What Happens When You Stop Taking GLP1 — And How to Eat So You Don't Lose What You Gained

Marcus has been on semaglutide for fourteen months. Thirty-two pounds down. His A1c has dropped. His doctor is pleased. And now — whether because of cost, a shortage, a side effect, or a decision to try without it — he's thinking about stopping.

Nobody has told him what comes next.

This is one of the most important conversations I have with GLP-1 patients, and one of the least discussed anywhere. The medication is metabolic. When it changes, your body changes. And if you haven't built the nutritional foundation to support yourself without it, the biology works against you fast.

This isn't a warning. It's a plan.

What GLP-1 medications are actually doing to your body

Before we talk about stepping off, we need to understand what we're stepping away from — because GLP-1 receptor agonists do far more than suppress appetite.

These are metabolic drugs. They communicate with the cardiovascular system, improve glycemic control, reduce systemic inflammation, and affect multiple organ systems simultaneously. They slow gastric emptying, signal satiety to the brain, and when combined with good nutrition, can significantly alter body composition.

The critical word is body composition — not just weight.

Research consistently shows that without adequate protein intake and resistance training, a meaningful portion of weight lost on GLP-1 medications comes from lean mass, not fat. Muscle loss slows metabolism, worsens insulin sensitivity, and sets the stage for rebound weight gain the moment the medication dose decreases.

This is why the transition off a GLP-1 isn't just about willpower. It's about physiology. And physiology responds to what you feed it.

The three things GLP-1 has been doing that you now have to do

When you step back from the medication, three things that it was managing automatically need to become intentional habits:

1. Satiety signaling — The medication suppresses appetite centrally. Without it, hunger hormones (especially ghrelin) can rebound sharply, particularly in the first 4–8 weeks. High-protein, high-fiber meals are the most effective nutritional tool for managing this naturally.

2. Gastric emptying regulation — GLP-1 slows how quickly food leaves the stomach, which blunts blood sugar spikes after meals. Meal sequencing — eating vegetables and protein before carbohydrates — replicates this effect mechanically. It's not a trick. It's physiology.

3. Inflammation and blood sugar control — The medication's anti-inflammatory and glycemic effects don't disappear on day one of stopping, but they fade. A Mediterranean-style diet is the most clinically supported nutritional approach for maintaining both — with olive oil, fatty fish, fiber-rich vegetables, and legumes doing much of the heavy lifting the medication was doing.

How to scale back: a tiered framework

The goal isn't to go from full dose to nothing overnight. Work with your prescribing physician on a gradual dose reduction — and align your nutrition strategy with each phase.

Phase 1 — Active dose reduction (Weeks 1–4)

Goal: Build the nutritional foundation before appetite returns

This is the most important window. Use the appetite suppression that's still present to establish eating habits that will hold when hunger comes back.

What to eat: Prioritize Greek yogurt, eggs, salmon, lentils, chickpeas, and leafy greens. These are gentle on a digestive system that's been working slower than usual and deliver the protein-fiber combination that controls hunger most effectively.

Phase 2 — Early off-medication (Weeks 5–12)

Goal: Manage ghrelin rebound without the medication's support

This is typically when hunger returns — sometimes sharply, sometimes gradually. It's not a failure. It's biology.

The meal sequencing rule becomes non-negotiable here. Eat vegetables first, then protein, then carbohydrates at every meal. Studies show this sequence can reduce post-meal glucose spikes by up to 40% — without the medication doing any of the work.

Phase 3 — Long-term maintenance (Month 3 onward)

Goal: Sustain results through food pattern, not medication

By now, habits should be load-bearing. The focus shifts from "managing the transition" to "this is how I eat."

The body scan point — and why it matters more than the scale

One of the most important things Dr. Lucille's research emphasizes: when you're on a GLP-1, and when you come off one, what you're losing matters as much as how much.

Muscle and fat look the same on a regular scale. A DEXA scan or InBody analysis shows you the actual breakdown — and losing muscle while the scale drops is a metabolic problem, not a win.

I recommend a body composition scan at three points: when you start a dose reduction, at the 8-week mark, and at 6 months. These numbers should be guiding your nutrition strategy — not just how your jeans fit.

What the research actually says about long-term success

The honest version: most people who stop GLP-1 medications without a nutritional and behavioral foundation regain a significant portion of their weight within a year. This isn't about character. It's about biology — the medication was doing work, and that work needs to be handed off to something.

The good news is that something exists. A fiber-rich, protein-adequate, Mediterranean-style diet combined with resistance training produces outcomes that come remarkably close to what the medication was delivering — when it's been built properly, and built before the medication stops.

The medication gave you a window. What you build inside that window determines what stays.

The version of this I want you to remember

Health can be indulgent. This transition doesn't have to be grim.

The Mediterranean way of eating — the plate method, the olive oil, the slow meals with people you love — was never designed to feel like restriction. It was designed to feel like living well. And it happens to be the most clinically supported eating pattern for sustaining exactly the metabolic outcomes GLP-1 medications work toward.

The medication changed your physiology. Food keeps it changed.

That's the handoff. And it starts at your next meal.

Working through a GLP-1 transition and want a plan built around your specific labs and history? That's exactly what I do. Book a consultation here.

← Part 1: What to eat while you're on a GLP-1

References: Wilding et al., NEJM (2021) · Almandoz et al., Obesity (2023) — weight regain after semaglutide discontinuation · Shukla et al., Diabetes Care (2019) — meal sequence and postprandial glucose · Estruch et al., NEJM (2018) — PREDIMED Mediterranean diet and cardiometabolic outcomes · Lucille H., Petrucci J. — GLP-1 Journey Presentation (2025)

What to Eat on a GLP-1 — and Why It Matters More Than You Think

Let me introduce you to Marcus.

He's 52, started semaglutide three months ago, and the weight is coming off. His doctor is pleased. His clothes fit differently. By every headline metric, it's working.

But Marcus is exhausted. He's losing his appetite entirely by 3pm, skipping meals because nothing sounds good, and his gym sessions feel harder than they used to. He assumed the medication was doing the heavy lifting — so he stopped thinking as hard about food.

Here's what nobody told Marcus: the medication opens the door. What you eat determines what happens once you walk through it.

The Part Nobody Talks About Loudly Enough

GLP-1 receptor agonists — Ozempic, Wegovy, Mounjaro, Zepbound — work by slowing how quickly food leaves your stomach, suppressing appetite, and regulating blood sugar. The results can be genuinely transformative.

But there's a finding buried in the clinical data that deserves a lot more attention.

