advances, such as PET scanning, offer new insight into the role cholesterol plays in both the amyloid cascade and vascular models of the development of Alzheimer’s dementia.
Is the sodium debate a legitimate scientific disagreement or a “controversy” manufactured by industry?
What would happen if you centered your diet around vegetables, the most nutrient-dense food group?
Vegetables such as beets and arugula can improve athletic performance by improving oxygen delivery and utilization. But, what about for those who really need it—such as those with emphysema, high blood pressure, and peripheral artery disease?
What is the latest science on the performance-enhancing qualities of nitrate-rich vegetables?