At 57 years-old and 460lbs, my father passed away. Watching this happen at 40, I knew I needed to turn my life around. Grain Brain, and a ketogenic lifestyle, did that for me.
I went from 360 lbs. to ~250 lbs. in a couple years. I started with a modified keto diet, but as I saw results I continued to improve over a 3-year period to reach the optimal keto diet I am currently on, which is low-fat, high-protein, and extremely low-carb diet. As a lifestyle change, I have combined this with intense strength training. I feel 18 again, and can keep up with anyone else in the gym without needing carbs. I recover exceptionally well and my joints feel great. Best of all, my body is dropping fat fast. I’m almost in a size 34 jean now at 258 lbs.
I eat very clean, organic protein, lots of spinach, broccoli, asparagus, etc. I enjoy grass-fed beef, properly raised and fed chicken, and have been adding more fish to my diet as well. Never eat any wheat/gluten, ever.
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
Dr. Anna Cabeca has written a new book, The Hormone Fix, that focuses on the important role of diet and other lifestyle issues in terms of gaining hormone balance. She especially focuses on menopause and leveraging the fundamental relationship between a ketogenic diet and hormone function in what she calls the “keto-green way.” Continue reading
While there certainly are various medications that prove somewhat helpful in the treatment of symptoms associated with Parkinson’s disease, it’s important to recognize that these medications are not actually treating the underlying disease itself.
We now understand that one of the pivotal mechanisms in Parkinson’s disease is the compromise of energy production at the mitochondrial level. This ultimately manifests as various problems, not just in the brain but throughout the entire body. With this understanding, specifically targeting mitochondrial function makes sense as a way of addressing this fundamental and underlying abnormality in Parkinson’s. Continue reading
I’ve often been quoted as stating that there is no pharmaceutical approach that has meaningful effectiveness on the treatment of Alzheimer’s disease. Unfortunately, I have to continue to make this claim. As was recently reported in the journal Neurology:
Despite great scientific efforts to find treatments for Alzheimer’s disease (AD), only 5 medications are marketed, with limited beneficial effects on symptoms, on a limited proportion of patients, without modification of disease course. The prevalence of AD doubles every 5 years reaching an alarming rate of 50% in those aged 85 years and older. In the context of the demographic trends of modern society, where the elderly are the fastest growing segment of the population, identification of new therapeutic targets that may prevent, delay, or cure AD is critically needed. (italics added).
The authors reemphasize what we know: that there is no silver bullet available now, or in the foreseeable future, that will help with this devastating and fatal condition. Continue reading
Without question one of the most common recommendations made when adults visit a medical practitioner is to reduce their sodium consumption. We’ve all been led to believe that salt is about the worst food additive out there and that it will make everybody hypertensive and affect heart and kidney functioning as well.
But much like the castigation of saturated fat, there is another side of this story we’re just now learning. Dietary sodium may have some very important positive attributes. Sodium, it turns out, it is important for the function of the hormone insulin and as such, deficiencies of sodium may relate to diabetes. Other problems that may be associated with not consuming enough salt include sleep dysfunction, poor energy, loss of mental focus, declining athletic performance, and even poor sexual performance.
We’ve talked a lot about the benefits of being in ketosis lately, but do you know how do you determine if you are in this state?
Science has given us a number of methods for doing so, including breath tests, urine tests, and blood tests. To be certain, each has their own advantages and disadvantages, but I tend to fall on the side of advocating for blood-based testing, which measures your level of the chemical beta-hydroxybutyrate (BHB). Continue reading