Research from the STEP-1 trial, published in the New England Journal of Medicine, found that approximately 39% of weight lost on semaglutide came from lean mass — not just fat. A 2025 study presented at ENDO, the Endocrine Society's annual meeting, found that women and older adults on semaglutide were at particularly high risk for this muscle loss — and that higher protein intake was one of the most effective ways to counter it. A separate prospective 6-month study of 200 adults on semaglutide or tirzepatide found that those who followed resistance training and adequate protein guidance lost around 13% of their body weight but only 3% of their muscle mass — a dramatically better outcome than medication alone.

The takeaway is not that GLP-1s are dangerous. It's that they are a tool, and like any powerful tool, what you do alongside them determines the outcome. Eating intentionally while on a GLP-1 isn't optional — it's what separates a body composition transformation from simply getting smaller.

The Three Non-Negotiables on a GLP-1

1. Protein — aim for 100g per day

When your appetite is suppressed and you're eating significantly less food, the risk of protein deficiency is real and consequential. Muscle loss slows metabolism, weakens bones, reduces insulin sensitivity, and makes it harder to maintain results if you ever reduce or stop the medication.

Current evidence supports a target of 1.2–1.6g of protein per kilogram of body weight for people on GLP-1 therapy. For most adults, this lands in the range of 100g per day — and it needs to be distributed across meals, not loaded into one sitting.

What that actually looks like in food:

FoodProtein4 oz grilled salmon~25g¾ cup Greek yogurt (plain, full-fat)~17g2 large eggs~12g½ cup cottage cheese~14g½ cup edamame~9g3 oz roasted chicken breast~26g½ cup lentils (cooked)~9g1 scoop protein powder~20-25g

GLP-1-friendly protein sources — meaning gentle on a slowed digestive system — include: Greek yogurt, eggs, soft-cooked fish, cottage cheese, tofu, edamame, and lentil soups. These digest more comfortably than large cuts of red meat when gastric emptying is already delayed.

2. Fiber — build to 30g per day

Fiber does three things that matter enormously on a GLP-1: it supports the gut microbiome (which is affected by dietary changes), slows the absorption of glucose (supporting the blood sugar work the medication is already doing), and keeps digestion moving on a stomach that's working more slowly than usual.

The goal is 30g of fiber per day, introduced gradually. A sudden jump from low fiber to high fiber can worsen the bloating and nausea that are already common GLP-1 side effects. Start lower and build up over two to three weeks.

Your best fiber sources:

• Cooked vegetables over raw (easier to digest) — spinach, broccoli, green beans, carrots

• Legumes — lentils, chickpeas, black beans

• Oats and quinoa

• Berries — particularly raspberries and blackberries

• Chia seeds (in smoothies or yogurt)

• Sweet potato (with skin)

One practical note: raw cruciferous vegetables (raw broccoli, raw cauliflower, raw cabbage) can worsen bloating when digestion is already slow. Cook them instead.

3. Hydration — at least 2–2.5 liters of water daily

This one is consistently underestimated. Reduced appetite doesn't just mean eating less — it means drinking less, too. Dehydration accelerates fatigue, worsens nausea, and can amplify constipation, one of the most common GLP-1 side effects.

The general target is 2 to 2.5 liters of water per day — and if you're experiencing GI side effects, electrolytes (particularly sodium, potassium, and magnesium) matter as well.

Practical tips:

• Carry a water bottle and link drinking to existing habits (after every small meal, before and after movement)

• Broth and soups count toward fluid intake and provide electrolytes — particularly useful on days when nausea is high

• Avoid drinking large amounts of liquid during meals, as this can worsen the sensation of fullness and bloating

• Herbal teas (ginger tea especially, for nausea) are a useful warm-fluid option

A Full Day of Eating on a GLP-1

Target: ~100g protein, ~30g fiber, adequate hydration. Smaller portions than typical — designed to be nutrient-dense, not volume-dependent.

Morning | Breakfast

Greek yogurt protein bowl

• ¾ cup plain full-fat Greek yogurt

• ½ cup mixed berries (fresh or frozen)

• 1 tbsp chia seeds

• Small handful of walnuts

• Drizzle of raw honey (optional)

~19g protein | ~7g fiber

Start the day with a large glass of water — before coffee.

Mid-Morning | Optional Light Snack

• 2 soft-boiled eggs

• A few slices of cucumber or a handful of cherry tomatoes

~12g protein | ~1g fiber

Midday | Lunch

Mediterranean lentil bowl

• ½ cup cooked green or French lentils

• 2 oz grilled or canned salmon (or roasted chickpeas for plant-based)

• Roasted vegetables (zucchini, red pepper, spinach)

• Drizzle of olive oil and lemon

• Fresh herbs (parsley or mint)

~28g protein | ~10g fiber

Warm food is generally easier to digest than cold — especially on days when nausea is present.

Afternoon | Snack

• ½ cup cottage cheese

• A few slices of cucumber or a small pear

• Optional: sprinkle of pumpkin seeds

~14g protein | ~3g fiber

Evening | Dinner

Herb-baked fish with roasted vegetables and quinoa

• 4 oz white fish (cod, halibut) or salmon, baked or pan-seared

• ½ cup cooked quinoa

• Generous portion of roasted courgette, asparagus, and cherry tomatoes

• Olive oil and garlic

~28g protein | ~8g fiber

Keep dinner portions moderate. GLP-1 medications significantly slow gastric emptying — a large evening meal is one of the most common triggers for nighttime nausea and reflux.

Day Total: ~101g protein | ~29g fiber

What to Limit (and Why)

A few categories consistently worsen GLP-1 side effects — not because they're inherently bad foods, but because of how they interact with a stomach that's already working more slowly:

High-fat fried foods — Slow digestion further, significantly increase nausea and reflux risk.

Large portions of red meat in one sitting — Heavy on the gut when gastric emptying is delayed. Not off the menu entirely — just smaller amounts, more often.

Sugary beverages and ultra-processed snacks — These provide quick glucose hits that work against the blood sugar regulation the medication is supporting.

Carbonated drinks during meals — Can dramatically worsen bloating and distension.

Alcohol — Interestingly, research published in JAMA Psychiatry suggests semaglutide may naturally reduce alcohol cravings. On a practical level, alcohol on a near-empty stomach hits harder and depletes key nutrients your body especially needs on a reduced-calorie intake.

The Bigger Picture

The most important mindset shift I work on with clients on GLP-1 medications is this: the medication has quieted the noise. Your job now is to make the most of the quiet.

Appetite suppression is a tool. It creates the conditions to nourish your body more intentionally than before — not an excuse to under-eat, under-protein, and drift through the day on coffee and a few crackers.

Research from Mass General Brigham, published in 2025, put it plainly: combining GLP-1 therapy with both adequate protein intake and resistance training produces significantly better body composition outcomes than medication alone. The medication is doing real work. You deserve to do real work alongside it.

