In this episode, I’m thrilled to introduce Optimal You, my upcoming book, and give you a sneak peek of what’s inside. I’ll talk about the inspiration behind writing it, starting with my own health journey and the experiences I’ve had working with patients who struggled to find trustworthy information and effective solutions for their wellbeing.

In this episode, we dive into the powerful connection between chronic inflammation and aging, uncovering the science behind how long-term inflammation impacts cellular health, metabolism, and the immune system. You'll learn about the difference between acute and chronic inflammation—why short-term inflammation is crucial for healing, but prolonged inflammation, known as “inflam-aging", can accelerate the aging process and contribute to age-related diseases.

In this continuation of our exploration into NMN and longevity, we dive into actionable steps you can take to optimize your health and maximize the benefits of NMN. We'll discuss how factors within your control—like stress, sleep, physical activity, and nutrition—can significantly impact NMN and NAD levels in your body.

In this episode, we explore Nicotinamide Mononucleotide (NMN), a molecule that's generating buzz in the world of longevity science. We’ll delve into the science behind NMN, how it works in the body, and why it might be a key player in future anti-aging therapies. From cellular aging to enhancing both lifespan and healthspan, we’ll uncover the potential of NMN in supporting everything from reproduction to DNA repair, cognitive function, and metabolic health.

In this episode, we dive deep into the science of energy, exploring how our bodies produce and regulate energy at the cellular level. We’ll uncover the impact of modern lifestyles on our energy reserves and how this can drain our vitality. From understanding the crucial role of cellular energy production to discussing what impairs mitochondrial function, we’ll shed light on why low energy shouldn’t be ignored and what powerful molecules play a vital role in energy production.