What Is the Ideal White Blood Cell Count?
Since white blood cell count is such a strong predictor of lifespan, what should we aim for and how do we get it there?
Since white blood cell count is such a strong predictor of lifespan, what should we aim for and how do we get it there?
Since white blood cell count is a sign of systemic inflammation, it’s no surprise that those with lower white blood cell counts live longer.
What happens to our gut flora when we switch from a more animal-based diet to a more plant-based diet?
The reason egg consumption is associated with elevated cancer risk may be the TMAO, considered the “smoking gun” of microbiome-disease interactions.
The potassium content in greens is one of two ways they can improve artery function within minutes of consumption.
Physical fitness authorities seem to have fallen into the same trap as the nutrition authorities, recommending what they think may be achievable, rather than simply informing us what the science says and letting us make up our own mind.
There is a food that offers the best of both worlds—significantly improving our ability to detox carcinogens like diesel fumes and decreasing inflammation in our airways—all while improving our respiratory defenses against infections.
Within hours of eating an unhealthy meal, we can get a spike in inflammation, crippling our artery function, thickening our blood, and causing a fight-or-flight nerve response. Thankfully, there are foods we can eat at every meal to counter this reaction.
Having hypertension in midlife (ages 40 through 60) is associated with elevated risk of cognitive impairment and Alzheimer’s dementia later in life—even more so than having the so-called Alzheimer’s gene.
The majority of dietary supplement facilities tested were found noncompliant with good manufacturing practices guidelines.
What we eat determines what kind of bacteria we foster the growth of in our gut, which can increase or decrease our risk of some of our leading killer diseases.
Within 40 minutes of green tea consumption, we get a boost in antioxidant power in our bloodstream, and, within 60 minutes, an upregulation of DNA repair.
What are the protective components of dietary patterns and foods associated with lower risk of cerebrovascular disease, or stroke?
It took more than 7,000 studies and the deaths of countless smokers before the first Surgeon General report against smoking was finally released. Another mountain of evidence for healthier eating exists today, but much of society has yet to catch up to the science.
Sugar is no longer considered just empty calories, but an independent risk factor for cardiovascular disease. So what happens if you switch to artificial sweeteners?
Dark chocolate is pitted against milk chocolate in a test of artery function.
How the egg industry funded a study designed to cover up the toxic trimethylamine oxide reaction to egg consumption.
The aspirin compounds naturally found in plant foods may help explain the lower cancer rates among those eating plant-based diets.
The benefits of taking a daily aspirin must be weighed against the risk of internal bleeding.
Experiments showing how much vitamin C our body absorbs and excretes can give us a sense of how many vitamin C rich fruits and vegetables we should be eating each day.
Is a plant-based diet sufficient to reach sodium goals?
Can the consumption of sesame seeds improve the clinical signs and symptoms of arthritis?
Perhaps dietary guidelines should stress fresh, frozen, and dried fruit—rather than canned.
In this “best-of” compilation of his last four year-in-review presentations, Dr. Greger explains what we can do about the #1 cause of death and disability: our diet.
Despite less education on average, a higher poverty rate, and more limited access to health care, U.S. Hispanics tend to live the longest. Why?
How the food, drug, and supplement industries have taken advantage of the field of nutrition’s reductionist mindset
Adding milk to tea can block its beneficial effects, potentially explaining why green tea drinkers appear better protected than consumers of black tea.
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 about the studies that show a “u-shaped curve,” where too much sodium is bad, but too little may be bad too?
The concept that heart disease was rare among the Eskimos appears to be a myth.
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 whole food is greater than the sum of its parts: how unscrupulous marketers use evidence that ties high blood levels of phytonutrients with superior health to sell dietary supplements that may do more harm than good.
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.
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?
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?
What effect does coffee and tea consumption have on longevity, cancer risk, GERD reflux, bone fractures, glaucoma, sleep quality, and atrial fibrillation (irregular heartbeat)?