If you're on a GLP-1 and navigating what to eat — start here. Protein at every meal, fiber built up gradually, water as a non-negotiable. The rest gets more nuanced from there, and I'm here for those conversations.

References:

Wilding, J.P.H. et al. (2021). Once-Weekly Semaglutide in Adults with Overweight or Obesity. New England Journal of Medicine. https://doi.org/10.1056/NEJMoa2032183

Haines, M. et al. (2025). Protein intake and lean mass preservation on semaglutide. Presented at ENDO 2025. Endocrine Society. https://www.endocrine.org/news-and-advocacy/news-room/endo-annual-meeting/endo-2025-press-releases/haines-press-release

Peralta-Re, D. et al. (2025). Resistance training and protein intake in GLP-1 users. Medscape / Obesity Medicine, April 2025. https://www.medscape.com/viewarticle/resistance-training-protein-may-lower-glp-1-ra-muscle-loss-2025a10008x6

Mass General Brigham. (2025). Preserving Lean Body Mass in Patients Taking GLP-1 for Weight Loss. Advances in Motion. https://advances.massgeneral.org/endocrinology/article.aspx?id=1601

ACE Fitness. (2025). GLP-1s and Lean Mass: What the Research Shows. ACE Certified, June 2025. https://www.acefitness.org/continuing-education/certified/june-2025/8892/glp-1s-and-lean-mass-what-the-research-shows/

Women's Health at Every Age — It All Shows Up on Your Skin First

Your Skin Is Trying to Tell You Something. Are You Listening?

Most women spend years trying to fix what they see on the surface — the teenage breakouts that never quite went away, the dark patches that crept up at the neck, the dryness that arrived seemingly overnight in their forties. They try new skincare, switch up their diet, layer on serums. Sometimes it helps. But sometimes the skin isn't the problem. It's the messenger.

Here's what most people don't know: your skin is a metabolic organ. It's not just sitting there looking pretty — it's actively involved in your hormonal signals, your immune system, and your inflammation levels. Research confirms that skin changes can sometimes be the very first sign of a condition that hasn't even been formally diagnosed yet. And for women, that story begins earlier than most people realize — often in the teenage years — and quietly evolves across every decade of life.

This is that story.

First, a name you need to know

You've probably heard of PCOS — polycystic ovary syndrome. As of May 2026, it has been officially renamed. Following more than a decade of research and input from over 22,000 experts worldwide, the condition is now called polyendocrine metabolic ovarian syndrome — PMOS — published in The Lancet and presented at the European Congress of Endocrinology. The name change matters because the old name implied ovarian cysts, when in reality the condition involves multiple and diverse endocrine and metabolic issues that affect the whole body. Including — and especially — the skin.

Chapter One: The Teenage Years

For many young women, PMOS doesn't announce itself with a diagnosis. It announces itself with a breakout.

People with PMOS often present to dermatologists first — with concerns about facial acne and other skin and hair changes — long before anyone connects the dots to a hormonal condition. In teenagers, the first signs typically include hyperandrogenism and irregular menstrual cycles, and the presence of clinical skin signs — acne, excess facial or body hair, or crown hair thinning — is actually sufficient to begin a diagnostic conversation, without even needing an ultrasound.

This is the window most young women never know they have. A persistent, cystic jawline breakout in a 15-year-old is not just a skincare problem. It may be the body's first attempt to communicate something deeper — elevated androgens, shifting hormones, a metabolic system that needs attention now rather than a decade later.

Research shows that cutaneous signs are often the very first visible symptoms of PMOS — appearing before irregular periods, before fertility issues, before anything else. Getting curious about those early signs, rather than simply treating the surface, can change the entire trajectory of a young woman's health.

Chapter Two: The Thirties and Forties — When Insulin Resistance Enters the Picture

PMOS doesn't resolve at the end of the teenage years. It evolves. And for many women, the thirties and forties bring a new layer to the story: insulin resistance.

The connection between PMOS and insulin resistance is direct and well-established. High androgen levels drive insulin dysfunction, and insulin dysfunction drives androgen levels higher — a cycle that, left unaddressed, accelerates over time. And the skin keeps reporting it.

Skin manifestations of insulin resistance — including acanthosis nigricans, skin tags, androgenetic alopecia, acne, and excess hair growth — offer a reliable, real-time method to detect insulin resistance that requires no laboratory equipment and is immediately accessible during any physical examination.

Those dark, velvety patches at the neck, underarms, or skin folds — acanthosis nigricans — are not a hygiene issue. Elevated insulin activates receptors in the skin that cause keratinocytes and dermal fibroblasts to proliferate, producing the characteristic darkening and thickening. Skin tags in the same areas tell the same story. Insulin resistance has been directly associated with the presence of both acanthosis nigricans and skin tags — and early identification of these signs is critical to preventing a cascade of future complications.

Two nutrients consistently low in women with PMOS at this stage: vitamin D and zinc — both critical for skin integrity, immune function, and how the body handles androgens. The gut connection is also real. When the gut microbiome is disrupted by metabolic dysfunction, it breaks down the skin barrier and drives inflammatory skin conditions including acne — which is why IBS and gut imbalance are far more common in women with PMOS than most clinicians discuss.

Nutritionally, the research is clear. An umbrella meta-analysis found that green tea, curcumin, probiotics, vitamin D, and omega-3 fatty acids all show meaningful benefits for the metabolic and hormonal health of women with PMOS. Resveratrol has also been shown to lower androgen levels and improve insulin sensitivity. These are not trends. They are tools that work at the root of what's driving the skin changes — not just the surface.

Chapter Three: Menopause — The Hormonal Tide Goes Out

Just as the hormonal storm of PMOS begins to quiet, a different shift begins. Estrogen — the hormone that has been quietly supporting collagen production, skin hydration, and barrier function throughout a woman's life — starts to decline. And the skin, once again, is first to show it.

The decline in estrogen during menopause leads to decreased collagen production, reduced elasticity, and moisture loss — resulting in dryness, thinning, and wrinkling. Collagen content declines by approximately 2% per year after menopause — accelerating changes that may have already been set in motion years earlier by years of unaddressed hormonal imbalance. For women who have been living with PMOS — often with already-elevated inflammation and metabolic stress — this transition can feel more dramatic.

Estrogen supports collagen synthesis, glycosaminoglycan production, and sebum regulation throughout a woman's life — and the loss of this hormone produces a range of changes across the skin and mucosa that go far beyond aesthetics. Skin that suddenly feels paper-thin, slower to heal, or reactive to products it once tolerated is not imagining things. It is responding to a genuine biological shift that deserves clinical attention, not a new moisturizer.

