Fermented or Unfermented Soy Foods for Prostate Cancer Prevention?
Which appear more protective: fermented soy foods, such as miso and tempeh, or unfermented soy, like tofu and soy milk?
Which appear more protective: fermented soy foods, such as miso and tempeh, or unfermented soy, like tofu and soy milk?
What happens to our gut flora when we switch from a more animal-based diet to a more plant-based diet?
Whole plant sources of sugar and fat can ameliorate some of the postprandial (after-meal) inflammation caused by the consumption of refined carbohydrates and meat.
Do BPA-free plastics, such as Tritan, have human hormone-disrupting effects? And what about BPS and BPF?
The benefits of taking a daily aspirin must be weighed against the risk of internal bleeding.
How can soy foods have it both ways with pro-estrogenic effects in some organs that can protect bones and reduce hot flash symptoms, yet also anti-estrogenic effects in others that protect against breast and endometrial cancer?
Why do those eating plant-based diets appear to suffer less from morning sickness?
How might we prevent and reverse hypertension, the number-one risk factor for death in the world?
Overt omega-3 deficiency is rare, but do short-term experiments on cognitive function suggest there might be an optimal DHA dose?
Ninety percent of our exposure to the hormone-disrupting chemical bisphenol A (BPA) comes from certain components of our diet.
Why has fish consumption been associated with cognitive impairment and loss of executive function?
If copper is associated with Alzheimer’s disease, what about healthy, whole plant food sources such as nuts, seeds, beans, and whole grains?
The concept that heart disease was rare among the Eskimos appears to be a myth.
How much green, white, black, and oolong tea can we consume before the benefits of tea start to be countered by the risks of lead contamination for children, pregnant women, and adults in general?
The microbiome revolution in medicine is beginning to uncover the underappreciated role our healthy gut bacteria play in nutrition and health.
Fish and fish oil consumption do not appear to protect against heart disease, arrhythmias, or sudden death, but why would they increase cancer risk?
Dr. Greger has scoured the world’s scholarly literature on clinical nutrition and developed this new presentation based on the latest in cutting edge research exploring the role diet may play in preventing, arresting, and even reversing some of our most feared causes of death and disability.
The mercury content in fish may help explain links found between fish intake and mental disorders, depression, and suicide.
PBDE fire-retardant chemicals in the food supply may contribute to attention and cognitive deficits in children.
Decreasing animal protein and sodium intake appears more effective in treating calcium oxalate and uric acid kidney stones (nephrolithiasis) than restricting calcium or oxalates.
Gnathostomiasis from raw fish is a growing problem, manifested by tiny worms that burrow under our skin and, in rare cases, can get into our eyes and brain.
A neurotoxin called BMAA that concentrates in seafood may help explain clusters of Lou Gehrig’s disease.
The neurotoxin BMAA is found in seafood and the brains of Alzheimer’s and ALS victims. Might dietary changes help prevent amyotrophic lateral sclerosis?
Protein consumption can exacerbate the insulin spike from high glycemic foods.
Does just reducing one’s intake of meat, dairy, and eggs significantly reduce mortality?
The effects of the neurotoxins that can contaminate fish like red snapper and grouper can last for decades.
Though the most concentrated sources of the toxic metal cadmium are cigarette smoke, seafood, and organ meats, does greater consumption from whole grains and vegetables present a concern?
How do sweet cherries compare to the drug allopurinol and a low-purine diet for the treatment of the painful inflammatory arthritis gout?
The rising incidence of tick-bite induced meat allergies may account for cases of previously unexplained (“idiopathic”) persistent hives among children.
Industrial pollutants that build up in our own body fat may help explain the link between obesity and diabetes.
The relationship between fish consumption and diabetes risk may be due to toxic pollutants that build up in the aquatic food chain.
What if billions in tax dollars were invested in healthier options, rather than given to corporations to subsidize the very foods that are making us sick?
The levels of arsenic, banned pesticides, and dioxins exceeded cancer benchmarks in each of the 364 children tested. Which foods were the primary sources of toxic pollutants for preschoolers and their parents?
Foods of animal origin (especially fish) appear to be the most important source of human exposure to industrial pollutants such as alkylphenol xenoestrogens.
Advice to eat oily fish, or take fish oil, to lower risk of heart disease, stroke, or mortality is no longer supported by the balance of available evidence.
How many months does it take to clear 99% of the mercury and other industrial toxins from one’s body, and what role might our fat stores play in holding on to fat-soluble pollutants?
The carotid arteries of those eating plant-based diets appear healthier than even those just as slim (long-distance endurance athletes who’ve run an average of 50,000 miles).
To stay out of oxidative debt, we need to take in more antioxidants than we use up.
Even nine servings of fruits and vegetables a day may not reach the minimum recommended intake of antioxidants if one doesn’t make the right choices.
Risk/benefit analysis of 33 fish species contrasts the brain-boosting effects of DHA with the brain-damaging effects of mercury, to determine the net effect on intelligence (IQ).