The Medical Advisor

Vitamin D3 & K2 | Turmeric and Black Pepper | Omega-3s | Chondroitin, Glucosamine and MSM | Resveratrol, Quercetin, Pterostilbene and Bromelain | Vitamin C | Zinc | Pine Bark Extract | Magnesium and Molecular Hydrogen | Vitamin E The immense majority of diseases have one common denominator: Inflammation. Considering how functional foods and nutraceuticals have inflammation-reducing benefits, these products can have an extensive range of applications. Inflammation is the body’s response to harmful stimulus such as injury, infection, or irritation. There are two main types of inflammation ; acute inflammation and chronic inflammation. Acute inflammation usually restores your body to its state before injury or illness. It often resolves in two weeks or less. Symptoms appear quickly.   Chronic inflammation is a slower and milder form of inflammation that usually persists for more than six weeks. Unlike acute inflammation, which occurs in response to an injury or illne...

Introduction Parkinson’s disease is often described as a condition caused by low dopamine. While this is technically correct, it is also incomplete. Emerging research suggests that Parkinson’s is not just a neurotransmitter deficiency—but a complex metabolic and neurodegenerative disorder involving mitochondrial dysfunction, insulin resistance, and chronic inflammation. Understanding this broader picture opens the door to new prevention and treatment strategies that go beyond dopamine replacement. What Happens in Parkinson’s Disease? Parkinson’s disease occurs when dopamine-producing neurons in the substantia nigra progressively die. This leads to: Tremors Muscle rigidity Slowed movement (bradykinesia) Balance and coordination issues Dopamine plays a central role in regulating movement, but its depletion is only the final step in a much larger disease process. Why Dopamine Alone Is Not the Full Story Traditional treatment focuses on replacing dopamine (e.g., levodopa). While effecti...

Introduction A 2023 study  described insulin resistance as a “silent driver” of pancreatic cancer. While directionally correct, this claim requires careful interpretation in light of newer (2023–2026) evidence. Pancreatic ductal adenocarcinoma (PDAC) remains one of the most lethal cancers globally. Increasing attention has shifted toward metabolic dysfunction—especially insulin resistance—as a modifiable risk factor. How insulin resistance may contribute to the development of cancer. Illustration by The Epoch Times, Shutterstock But how strong is the evidence? 🔬 2025–2026 Evidence Update: Strong Association, Uncertain Causation 1. Epidemiology: Consistent but Not Definitive Recent large-scale analyses confirm: Type 2 diabetes → ~1.5–2.0× increased pancreatic cancer risk Elevated fasting glucose → dose-dependent risk increase Obesity + metabolic syndrome → independent contributors 👉 A 2024–2025 pooled analysis (multi-cohort metabolic studies) reinforced: Hyperinsulinemia precedes ...

Introduction Milk has long been promoted as a nutrient-rich staple for bone health and overall wellness. However,  claims—such as those from NOVOS Labs —suggest that milk may actually accelerate aging by activating pathways like IGF-1 and mTOR. But how strong is this claim? In this evidence-based review, we separate biological theory from real-world human data, and examine whether milk truly impacts aging—or if the concern is overstated. The Biological Argument: Why Milk Could Influence Aging Milk contains bioactive compounds that can influence key aging-related pathways: 1. IGF-1 (Insulin-Like Growth Factor 1) Milk consumption is associated with modest increases in IGF-1 IGF-1 promotes: Growth and repair Cell proliferation 👉 In animal models, chronically high IGF-1 is linked to shorter lifespan 2. mTOR Activation Milk proteins (especially whey) activate mTOR (mechanistic target of rapamycin) mTOR regulates: Protein synthesis Cell growth 👉 Overactivation of mTOR is associated w...