Everything about weight loss is changing. Frankly, we’re in the early stages of a revolution in weight loss treatments.

If you’ve seen the names Ozempic, Wegovy, or Zepbound floating around in conversations, on social media, or in the news lately, you’re not alone. These drugs have become cultural shorthand for a new era in weight management, one that some researchers are calling the most significant shift in obesity treatment in decades.

But what exactly are these medications? How do they work? And are they right for everyone? Let’s break it all down.

Please note that this article is for information purposes only and you should consut your doctor about using any medications or supplements.

What Is a GLP-1, Anyway?

GLP-1 stands for glucagon-like peptide-1 — a hormone your body produces naturally after you eat. When food hits your digestive tract, GLP-1 is released into the bloodstream, where it does several important jobs: it signals the pancreas to release insulin, slows the pace at which your stomach empties, and crucially travels to the brain to tell it you’re full.

GLP-1 receptor agonists are drugs that mimic this hormone. Originally developed to treat Type 2 diabetes, researchers soon noticed something striking: patients taking them were losing significant amounts of weight. Clinical trials followed, and the results were impressive enough to lead to FDA approval for obesity treatment.

The two big names you’ll hear most often are semaglutide (sold as Ozempic for diabetes and Wegovy for weight loss) made by Novo Nordisk, and tirzepatide (sold as Mounjaro for diabetes and Zepbound for weight loss) made by Eli Lilly. Tirzepatide goes a step further by also targeting a second hormone called GIP, which may partly explain why it tends to produce even more dramatic results.

How Well Do They Actually Work?

In a word: remarkably. Clinical trials have shown average weight loss of 15–22% of body weight, a level of effectiveness that hadn’t been seen with any previous weight-loss medication. To put that in perspective, someone weighing 250 pounds might lose 37 to 55 pounds over the course of treatment.

That’s meaningful not just aesthetically but medically. Losing that amount of weight can reduce the risk of heart attack, stroke, sleep apnea, joint problems, and a range of other conditions closely linked to obesity.

The impact is already showing up in population-level data. A Gallup poll found that obesity rates among Americans dropped from 39.9% in 2022 to 37.0% in 2025, a decline of 7.6 million people, a shift that researchers have tied at least in part to the growing use of GLP-1 medications. By late 2025, more than 30 million Americans were taking a GLP-1 drug for weight loss. That’s a staggering number!

I’ve seen this with friends. Most of them are very happy with these drugs and the effects are very noticeable and often dramatic.

The “Food Noise” Effect

One of the most striking things patients report when taking these medications isn’t the number on the scale, rather it’s a sudden quiet in their heads. People who have spent years obsessively thinking about food, like what to eat next, how to resist cravings, guilt after eating, and they describe that mental chatter simply fading away.

Doctors call this reduction in “food noise,” and it helps explain why GLP-1s feel so different from traditional dieting. Most diets fight your biology; these drugs work with it. By amplifying the satiety signal your body already produces, they make it easier to eat less without the white-knuckle willpower that tends to collapse over time.

Big News in 2026: The First Weight-Loss Pill

For years, GLP-1 treatments meant a weekly injection, involving a needle you give yourself at home, similar to how diabetics use insulin pens. That was a barrier for many people: those who are needle-averse, those who travel frequently, or those without reliable refrigeration (the injectables need to be kept cold).

That changed at the end of 2025, when the FDA approved oral semaglutide, a daily pill version of Wegovy. As of early 2026, it had already been prescribed to roughly 170,000 people, outpacing the adoption rate of the injectable versions. Eli Lilly is also seeking FDA approval for its own once-daily weight-loss pill, orforglipron, which has the added advantage of requiring no restrictions on food or water when taken.

Starting doses of the new GLP-1 pills are expected to cost as little as $149 per month for patients paying out of pocket, compared to $349 or more for the injectables, making them more accessible for people whose insurance doesn’t cover obesity treatment.