The perimenopause years — the transitional phase that can begin in the early forties — are when these changes start quietly. Catching them early, supporting the body nutritionally, and addressing any lingering metabolic dysfunction from earlier decades is where the real opportunity lies.

What to Look For — At Every Age

Start by checking vitamin D, zinc, fasting insulin, a full androgen panel, and inflammatory markers. Nourish the gut. Use food as medicine — green tea, curcumin, resveratrol, probiotics, omega-3s, and quality protein are not optional extras. They are infrastructure.

A Final Word

Women's health is having a long overdue moment. For too long the dermatologist treated the acne, the gynecologist managed the cycle, and the endocrinologist watched the blood sugar — each seeing one piece of a picture that only makes sense whole. That is finally changing.

The renaming of PCOS to PMOS represents more than a terminology update — it is a recognition that this is a complex, multisystem condition involving endocrine, metabolic, reproductive, dermatological, and psychological health, and that clinical guidelines, medical education, and disease classification must all reflect that reality.

Your skin is not a vanity issue. It is a timeline — one that starts in adolescence and runs through every decade of a woman's life, quietly recording what is happening within. Learn to read it. Find clinicians who can too. And know that the earlier the conversation starts, the more of the story you get to write yourself.

Sources: Current Research in Diabetes & Obesity Journal (2025); The Lancet — PMOS Global Consensus (2026); Annals of Medicine & Surgery — PMOS Cutaneous Manifestations (2025); World Journal of Advanced Healthcare Research (2025); Frontiers in Nutrition — Nutritional Supplements in PMOS umbrella meta-analysis (2025); Microorganisms — Skin Microbiota and Metabolic Disorders (2025); Journal of Cosmetic Dermatology — Menopausal Skin and HRT (2025); StatPearls — Acanthosis Nigricans (2026); Current Research in Diabetes & Obesity — Dermatological Manifestations of Insulin Resistance (2025)

The Architecture Of a Healthy Body

The Quiet Choices That Change Everything

Your brain is being rewired right now. Not by anything dramatic — not by a new supplement, a fitness challenge, or a life-changing revelation. By the meal you just ate. The person sitting across from you at lunch. The habit you repeated this morning without thinking. Science is revealing something that most wellness culture completely misses: the most powerful forces shaping your health, your brain, and ultimately your life aren't the big decisions you agonise over. They're the small, invisible ones you barely notice making.

Understand what's actually happening beneath the surface — neurologically, socially, and behaviorally--- and you are set up for success.

Your brain is being shaped by what you choose at lunch

Every time you make an intentional food choice, you're not just feeding your body. You're training your brain.

There's a region called the prefrontal cortex — your brain's decision-making headquarters — and research shows it gets stronger the more you use it, just like a muscle at the gym. Brain imaging studies confirm that people who consistently make self-controlled food choices show stronger activation in this part of the brain. The more you practice, the more natural it becomes. You're not fighting your biology. You're gradually rewiring it.

That's not willpower. That's neuroscience. And it leads to something even more important: the more you practice, the less it costs you.

Small and steady wins — every time

A 2024 systematic review in Healthcare confirmed that lasting behavioral change comes from consistent repetition — not dramatic overhauls. People who started with small, manageable habits and scaled up gradually were 3 times more likely to maintain them long-term than those who launched with big, ambitious targets.

This is where most people get tripped up. They confuse intensity with progress. But your brain doesn't change through grand gestures. It changes through the accumulated weight of ordinary decisions, made quietly, over time. Start smaller than feels significant. Stay with it longer than feels exciting. That's the actual formula.

Who you eat with is quietly shaping your brain

Here's something that rarely makes it into the wellness conversation: who you eat with shapes what you eat — and it's happening neurologically, not just socially.

An fMRI study published in Cognitive, Affective & Behavioral Neuroscience found that simply being told you're eating with someone else triggered measurably different brain activation patterns compared to eating alone — specifically in the insula, the region responsible for taste perception, reward, and emotional processing. Your brain is always reading the room, even at the dinner table.

Then there's the mirror neuron system — specialized brain cells that fire both when you perform an action and when you simply observe someone else doing it. When the person across the table makes a healthy choice, your brain is quietly rehearsing that same choice. When they don't, it's rehearsing that instead.

A large-scale study tracking 38 million food purchases over eight years confirmed exactly this: people who began eating regularly with a healthy-eating partner shifted their own habits significantly toward healthier choices — while those who partnered with unhealthy eaters drifted in the opposite direction. You are, in part, what the people around you eat. Your environment is either quietly working for you or against you — and most people never think to audit it.

The life you're building is in the details nobody sees

So here's the real question this article is asking: what does your ordinary Tuesday actually look like?

Because your health isn't built in the doctor's office. It's built in the invisible architecture of daily life — the food on your plate, the people at your table, the habits you've quietly normalized when no one is watching. Every pillar of a well-lived life — nutrition, movement, sleep, community, stress management, purpose — is being shaped by those moments. And they don't operate in isolation. When you eat well, you sleep better. When you sleep better, you move more. When you move more, your stress drops. When your stress drops, your relationships deepen. When your relationships deepen, your sense of purpose sharpens.

The pillars hold each other up — or they quietly pull each other down.

What you do in the unsexy, ordinary, unwitnessed moments isn't separate from the vibrant, purposeful life you're working toward. It is that life — assembling itself, piece by piece, in the background. The question was never whether you have what it takes. It's whether the life you've built around yourself — the people, the habits, the choices you've made normal — is quietly building you up or slowly wearing you down.

You get to decide. And it starts at the next meal.

Sources: Healthcare systematic review (2024); EPFL longitudinal food purchase study (2021); Flinders University / Appetite journal (2024); Cognitive, Affective & Behavioral Neuroscience fMRI study (2022); Frontiers in Psychiatry (2018); Annual Review of Psychology (2025)

GLP-1 and Insulin Resistance

Let me introduce you to Sarah.

She's 45, has tried every diet going, moves her body regularly, and still can't shift the weight. After her second child, something shifted metabolically — and it had nothing to do with her willpower. A recent visit to her doctor finally gave her an answer: insulin resistance. Her body has essentially stopped listening to insulin's signals, blood sugar is quietly creeping up, and no amount of clean eating is cutting through the noise.

Sound familiar? You're not alone — and you're not broken.

Why everyone is suddenly talking about GLP-1s

GLP-1 receptor agonists — think Ozempic, Wegovy, Mounjaro — are having a moment, and honestly? The science backs up some of the hype. These medications work on multiple levels at once: they signal insulin release when blood sugar rises, slow digestion so you stay fuller longer, and communicate directly with the brain to reduce appetite. The results in clinical trials have been genuinely striking — better blood sugar control, and for many people, significant weight loss that diet and exercise alone hadn't been able to deliver.

