When you think about longevity tests, you might picture lipid panels and fasting blood glucose assessments. However, there’s one aspect of longevity you might not immediately consider: the health of your skin. From eczema and rosacea to premature lines and wrinkles, what’s happening on the surface is often indicative of underlying issues, including those that contribute to cardiovascular disease, dysbiosis, and mitochondrial dysfunction.
In the pursuit of wellness and longevity, skin health often mirrors the body’s internal state, serving as a visible testament to our overall well-being. Yet, traditional approaches to skincare have predominantly focused on treating the surface, neglecting the deeper cellular processes that fundamentally influence the skin’s aging and vitality. As we delve deeper into the science of longevity, a groundbreaking perspective emerges, spotlighting the crucial role of cellular and mitochondrial health not only in preserving the skin’s youthful appearance but also in maintaining the integrity of this critical organ. By shifting our focus beyond that of how we look, we can unlock new strategies for maintaining health and find a promising future where skincare transcends cosmetic concerns to embrace a holistic view of health and aging.
We’ve made it successfully through the Thanksgiving rush. But do you or your patients need a set-and-refresh to make it through the rest of the holidays? The holidays are supposed to be full of cheer, family, friends, good food and good feelings, but that’s often not the case. Beyond the specter of seasonal colds and flu, patients may seek our help for another reason in December: stress. Stress can affect a multitude of biological systems, from cardiovascular to the respiratory system—but for the acute seasonal stressors like travel, family, and dietary changes, we most often see its effects on the central nervous system and the digestive system. Tension headaches, occasional trouble sleeping, indigestion and irregularity are common culprits that we can easily address with small lifestyle changes and supplementation.
Dr. KF SPONSORED CONTENT I am eternally grateful to our sponsors who, by blogging, podcasting, and advertising with us, enable me and my team to devote energy and time to writing, research, and education. All the companies who sponsor us are those I trust for myself, my patients, and my fellow practitioners. Please check out…
Only 5% men and 9% of women are getting the recommended daily amount of fiber in the United States.[1] That’s almost 90% of the population not consuming enough fiber! To put this into perspective, in 2017–18 most Americans averaged 8.1 grams of fiber for each 1,000 calories, or just 58 percent of the recommended 14 grams per 1,000 calories. Insufficient fiber intake is associated with a myriad of chronic diseases. Let’s dive into what fiber is, why it is so important, and how you can get more of it in your diet!
Over the last decade, there has been an explosion of research looking at bioenergetics (energy metabolism) and the role our energy generators – the mitochondria – play in human health and longevity. In functional medicine, we’ve long been aware of bioenergetics – the need to “tend to our patient’s mitochondrial health,” and as such, we readily employ a litany of nutrients – from CoQ10 to carnitine and lipoic acid and others – whenever we deem them indicated. There have not been, however, many nutrients to blast onto the bioenergetics center stage with quite the impressive force as the postbiotic rock star Urolithin A. With studies published in top-tier journals such as Nature and Cell – and with 11 (yes, eleven) compelling human clinical trials – if this compound hasn’t made it to the top of what you’re using for patients (and taking yourself), read on.
Acute illnesses like seasonal colds carry a heavy socioeconomic burden and impact livelihood in many ways, taking a great toll on society including children, families, and the medical community. This results in increased direct costs (e.g., clinic visits, drug consumption, hospitalizations), indirect costs (such as absenteeism at work and reduced productivity), and intangible costs (e.g., pain, suffering and impaired quality of life).
Midlife is an extremely active time epigenetically. Pro-inflammatory genes tend to become hypomethylated and get ramped up, tumor-suppressor genes can become progressively more silenced, genes that code for antioxidant and detoxification enzymes such as glutathione transferase (which also happens to be an important tumor-suppressor gene!) also get dialed down, and genes that promote cancer (known…
Weight gain is one of the most frequently seen complaints during perimenopause and menopause. In this blog we will explore why that is and how the female body changes during this magical and yet confusing life stage. Menopause and perimenopause typically begin for women around the age of 45 – 55 years. We start to notice changes in our bodies prior to the loss of our cycle including hot flashes or night sweats, change in frequency and how heavy our periods can be, and changes in mood. Perhaps the most unsettling for females is the change in weight and body mass distribution: clothes fit differently, your body feels different, your capacity at the gym and with physical activity feels futile! And this usually happens with little change to your current nutrition or activity routine.
Mushrooms are a powerful, and often underutilized, tool for health and longevity. They provide important nutrients, including those used in methylation cycles- folate, choline, and zinc for example. Their bioactive compounds also act as DNA methylation adaptogens, with the ability to influence gene expression and even potentially biological age. It’s why mushrooms feature as one…