Beyond Weight Loss: A Drug Class With Surprising Range

Perhaps the most surprising development of recent years is how far beyond weight loss these drugs are proving useful. As noted in a recent New York Times article, researchers are actively studying GLP-1s for a remarkable range of conditions:

• Heart disease: A large study called SELECT found that semaglutide reduced the risk of heart attacks and strokes in people with cardiovascular disease. The FDA has now approved GLP-1s specifically to reduce cardiovascular risk, not just manage weight.
• Sleep apnea: Studies show meaningful improvement in obstructive sleep apnea, now an approved indication.
  Liver disease: Trials are underway for metabolic liver disease.
• Addiction: Doctors began noticing anecdotally that patients on GLP-1s were drinking less alcohol and smoking less. Studies are now formalizing what appears to be a real connection between these drugs and reduced addictive behavior.
• Arthritis, kidney disease, and neurological conditions: Research is early, but preliminary signals are generating significant scientific interest.

As one Harvard cardiologist put it, GLP-1s are no longer understood simply as a diabetes drug or even a weight-loss drug. Their role “is now being understood to be much, much more fundamental to human health.”

The Times article even describes a case where the GLP-1 helped ease long-term symptions from a severe consussion.

One of the most mysterious and fascinating ways they work is through reducing inflammation. Inflammation is part of the body’s natural response to injury and infection. It can signal healing, but it can also be present and harmful in the context of chronic disease. Dr. Drucker’s lab at the University of Toronto has pivoted from studying chronic diseases like diabetes and obesity to unraveling the immune system effects of GLP-1s. “We realized very quickly one underlying theme of all these was inflammation,” he said, of the diseases.

This is prompting researchers to look at how GLP-1s can affect any condition caused by inflamation.

The “Easy Button” Debate: Who Should Really Be Taking These Drugs?

With any powerful new tool, there’s a temptation to reach for it before asking whether it’s the right tool for the job. And that’s a genuine tension in the GLP-1 conversation.

As these medications have gone mainstream, and as compounded, lower-cost versions have multiplied through telehealth platforms, some people are using them primarily for cosmetic reasons: to drop 15 or 20 pounds before a wedding, a reunion, or beach season, rather than to treat a serious chronic health condition. Critics, including some physicians, worry this is a misuse of powerful pharmacology. one that sidesteps the harder work of building sustainable habits around food and movement.

Their concern isn’t baseless. The data on what happens when people stop taking GLP-1s is sobering. Studies show that within 12 months of discontinuing the medication, patients regain an average of two-thirds of the weight they lost. One major review found that people who stopped weight-loss drugs, including GLP-1s, regained weight four times faster than people who stopped dieting or exercising. When you stop the drug, the food noise comes back. The cravings return. And if no new habits were built during the treatment window, there’s little to fall back on.

There’s a metabolic wrinkle here too. When people lose weight on GLP-1s without exercising regularly, they tend to lose not just fat but also muscle mass. If they regain the weight afterward, they regain it mostly as fat, which can leave them metabolically worse off than where they started, even if the number on the scale looks similar.

The medical consensus is increasingly clear: GLP-1s work best as one part of a broader approach, not a standalone solution. Exercise, particularly strength training, combined with adequate protein intake helps preserve muscle during weight loss and improves the odds of keeping weight off after treatment ends. “Stopping GLP-1s without a plan can set you up for weight regain,” notes one obesity medicine specialist. “The best strategy is to treat GLP-1s as a tool that works alongside lifestyle changes, sleep, stress management, and ongoing support.”

But For Many People, It’s Not That Simple

Here’s where the conversation has to make room for a harder truth: for a significant portion of people struggling with obesity, willpower and lifestyle changes were never going to be enough; not because they weren’t trying, but because biology was working against them from the start.

Obesity is not, as it has long been framed, simply the result of eating too much and moving too little. It’s a complex, chronic condition shaped by genetics, hormones, neurological wiring, gut microbiome, early-life environment, sleep, stress, medications, and more. Research has clearly established that some people produce too little of the GLP-1 hormone naturally, meaning their brains receive a chronically weaker satiety signal after eating. No amount of discipline can compensate for a body that genuinely doesn’t register fullness the way other people’s bodies do.

Genetics also plays a measurable role in how effectively these drugs work. New research from 23andMe analyzing data from nearly 28,000 GLP-1 users found that specific genetic variants influence both the degree of weight loss and the likelihood of side effects. About one in ten people who take GLP-1s are considered non-responders, they lose less than 5% of body weight, and emerging evidence suggests genetics partly explains why. Sex, age, and underlying health conditions like Type 2 diabetes also affect outcomes significantly.