If you're living with type 2 diabetes, insulin resistance, prediabetes, or weight-related conditions like high blood pressure or fatty liver — this class of medication was essentially designed with you in mind.

The PCOS connection nobody is talking about loudly enough

Here's something that deserves way more attention: GLP-1 medications are showing real promise for women with polycystic ovary syndrome — and it makes complete biological sense.

PCOS and insulin resistance are deeply intertwined. Up to 70% of women with PCOS have some degree of insulin resistance, and that insulin dysfunction is often what's driving the most frustrating symptoms — the weight that won't move, the irregular cycles, the androgen-related issues like acne and excess hair growth. When insulin resistance improves, the downstream effects can be significant.

Early research and clinical experience are showing that GLP-1s may help regulate menstrual cycles, reduce androgen levels, and improve metabolic markers in women with PCOS — not just as a side effect of weight loss, but potentially through the direct impact on insulin signalling itself. For women who have spent years being told to "just lose weight" without being given the tools to actually do it, this is genuinely significant.

It's an emerging area — the studies are still catching up to the clinical reality — but if you have PCOS and have been struggling with insulin resistance, this is absolutely a conversation worth having with your doctor.

But first — do you actually know your numbers?

Before the medication conversation happens, you need the full picture. Here's what's worth asking your doctor about:

• Fasting blood glucose — often the first number that starts telling a story

• Hemoglobin A1c — the 2-3 month average that reveals patterns, not just snapshots

• Oral glucose tolerance test (OGTT) — shows in real time how your body handles sugar

• Fasting insulin levels — frequently skipped, but one of the most revealing pieces of the puzzle

And if you really want to understand what's happening in your body day-to-day? A continuous glucose monitor (CGM) is the tool having its own cultural moment right now — and for good reason. These small wearable devices track your blood sugar around the clock, showing you exactly how your meals, stress levels, sleep, and movement affect your glucose in real time. No guessing. No waiting for lab results. Just your body, telling you its own story.

For someone like Sarah, seeing that data was the turning point. Not a prescription — information.

Here's what the conversation needs to include

GLP-1 medications can be a powerful tool — and if you're on one, or considering one, that's a completely valid, evidence-informed choice. No shame in that.

And at the same time, it's worth knowing what we know and what we don't yet.

Most of the big clinical trials ran for one to two years. Long-term data — we're talking a decade-plus — is still catching up. There are real conversations happening in the medical community right now about muscle mass loss alongside fat loss, what happens to metabolism post-medication, and weight regain in people who discontinue. Questions around thyroid risk and pancreatitis are still being studied.

None of this is a reason to panic. It is a reason to be informed.

The most powerful version of this journey — whether you're on a GLP-1 or exploring whether it's right for you — is one where the medication is part of a bigger picture. Nutrition that supports muscle retention. Lifestyle habits that address the root drivers of insulin resistance. A healthcare team that's looking at the whole you, not just the prescription pad.

GLP-1s can open a door that felt firmly shut. What you do once you're through it still matters.

If you see yourself in Sarah's story — or in the millions of women navigating PCOS and insulin resistance without answers — start with the testing, get curious about your data, and ask your doctor the questions that go beyond the headline results. The full picture is always more interesting — and more empowering — than the highlight reel.

Minerals Matter

The Minerals Your Body Can't Afford to Ignore

I've been practicing as a Registered Dietitian for over a decade, and if there's one thing that still surprises me, it's how little attention minerals get. Everyone's chasing the latest supplement trend — peptides, adaptogens, whatever's going viral this week — while quietly running low on the foundational nutrients that keep every cell in your body functioning.

Let's fix that.

First, a few things minerals do that nothing else can

Unlike vitamins, minerals are virtually indestructible. You can cook them, process them, heat them — they don't budge. That's the good news. The bad news is that most people are still not getting enough of them, partly because the WHO's recommended levels were built around a low-fat diet model that I've never subscribed to. Minerals are also among the body's most powerful antioxidants — meaning they're actively fighting the free radical damage that accelerates aging, disease, and cellular breakdown every single day.

Now let's get specific.

Calcium: the bone mineral everyone thinks they're getting enough of

Calcium is the main structural component of bone. Simple enough. But here's what most people miss: absorption is surprisingly low — and a whole host of everyday factors make it worse.

Vitamin D dramatically improves calcium absorption, which is why I always address both together. Dietary fiber, on the other hand, can inhibit it. And while everyone loves to blame caffeine, its impact is actually minimal — so you can keep your morning coffee. Medications are a bigger concern and worth reviewing with your doctor.

For older adults, the target is 1,200 mg per day. A glass of milk gives you around 300 mg. The math tells the story: most older adults eating around 1,500 calories a day simply cannot hit that target from food alone. A supplement isn't optional — it's necessary. Ignore this and you're looking at osteoporosis down the road. Overdo it without guidance and you're risking kidney stones.

One more thing: if you're lactose intolerant, you're missing the lactase enzyme needed to digest dairy. You can either buy the enzyme directly — it's widely available — or switch to Almond milk, which naturally contains no lactose.

Phosphorus: the mineral you're probably not deficient in

Phosphorus works alongside calcium in a compound called hydroxyapatite — the mineral matrix that gives bone its strength. It also plays a critical role in phospholipids, energy transfer, enzyme activity, and keeping your body's acid-base balance in check.

The good news here is that phosphorus is absorbed at a much higher rate than calcium — between 50 and 70 percent — and it's widely distributed across the food supply. Deficiency is genuinely rare, and when I do see it, it's almost exclusively in patients who are severely malnourished. Aim for 700 mg per day and eat a reasonably varied diet and you'll almost certainly be fine.

Magnesium: quietly running hundreds of reactions in your body

This is one I flag constantly in my practice, because magnesium deficiency is far more common than most realize — yet it rarely shows up on a standard blood panel until things are already quite depleted.

Magnesium lives largely in the bone and acts as a cofactor for hundreds of enzyme reactions. It's essential for DNA and RNA synthesis. And unlike some nutrients, its absorption scales proportionally with intake — meaning if you're consistently low, your body isn't compensating the way you might hope.

Men need 420 mg per day; women need 320 mg. Average intake hovers around 300 mg. That gap matters. Load your plate with vegetables, fruits, and whole grains — these are your best dietary sources — and consider a supplement if your diet is inconsistent.

Sodium and chloride: a nuanced conversation

I know. Everyone tells you sodium is the enemy. The reality is more complicated than that.

