Here you will find posts related to the most groundbreaking science that is available to us as it pertains to gluten intolerance and brain health. We all have the gift of brain plasticity, meaning that if we apply the conclusions of these studies to our daily lives we can actually grow new brain cells!
Among the many recommendations that seem like good ideas, we’ve often heard that getting out in nature is a healthy practice. But our mission is not to simply recapitulate what may represent common beliefs, but rather to explore these practices in terms of their scientific support.
As it turns out, there is a lot of science happening right now that is looking specifically at the health benefits ascribed to nature exposure. Much of the literature is being generated by researchers in Japan, where nature exposure is referred to as Shinrin-yoku, a term created by the Japanese Ministry of Agriculture, Forestry, and Fisheries in 1982, and defined as making contact with and taking in the atmosphere of the forest, or “forest bathing.” Continue reading
One of the most important goals of my life is to raise the level of awareness of the importance of lifestyle choices in determining a person’s risk for Alzheimer’s disease, a disease for which there is no meaningful medical treatment. To be sure, this narrative isn’t something that mainstream medicine fully embraces. But this isn’t necessarily a surprise as the whole notion of disease prevention still remains on the back burner as far as the world of Western medicine is concerned.
But the publications showing the powerful influence of specific lifestyle choices on Alzheimer’s risk are appearing with ever-increasing frequency in the world’s most well respected scientific publications. To that point, The Journal of the American Medical Association just published a powerful report looking at the relationship between genetic predisposition for dementia and the influence of lifestyle choices. This study begins by indicating that there are genetic risks for dementia. It then describes the focus of the research being dedicated to determining how much of the genetic risk may be offset by making specific choices in terms of things like smoking, diet, physical activity and alcohol consumption. Continue reading
By: Austin Perlmutter, M.D.
Depression is a global epidemic, a leading cause of disability that affects over 300 million people worldwide. Unfortunately, rates of diagnosed depression are continuing to rise in the United States, especially in our youth. When these disheartening statistics are combined with the relatively poor efficacy of our antidepressant medications, it becomes increasingly important to ask whether there may be non-pharmaceutical methods of treating this crippling condition. In recent years, scientific research has increasingly answered “yes.” Continue reading
I recently had the unique opportunity to serve as an advisor for the development of the next XPRIZE. Many of you may have heard of the XPRIZE for space, and this new prize is, to a degree, similar. The new XPRIZE is being developed to help spur research in the field of longevity. As such, unlike the space prize, in which a finite goal could be easily established, developing a goal that would serve as a surrogate for longevity is more of a challenge. Nonetheless, it is a work in progress.
Well, this title offers a compelling question doesn’t it? From the outset, it’s important that I make it very clear that the science for today’s update is an animal study. That said, let’s explore.
Researchers in Israel recently published a study in which they endeavored to determine if cells in the nervous systems of nematodes (worms) were able to communicate with the animal’s germ cells, the cells that are involved with transmitting genetic information to future generations. Previous research demonstrated that specific molecules called “small RNAs”, which are produced in nematodes, are able to affect future generations by communicating and influencing the genetic material in germ cells. This leads to genetic changes that persist in future generations. Continue reading
Understanding the relationship between less healthful dietary and lifestyle choices and developing type-2 diabetes, a recent study linking the brain’s center for impulsive behavior and diabetes risk was really interesting.
The research was performed at the Massachusetts General Hospital and involved 232 non-diabetic subjects. These individuals underwent brain-imaging studies that measured the metabolic activity of their amygdalas, an area of the brain that is involved with fear, stress, and impulsivity.
Anxiety has become exceedingly widespread in adult Americans. According to the National Institute of Mental Health, over 18% of American adults – 40 million people – suffer from anxiety at any given moment while nearly a third of us will experience symptoms of anxiety disorder at some point in our lifetimes. Incredibly, the average age of onset is 11 years. Women are 60% more likely to experience anxiety disorder during the course of their lifetime in comparison to men.
These numbers are impressive and clearly support our understanding as to why people are seeking out approaches, aside from pharmaceuticals, that can be helpful. Continue reading
The science surrounding the ketogenic diet expands day by day. In today’s video I will explore some of the science that shows a relationship between the ketogenic diet and increased brain glutathione levels, and explain why that matters for brain health. The full study can be found here. Continue reading
Over the past 10 years, in the various books that I have written, there has been a persistent emphasis on the importance of DHA, an omega-3, in terms of brain health. DHA represents over 90% of all the omega-3, polyunsaturated fatty acids in the brain, and further, it’s 10 to 20% of all the brain’s fat. DHA is especially concentrated in the gray matter, and is also an important part of the cellular membrane of neurons. DHA also has an important role to play in the functioning and structure of mitochondria, the release of neurotransmitters, the expression of DNA, the creation of the myelin insulation around every neuron, the management of neuroinflammation, and even the growth and differentiation of brain cells.
DHA plays a particularly important role in the frontal lobes, allowing us to maintain executive function, pay attention to the various tasks in which we are engaged, and even plan for the future and solving problems. Continue reading
Right now, I am in the middle of reading the New York Times bestseller Why We Sleep by Matthew Walker, PhD. This is an incredibly informative book with absolutely brilliant supportive science that really explains what is going on when we are sleeping.
Over the past several years I’ve emphasized the critically important role that sleep plays, not only in terms of cognitive health and functionality, but with respect to general health as well. Quoting from Dr. Walker’s book: Continue reading