For people with severe obesity, or obesity compounded by conditions like heart disease, sleep apnea, Type 2 diabetes, or fatty liver disease, the medical stakes are high enough that GLP-1s function less as a lifestyle shortcut and more as essential treatment for a serious disease. Many of these patients have already spent years or decades trying conventional interventions, caloric restriction, exercise programs, behavioral therapy. only to watch their bodies fight back through hunger hormones and lowered metabolism. For them, the arrival of GLP-1s isn’t an easy button; it’s the first medication that has actually worked.

Obesity is increasingly recognized as a chronic health condition with roots in genetic, socioeconomic, and environmental factors, not simply a result of personal choices, yet it is still often perceived as a failure of willpower, a stigma that discourages patients from seeking care. GLP-1s are, in a meaningful sense, reshaping that perception by making the biological basis of obesity visible and treatable.

The most honest framing may be this: for people using GLP-1s as a shortcut without building habits, the results are likely temporary. For people who genuinely need them, and many do, they may be a lifelong tool, not unlike blood pressure medication or statins. Just as we don’t tell someone with hypertension to simply “try harder,” we shouldn’t assume everyone with obesity can solve the problem through discipline alone.

The Catch: Cost and Access

If GLP-1s are so effective, why isn’t everyone on them? It really comes down to cost, though that is changing ralidly, and there are companies making millions offering lower cost alternative formulations.

Side effects are also a real consideration. The most common complaints are gastrointestinal — nausea, constipation, and vomiting — particularly in the early weeks of treatment. Most people adjust over time, but about 5% of patients either don’t respond to the drugs or cannot tolerate them. As with any medication, the decision should be made in consultation with a doctor.

Looking Ahead

The science is moving fast. Researchers are already exploring next-generation molecules that may produce even greater weight loss with fewer side effects. The World Health Organization added GLP-1 therapies to its Essential Medicines List in 2025 and issued its first formal global guideline on their use in obesity treatment — a sign of how quickly this class of drug has moved from experimental to mainstream.

There are still open questions: What happens when people stop taking the drugs (weight typically returns)? What are the effects over decades of use? How do we ensure equitable access globally, where these treatments currently remain out of reach for the vast majority who could benefit?

But few medical observers doubt that something genuinely new has arrived. For people who have struggled with obesity for years, cycling through diets, blaming themselves for a problem that is rooted in biology , GLP-1 drugs represent something that hasn’t always been on offer: a treatment that actually works.

This article in the New York Times offers a fascinating glimpse into the world of the ultra-rich and ultra-powerful and their obsession with immortality.

None of the information here is really new, but it highlights some of the extraordinary efforts being made for the purpose of anti-aging anf life extension.

Is it possible to life forever? The question of course seems ridiculous. On the other hand, these kinds of crazy pursuits can lead to groundbreaking discoveries.

Consider this passage from the article:

Singapore, too, has emerged as a hub for experimental life extension, with longevity-focused venture funds like Immortal Dragons investing millions in biotech start-ups. In a recent interview with The Financial Times, the fund’s founder, Boyang Wang, revealed that one of the companies in his portfolio is working on “brainless clones.” The aim, he said, is to deliberately induce hydranencephaly, a disease in which infants are born without cerebral hemispheres but in which the basic functions of the body are in working order. “If we can trigger this artificially in the future, it might become a backup body for yourself. Imagine if we can do a brain transplant. Then this new body can become our second home.”

This all sounds farfetched, but billionaires like Peter Thiel, Sam Altman, Jeff Bezos and Bryan Johnson are all making massive investments in the life extension field.

The man perhaps most associated with this desire is Peter Thiel, who once outlined his interest in blood plasma transfusions from the young as a means of extending life. But more practically, and less vampirically, he has also invested many millions of venture capital dollars in various biotech concerns, seed-funding a flourishing Silicon Valley longevity ecosystem. “There are all these people,” as he put it to Business Insider in 2012, “who say that death is natural, it’s just part of life, and I think that nothing can be further from the truth.”

Their ambitions are even further fueled with the emergence of AI.

Where will all of this take us? Stay tuned . . .

We all know that AI and robotics are coming to healthcare. It’s inevitable.

This is particularly true when it comes to caring for our seniors. Nursing homes are stretched thin when it comes to resources. We’ve all heard horror stories about inadequate care and supervision in some nursing homes.