Sodium is the major extracellular cation — it regulates fluid volume, nutrient transport, and water balance. Adults between 51 and 70 need around 1,300 mg per day; over 70, that drops to 1,200 mg. The issue isn't sodium itself — it's that some people are salt-sensitive, meaning their blood pressure responds more dramatically to dietary sodium than others. Know which camp you're in before you make sweeping changes.

Chloride, sodium's partner, supports digestion and helps maintain extracellular volume. Adults 51 to 70 need around 2 grams per day. Both come primarily from salty foods — which is exactly why blanket low-sodium advice without individual context frustrates me.

Potassium: pay attention if you're on diuretics

One I flag for patients on blood pressure medications especially: diuretics deplete potassium. If that's you, supplementation isn't optional — it's a clinical necessity. Talk to your doctor.

Trace Minerals: Small Amounts, Serious Consequences

Don't let the name fool you. Iron, zinc, copper, chromium, and selenium are needed in tiny amounts — but deficiencies in any of them can produce profound effects, including forms of anemia that are often overlooked because doctors aren't always looking at the full picture.

Iron

Here's something worth knowing: the body is smart about iron. It recycles it aggressively, which is one reason outright deficiency takes time to develop. Adults over 50 need 8 mg per day, and typical intake sits around 15 mg — so most people are fine. Your best sources are animal products, fortified cereals, and vegetables. Deficiency progresses through three stages before it becomes full-blown anemia, which is exactly why catching it early through bloodwork matters.

Zinc

Zinc is one I take seriously in every patient over 50. It acts as a catalyst for over 100 enzymes, supports immune function, enables smell and taste, drives growth and gene expression, and maintains skin integrity. That's a remarkable list for a mineral most people never think about.

Absorption varies significantly by source. Animal products deliver zinc well. Phytic acid in vegetables reduces absorption — something vegetarians and vegans need to account for. Men over 50 need 11 mg per day. Seafood is an excellent source, though quality matters — where it was sourced makes a real difference.

One thing that directly sabotages zinc status? Alcohol. If you drink regularly, your zinc levels deserve a closer look. Deficiency shows up in the skin first — as dermatitis — but the immune and sensory effects often precede any visible symptoms.

The bottom line is this: no supplement trend will compensate for a body that's quietly running low on its foundational minerals. Get the basics right first. Everything else is secondary.

Collagen: should you be eating or supplementing?

Collagen supplements are everywhere right now. In your coffee, your smoothie, but do they actually work — or is your plate already doing the job?

Why does collagen even matter?

Collagen is the protein that keeps your skin plump, firm, and bouncy. From your mid-twenties, your body starts making less of it. UV exposure, smoking, and excess sugar speed that process up. The result? Deeper lines, less elasticity, and skin that doesn't quite spring back the way it used to.

Do supplements actually work?

A large meta-analysis of 26 clinical trials found that hydrolysed collagen supplements, or collagen peptides, significantly improved skin hydration and elasticity. A 2024 trial even showed a 19.6% reduction in wrinkle depth after 12 weeks.

The honest answer: it depends on which study you read . Some people like to supplement but what about food. The science is genuinely mixed. Some people likely do see results, but why not try and get it naturally?

What about getting it from food?

Eating whole foods is the best way to help your body make collagen because the body needs both the right amino acids and vitamins/minerals to build and link collagen properly. Foods like bone broth, salmon, and chicken contain whole collagen protein — but your body still has to break it down before it can use it, which means bioavailability may be lower than a pre-hydrolysed supplement.

The smarter food strategy isn't eating collagen directly. It's giving your body the raw materials to make its own.

So what should you actually do?

Eat the good stuff first. A diet rich in vitamin C, quality protein, zinc, copper, and antioxidants gives your skin everything it needs to produce its own collagen — and the evidence for this approach is solid.

Then consider supplementing on top. If your diet is already good and you want to try hydrolysed collagen peptides consistently for 12 weeks, the research isn't against you — it's just not as definitive as the marketing suggests.

If you do want to supplement, here's what matters:

Go for hydrolysed collagen peptides — not native collagen (low bioavailability). Choose fish collagen absorbs better than bovine or porcine sources. Take it with vitamin C — it's essential for collagen synthesis. Commit to at least 8–12 weeks before judging results. Look for third-party tested brands — the supplement industry is largely unregulated.

References:

Recipe idea: creamy roasted red pepper salmon. Ingredients: salmon, red bell peppers, spinach, quinoa, pumpkin seeds, blueberries, olive oil, lemon juice, garlic.

Pu et al. (2023) — Meta-analysis of 26 RCTs on hydrolysed collagen and skin outcomes. Nutrients. https://pmc.ncbi.nlm.nih.gov/articles/PMC10180699/

Myung & Park (2025) — Systematic review: benefits disappear in high-quality independent studies. The American Journal of Medicine. https://doi.org/10.1016/j.amjmed.2025.04.034

Reilly (2024) — 12-week clinical trial showing 19.6% wrinkle depth reduction. Dermatology Research and Practice. https://doi.org/10.1155/2024/8752787

Wang et al. (2025) — Bioactive collagen peptides and sustained skin improvement. Journal of Cosmetic Dermatology. https://pmc.ncbi.nlm.nih.gov/articles/PMC12661388/

Farooq et al. (2024) — Marine collagen bioavailability. Collagen & Leather. https://doi.org/10.1186/s42825-024-00152-y

ScienceDaily / Tufts Medical Center (2026) — Diet-first approach commentary. https://www.sciencedaily.com/releases/2026/01/260129080443.htm

The Mediterranean Lifestyle

The Mediterranean Lifestyle: Vitality Beyond the Plate

The Mediterranean approach to health is frequently misunderstood as a simple list of dietary restrictions. In reality, it is a comprehensive lifestyle that prioritizes high-quality nutrition, community connection, and physical and mental well-being. Research consistently demonstrates that adopting this lifestyle leads to significant improvements in longevity, energy, and overall vitality.

Proven Results for Long-Term Health

Large-scale clinical research supports the effectiveness of the Mediterranean lifestyle. In a major study published in the New England Journal of Medicine, over 7,400 high-risk subjects were monitored over five years. Those adhering to a Mediterranean-style plan—emphasizing healthy fats like extra virgin olive oil and nuts—experienced a 30% lower risk of death, heart attack, or stroke compared to those on a standard low-fat diet.

Furthermore, for older adults, this lifestyle is linked to a decreased risk of frailty and significantly better mental and physical function. This suggests that the benefits extend far beyond cardiovascular health, supporting the body’s ability to remain resilient and functional as it ages.

The Power of Community and Quality

A central pillar of the Mediterranean approach is the belief that food is a communal, shared experience. Rather than eating in isolation or on the go, individuals are encouraged to have dinner as a family as often as possible. This focus on social connection and the ritual of the meal is considered a vital component of the overall health benefits.

Additionally, the quality and source of food are paramount. Adopting this lifestyle involves seeking out the best quality food available, such as seasonally fresh, locally grown produce found at farmer's markets. This connection to the local environment and the seasons ensures a diet rich in minimally processed, nutrient-dense staples.

A Sample One-Day Mediterranean Menu

Incorporating these principles into a daily routine is straightforward. The following menu illustrates how to balance plant-based foods, healthy fats, and moderate proteins:

• Breakfast: Plain Greek yogurt topped with a handful of raw nuts and fresh berries.

• Lunch: A chickpea and farro salad with red peppers, spring onions, and fresh oregano, dressed with extra virgin olive oil and freshly squeezed lemon juice.

• Dinner: Grilled vegetable kabobs with shrimp, served with a toasted quinoa salad and a mixed green salad topped with pine nuts.

• Throughout the Day: Replace sugary beverages with water and opt for fresh fruit if a snack or dessert is desired.

By focusing on these "slow" carbs, healthy fats, and communal eating habits, individuals can transform their daily routine into a program for improved heart health and lifelong vitality.

Comment below how you make meals more mindful in such a busy world.

The Power of Blueberries

The brain-boosting secret NO ONE talks about

As we get older, certain things become more common—forgetting where you left your keys, feeling a bit "slower," or losing your coordination. Most people shrug it off as “normal aging”.

But more often than not, these are signs that your brain is under attack from years of oxidative stress and low-grade inflammation. These two factors are involved in virtually every major disease we face today, from Alzheimer’s and Parkinson’s to diabetes, heart disease, and even arthritis.

Fortunately, you can influence how your brain ages. And it starts with what you put on your plate.

Your brain is under constant pressure According to the 150 Healthiest Foods on Earth by Jonny Bowden, Ph.D., C.N.S., blueberries are the ultimate brain food.

Dr. James Joseph, one of the leading scientists studying this "super-berry," found that when you give middle-aged rats blueberries, their motor and memory functions actually improve. These berries helped prevent mental deterioration and the loss of balance that so many people think is just an inevitable part of growing old.

The power of Anthocyanins The secret lies in compounds like anthocyanin, a potent antioxidant and anti-inflammatory. Blueberries have the highest ORAC value (oxygen radical absorbance capacity) in the world. This is the gold standard rating system for antioxidant power.

But blueberries do more than just fight off damage; they actively help your brain work better:

• Sharper Communication: They help neurons in the brain communicate with one another more effectively.

• New Growth: Polyphenols in the berries turn on signals that enable the brain to grow new neurons.

• Lipid Control: They contain Pterostilbene, which has been shown to help lower lipid levels even more effectively than some medications.

What’s more, they help lower blood cholesterol, promote urinary health, and have even been shown to improve vision. If you are looking for the biggest punch, go for wild blueberries, which show the greatest anti-cancer fighting activity.

Feed your brain what it needs Just as your gut responds to what you feed it, your brain will protect you if you nourish it correctly. You don't need a massive lifestyle overhaul to see the benefits—you only need ½ cup per day.

It is easy to minimize "gut-disrupting junk" and replace it with these whole-food powerhouses:

• Throw them in a morning smoothie.

• Toss them on a seasonal salad.

• Eat them with yogurt to support your microbial balance.

Bottom line? Your brain is not static; it is constantly adapting and responding. Nourish it with the right compounds… and it will protect you right back.

Comment below with your favorite blueberry recipes !

VALUE BASED CARE

Who's Getting Paid to Keep You Sick?

On the battle between profit and patients — and the model that could change everything

Two Models. One Big Fight.

Somewhere in a boardroom right now, a private equity firm is deciding how many ER visits is enough. They bought the emergency room. They pay the doctors. And they get paid every time you walk through that door.

That's Fee-for-Service (FFS) in a nutshell: the more you need, the more they earn. It's not conspiracy — it's just math. And the math is working against you.

The alternative? Value-Based Care (VBC) — a model where providers are compensated based on your outcomes, not the volume of services you consume. The idea is elegant: align the financial incentive with your health. Hospitals get paid to keep you healthy, not to keep you coming back.

"Hospitals being paid to keep you healthy may sound radical. That's because it is — and it shouldn't be."

We're Moving. But Barely.

According to the U.S. Department of Health and Human Services, the share of healthcare payments tied to value-based care reached 34% in 2017, up from 23% just two years prior. That's real momentum — but let's be honest about what the other number means.

66% of payments are still tied to volume. Two-thirds of the system still rewards quantity over quality, procedures over prevention, intervention over outcomes. One step forward, two steps back.

The Finance Bros Showed Up.

Private equity has been quietly buying up emergency rooms, physician groups, and urgent care chains across the country. Their job isn't medicine — it's returns. And returns come from billing, not from your blood pressure staying low.

As Marc Harrison outlined in his 2019 Harvard Business Review piece, A 5-Point Framework for Value-Based Health Care, the path forward requires fundamentally realigning incentives with outcomes. But when the entity controlling the doctors is an investment fund with a 5-year exit strategy, those incentives get complicated very fast.

The doctors aren't always the villains here — they're often caught between their instincts and their employers' spreadsheets. The system is the problem.

Utah Already Proved It Works.

At Intermountain Healthcare, they didn't wait for politicians to figure it out. They built a team-based care model focused on 31,000 patients with one guiding principle: prevention over intervention. The results?

• 60% decrease in hospital admissions

• 35% decrease in ER visits

• 20% decrease in monthly costs

• And — most importantly — the patients are healthier

This isn't theoretical. It's not a promising pilot program from a research lab. It happened. The model works. The question is why we aren't scaling it — and the answer, unfortunately, keeps coming back to money.

The Unsexy Work Nobody Wants to Fund

Big Pharma breakthroughs are exciting. Surgical innovations make headlines. But food insecurity, housing instability, and social isolation — the so-called social determinants of health — are quietly driving outcomes in ways that no drug or procedure can fully fix downstream.

This is the "unsexy" work. There's no billing code for helping someone find stable housing. No investor deck gets funded around combating loneliness in elderly patients. Yet these factors are among the strongest predictors of who ends up in the ER, who manages their chronic illness, and who simply doesn't make it.

We've built a system that subsidizes the dramatic over the preventive. Every year we don't fix it, we're choosing profit over people — whether we mean to or not.

Prevention is boring. It's also the only thing that actually works at scale.

So Where Do We Go From Here?

Value-Based Care isn't radical. It's rational. It's proven. The data supports it. Intermountain Healthcare demonstrated it. The question isn't whether it works — it's whether the people writing the checks, lobbying the legislators, and buying up the ERs will allow it to scale.