And then we have the issue of home care. Most seniors want to stay home, but this can put a tremendous burdon of families.

So this is an area where AI, healthtech and robots can make a big different, and in many ways not take away jobs.

One such product is ElliQ, an AI-powered companion robot developed by Intuition Robotics (an Israel-based company with offices in the US and elsewhere). It’s specifically designed to support older adults, seniors, and aging loved ones in living healthier, happier, and more independent lives at home. Launched commercially around 2022, it’s marketed as a proactive “sidekick” that combats loneliness, promotes wellness, and provides daily companionship without requiring a smartphone, computer, or constant human input.

Physically, ElliQ resembles a small, tabletop device with a movable, emotive “head” (a lamp-like screen that tilts, lights up, and expresses emotions through movement and color) combined with a built-in display for visuals like video calls, photos, or activities. It uses voice activation, natural conversation, sounds, lights, and a touch screen for interaction. Unlike passive assistants (e.g., Alexa), ElliQ is proactive. It initiates conversations, checks in throughout the day (like “How are you feeling this morning?”), suggests activities, and builds a relationship over time by learning user preferences.

Some might find this creepy of course. AI companions are already a controversial subject, so this won’t be for everyone. We will need all sorts of safeguards over time as the AI becomes more powerful.

But the potential here is worth pursuing. The AI will get better, and the robotics will get better. We can revolutionize senior care with these types of devices, which will then make the human worker support even more effective.

The NY Times has a story of one elderly woman who is benefitting from having her ElliQ at home. Over time we can learn what works and what doesn’t, and also deal with problems as they arise.

This industry will be exploding and it will be fascinating to see how it develops.

Navigating the U.S. healthcare system can feel overwhelming, with rising costs, complex insurance plans, and endless choices about care. Yet, understanding your options is key to getting the best treatment while keeping expenses in check. Whether you’re managing routine checkups, unexpected emergencies, or chronic conditions, knowing how to access quality care affordably empowers you to take control of your health. Here’s a straightforward guide, shaped by 2025 healthcare policies and trends, to help the average consumer make smart decisions about services, insurance, and costs.

Understanding Healthcare Services: What’s Available to You

Healthcare services cover everything from preventing illness to treating urgent needs, and each type serves a unique purpose in keeping you healthy. Preventive care, like annual physicals, flu shots, or cancer screenings, is often fully covered by insurance thanks to the Affordable Care Act. These visits catch problems early, saving you money by avoiding costly treatments later. For example, a mammogram detecting early-stage breast cancer can reduce treatment costs by up to 50 percent, according to the American Cancer Society.

Primary care doctors handle everyday health issues, such as colds, diabetes management, or blood pressure checks, acting as your first stop for coordinated care. Specialists, like cardiologists or dermatologists, tackle specific conditions, while emergency rooms are for critical situations like heart attacks or broken bones. Urgent care clinics offer a cheaper alternative for non-life-threatening issues, like sprains or infections, often costing $150 versus $1,500 for an ER visit. Mental health services, including therapy or counseling, are now more accessible due to expanded insurance coverage under federal parity laws. To choose wisely, talk to your primary care doctor about which services match your health needs, ensuring you get the right care at the right cost.

Choosing the Right Health Insurance: Finding Affordable Coverage

Insurance is your safety net, but picking the right plan can be tricky. Employer-based plans, covering most working Americans, often have lower premiums but may come with high deductibles, meaning you pay more upfront before coverage kicks in. Marketplace plans, available through Healthcare.gov, offer options for those without employer coverage, with subsidies cutting premiums by 40 percent or more for households earning up to 400 percent of the poverty line, about $55,000 for a single person in 2025.

Medicare serves people 65 and older or with certain disabilities, covering hospital stays (Part A), doctor visits (Part B), and prescriptions (Part D), with private Medicare Advantage plans bundling these for added convenience. Medicaid provides low-cost or free coverage for low-income families, varying by state but often including preventive care at no cost. When choosing a plan, check if your preferred doctors and hospitals are in-network to avoid surprise bills. Look at monthly premiums versus out-of-pocket costs like deductibles, which can range from $500 to $7,000, to find a balance that fits your budget.