Focusing on prevention lowers costs, improves lives, and reduces pressure on an already strained system. The model exists. The evidence is there. What's lagging is the political and financial will to let it win.

Until that changes, we'll keep doing this: one step forward, two steps back — while the billing department cashes in.

Inspired by Marc Harrison's "A 5-Point Framework for Value-Based Health Care" — Harvard Business Review, October 2019.

HAPPINESS AND QUALITY OF LIFE VS. GDP

Does More Money = Better Health? 🤔💰

Quick question before we dive in: If I told you Country A spends $12,000 per person on healthcare while Country B spends $6,000, which country do you think has healthier, happier citizens living longer lives?

If you picked Country A... WRONG! (Don't worry, America's entire policy apparatus got this wrong too.)

Here's the plot twist that made my MBA brain short-circuit: The United States spends more on healthcare per person than literally any other developed nation—over $12,000 annually, roughly double what most comparable countries spend. We have the world's highest GDP. By every metric business schools worship, we should be crushing it in the health department, right? Instead, we're getting schooled by Slovenia in life expectancy. Trailing Chile in healthy life years. Edged out by Costa Rica in overall wellbeing—a country spending a fraction of our healthcare budget. It's like spending twice as much on a gym membership and ending up less fit than your friend who does free YouTube workouts. The math isn't mathing.

Here's why: We're measuring economic activity (how many dollars change hands) instead of actual outcomes (are people healthy and happy?). GDP counts a billion dollars spent on chemotherapy the same as a billion spent on preventing disease in the first place. Both boost the economy identically, but one keeps you healthy while the other manages your decline. Meanwhile, other countries figured out decades ago that maybe—just maybe—we should measure things that actually matter. Like health-adjusted life expectancy (not just how long you survive, but how many of those years you're actually healthy). Or disability-adjusted life years (because living to 85 while bedridden for the last 15 isn't the same as living actively to 80). Or—wild concept—actual happiness metrics that ask people if their lives are, you know, good.

Your Turn! 👇

I want to know: If you could redesign how we measure a country's success, what would you include in the formula?

Vote by commenting below:

🏥 A) Healthcare outcomes (not spending, but actual health)
😊 B) Happiness & life satisfaction
💼 C) Work-life balance
🏡 D) Housing affordability
🌍 E) Environmental quality
🤝 F) Community & social support
💰 G) All of the above because why are we choosing?!

Bonus challenge: Tell me one thing your country does well that doesn't show up in GDP numbers but absolutely improves quality of life. (I'll start: NYC's free parks are health interventions disguised as green space, and GDP doesn't capture that value at all.)

Let's crowdsource a better scorecard in the comments! 👇✨

P.S. If you're curious about the actual data behind this (spoiler: it's even more damning), drop a 👀 emoji and I'll share the full country comparison charts. Prepare to be shocked by who's beating us and what they're doing differently.

AMERICAN HEALTH INSURANCE SCHEME

We know that health insurance in America is hard to come by without paying a pretty penny, so most of us get our insurance paid for by our employer, but how did this come to be? Private health insurance began in the 1930s as a Great Depression lifeline, then really took off after World War II when employers—facing wage freezes—started offering benefits to attract workers. At the time? It seemed brilliant. A safety net. The beginning of something good… Plot twist: It became something very different.

The Numbers Tell a Story

The Price Evolution:

• 1930s: Health insurance cost about $12 per year

• 2025: Employer-based insurance costs $27,000 per year

• That's 240 times more expensive (not 240% more—240 times more)

• Last year alone, premiums jumped 6% while wages stayed basically flat

Who's Left Out:

• 27-30 million Americans remain uninsured (US Census Bureau)

• Without employer coverage, individual insurance is often financially out of reach

• One job change or layoff can completely upend your healthcare access

The Good News (Yes, There's Some!):

• The Affordable Care Act cut uninsured rates nearly in half—from 16% to 8-9%

• Millions gained coverage who couldn't get it before

• Pre-existing conditions can no longer be used to deny coverage

The Catch:

• Even with insurance, deductibles and out-of-pocket costs can be overwhelming

• You pay premiums monthly, then often pay significant amounts when you actually need care

• The ACA remains politically vulnerable despite helping millions

Medicaid Matters:

• Covers low-income Americans with little to no cost—a genuine lifeline

• New York's 2025-2026 Medicaid budget: $109.6 billion (up $7.7B from prior year)

• The system works for millions, but it's constantly under budget pressure

The Prevention Opportunity We're Missing

Here's where it gets interesting: Instead of investing in keeping people healthy, we're focused on managing illness after it happens.

Why? Prevention requires thinking 10-20 years ahead. Political cycles run 2-4 years. The math doesn't work.

But Some Places Get It:

• New York spends $110 more per person on prevention than the national average

• Result? Fewer expensive emergency interventions down the line

• Yes, taxes are higher—but the investment pays off in healthier communities

The Big Picture

• National debt: $37 trillion

• Healthcare's share: ~20% of the entire US economy

• What we could do differently: Shift even a fraction of that spending toward prevention, food access, and early intervention

We're not doomed—we're at a crossroads. And that's actually exciting, because crossroads mean choices.

Let's Get Real: Your Turn

Here's what I'm curious about:

If you could redesign one thing about health insurance in America, what would it be? More emphasis on prevention? Price transparency? Universal coverage? Something else entirely?

I want to hear your ideas—especially if you've found creative ways to navigate the current system or if you live somewhere doing it better.

Drop your thoughts below. 👇

P.S. Some states and cities are experimenting with innovative approaches to healthcare access and prevention. The future isn't written yet—and that means we still get to shape it. What role will you play?

East Meets West

It’s time to heal America. Prevention through proper nutrition and channeling universal energy is the answer to our healthcare quandary. Ancient Eastern Medicine teaches us how turmeric, lemon, ginger, and raw honey boosts the immune system, or how the gut functions as the second brain, with intricate hormonal pathways centered around a thriving microbiome. Eastern practices have paved the way towards holistic health and is finally accepted by the West with functional medicine at its core, looking at the whole person, not just using prescription medications.

Long before we had modern technologies, such as sophisticated MRI machines and blood testing capabilities, ancient healers were mapping the invisible—tracing energy through meridians and balancing yin and yang like master musicians tuning an instrument. Acupuncture, for example, was founded in China approximately 3,000 years ago, with the first documentation in the Yellow Emperor’s Classic of Internal Medicine, dating back to 100 BCE. It was then outlawed in China in 1822 and again in 1929, dismissed as superstition by those turning towards modern medicine. Like America, where Eastern practices only recently gained respect, acupuncture is now covered through insurance. Health isn’t something you buy; it’s something you cultivate, one meal, one breath, one conscious practice at a time.