Managing Healthcare Costs: Keeping Expenses Under Control

Healthcare costs are a major concern, with the average family spending $12,000 annually on premiums and out-of-pocket expenses, per the Kaiser Family Foundation. Premiums are your monthly insurance payments, while deductibles are what you pay before insurance covers most services. Copays, typically $20 to $50 per visit, and coinsurance, a percentage of costs, add up quickly. To save money, ask providers for price estimates upfront— federal transparency rules in 2025 require hospitals to post costs online.

Health savings accounts (HSAs) let you save pretax dollars (up to $4,150 for individuals) for medical expenses, offering tax savings and flexibility. Payment plans from doctors or hospitals can spread out bills interest-free, while generic drugs, which cost 80 percent less than brand-name versions, are a smart choice. If uninsured, look for free clinics or hospital charity programs, which serve millions annually. Always review medical bills for errors— studies show 80 percent contain mistakes that could cost you hundreds.

Extra Help and Resources: Making the System Work for You

Beyond insurance and services, resources can make healthcare more accessible. Telehealth, now widely covered by Medicare and private plans, lets you consult doctors virtually, saving time and often costing less than in-person visits. Community health centers offer affordable care, especially in underserved areas, serving over 30 million patients yearly. Websites like Healthcare.gov or CMS.gov provide tools to compare plans and find local providers. Patient navigators, often available through hospitals or nonprofits, can help you understand bills or appeal insurance denials, ensuring you get the care you’re entitled to.

Taking Charge of Your Healthcare

The healthcare system may seem daunting, but with the right knowledge, you can make choices that keep you healthy and financially secure. Start by exploring covered preventive services, comparing insurance plans carefully, and using cost-saving tools like HSAs or telehealth. Stay informed about policy changes, such as expanded subsidies, that could lower your costs. By asking questions and tapping available resources, you’ll navigate healthcare with confidence, ensuring quality care without breaking the bank.

IBM had high hopes for its Watson Healthcare unit, but other big tech players like Microsoft and Google have seen more success. As a result, IBM will sell the healthcare data and analytics assets housed under its Watson Health unit to private equity firm Francisco Partners.

The healthtech field is booming, as more companies attempt to use technology and AI to assist in health diagnostics and treatment. Coupled with the Zoom revolution, the way we deliver healthcare will change dramatically over the coming decade. In that respect this is an operational failure by IBM. The opportunity is there but they didn’t execute. Perhaps Francisco Partners can find the right formula to make this a successful business.

The federal government’s response to the Covid-19 crisis is a disgrace. We need a national plan that includes mandatory mask policies.

While soda consumption continues to fall, sugary drinks are still very popular, and Americans consume WAY too much. Sports drinks have replaced sodas for many consumers, but these drinks are also loaded with sugar. More cities are implementing soda taxes, and hopefully this will start having an impact over time.

The future is here.

For years we’ve been contemplating the role that computers could have in the medical field, and of course there have been gadgets and software that have made an impact in healthcare. Providing information at a doctor’s fingertips has become easier through the years, but now the breakthroughs are accelerating.

The key development involves artificial intelligence, and the ability of computers to diagnose illnesses and make recommendations or provide options for treatments.

IBM is one of the leaders with its Watson supercomputer, which is now being applied to medical care, particularly cancer treatment.

One of the keys is that the AI supercomputer can absorb incredible amounts of data, like new medical trials and journals. 8,000 new research papers are published every day, and Watson can gobble those up, and then analyze the information, detect patterns, and apply that knowledge to new fact patterns and data points.

Hopefully, we will see this accelerate. In the near future, every doctor visit, even routine ones, can have a quick “Watson review” so that the AI computer can absorb the patient’s symptoms, scans, blood work and history. In most cases this will just confirm the doctor’s recommendation, but in some cases the AI computer might flag an issue. And then of course, in more complex cases like cancer and other diseases, support from the AI computer will be essential.

In the video above, Alphabet Executive Chairman Eric Schmidt discusses what he sees as big breakthroughs in health and technology, including personalized medicine.

Facts are a pesky thing. And the facts are clear that healthcare costs are rising at historically low rates since the introduction of Obamacare.

Jonathan Chait covers the issue of healthcare costs and conservative arguments that haven’t exactly materialized. At some point critics of the law have to face reality and address the facts surrounding healthcare policy as opposed to ideological fantasies.