Leadbitter Spine & Sports

09/05/2026

When your triglycerides come back too high, the mainstream usually has one solution.

Another prescription.

Even if you’re already taking a statin… the next step is often adding a second drug.

But you shouldn’t have to take these risky meds just to keep your heart healthy…

And now you don’t have to.

New research shows there’s a powerful nutrient trio that BEATS a common heart drug.

Even better? You don’t need a prescription to get started with them.

Researchers recently studied people with mixed dyslipidemia—patients whose triglycerides remained elevated despite taking statin medications.

Instead of automatically reaching for another prescription…

They compared a commonly prescribed triglyceride drug called fenofibrate with a targeted combination of:

Omega-3 fatty acids
Tocotrienols (a powerful form of vitamin E)
Vitamin D3
The results were eye-opening.

The nutrient combination lowered triglycerides BETTER than fenofibrate.

It also improved several important heart-health markers, including LDL (“bad”) cholesterol, non-HDL cholesterol, total cholesterol, and the triglyceride-to-HDL ratio—one of the strongest clues that your metabolism is heading in the wrong direction.

And perhaps most importantly… it did so with fewer side effects.

Think about that.

A combination of naturally occurring nutrients outperforming a prescription medication that’s been used for years.

Unfortunately, this isn’t how the mainstream typically approaches high triglycerides.

Too often, nutrition becomes an afterthought… something patients are told to think about after another prescription has been written.

But this study suggests the opposite.

The right nutrients may deserve to be part of the conversation from the very beginning.

Of course, supplements aren’t magic.

They work best alongside the fundamentals of good health:

A diet low in refined sugar and ultra-processed foods…

Regular physical activity…

Quality sleep…

And maintaining a healthy weight.

Together, those strategies help address one of the biggest drivers of high triglycerides—poor metabolic health.

If your triglycerides remain elevated despite taking a statin…

Don’t stop your medication on your own.

Instead, talk with your doctor about whether a comprehensive approach—including omega-3 fatty acids, tocotrienols, and vitamin D3—may be appropriate for you.

Because the goal isn’t simply to lower one number on a blood test.

It’s to build a healthier heart for the long run.

SOURCE:
Dutta, D., Kalra, S., Sahay, R., Kapoor, N., Sharma, S. K., John, M., & colleagues. (2025). Omega-3–tocotrienol–vitamin D3 combination versus fenofibrate in mixed dyslipidemia: A multicenter, randomized, controlled trial. Journal of the Association of Physicians of India. Advance online publication.

09/04/2026

The biggest promise behind today’s weight-loss drugs isn’t smaller jeans.

It’s better health.

Lower heart disease risk. A longer life. A better quality of life.

But according to one of the largest analyses ever conducted…

Those promises may not always match reality.

Researchers reviewed 262 randomized clinical trials involving nearly 100,000 participants to compare today’s most popular weight-loss GLP-1 medications.

There’s no question these drugs helped people lose weight.

Some reduced body weight by 10% to nearly 15% in just one year.

But here’s what the headlines didn’t tell you.

Despite all that weight loss, most drugs failed to deliver clinically meaningful improvements in quality of life.

Think about that.

People weighed less…

But they weren’t necessarily living better.

And that wasn’t the only concern.

Researchers found that many of the most effective drugs also caused significantly more side effects, including:

Nausea, vomiting, and digestive problems
Fatigue
And loss of lean muscle mass
One of the top-performing drugs—tirzepatide—reduced body fat the most.

But it also caused the greatest loss of lean muscle, with participants losing more than 8% of their muscle mass.

That’s a serious tradeoff.

As we age, muscle helps control blood sugar…

Supports a healthy metabolism…

Protects against falls…

And preserves the strength and independence that make healthy aging possible.

The researchers also uncovered another uncomfortable truth.

Once patients stopped taking the drugs, the benefits largely disappeared.

Perhaps most surprising of all…

Only injectable semaglutide consistently lowered the risk of heart attacks and overall mortality.

Most of the other medications did not demonstrate convincing cardiovascular benefits, and none showed clinically important improvements in quality of life.

Unfortunately, this is where the mainstream gets distracted.

Weight loss becomes the goal.

When it should simply be the beginning.

The real objective isn’t just to weigh less.

It’s to build a healthier body.

Because the number on the scale doesn’t tell the whole story.

Your long-term health does.

Source:
Nong, K., et al. (2026). Comparative benefits and harms of medications for overweight and obesity: A systematic review and network meta-analysis. The BMJ, 389, e083666.

DOI Not Found 10.1136/bmj-2025-083666 This DOI cannot be found in the DOI System. Possible reasons are: The DOI is incorrect in your source. Search for the item by name, title, or other metadata using a search engine. The DOI was copied incorrectly. Check to see that the string includes all the char...

09/03/2026

When it comes to liver disease, the mainstream usually waits until there’s a problem.

Elevated liver enzymes. A scan showing damage. Or worse… a diagnosis of cirrhosis.

By then, your liver may already be covered in scar tissue. And once that scarring becomes severe, treatment options become very limited.

But what if you could help STOP the damage before it reaches that point?

New research suggests you may be able to.

And all you have to do is eat more of a food the mainstream banned years ago.

Researchers recently uncovered a surprising way that spermidine—a natural compound found in foods like mushrooms, aged cheese, legumes, and whole grains—may help protect your liver.

First, they analyzed data from thousands of Americans participating in the National Health and Nutrition Examination Survey (NHANES).

The finding was remarkable.

People who consumed more spermidine had a LOWER risk of liver fibrosis—the progressive scarring that can eventually lead to cirrhosis and liver failure.

But the researchers didn’t stop there.

Using laboratory studies and animal models, they discovered why spermidine appears to work.

Healthy livers contain specialized blood vessel cells that help keep scar-producing cells under control.

When those blood vessels become damaged, the liver begins laying down scar tissue.

And over time… that scarring can replace healthy liver tissue, making it harder for the liver to perform its many vital functions.

Researchers found that spermidine helped keep these blood vessels healthy, preventing the chain reaction that leads to fibrosis.

Even more impressive…

Spermidine switched on NRF2—often called the body’s master antioxidant defense system.

This activated a natural cellular cleanup process that broke down a protein called biglycan, one of the major drivers of liver scarring.

Instead of simply masking liver damage, spermidine appeared to interrupt the scarring process itself.

That’s a completely different approach than the mainstream.

Too often, conventional medicine focuses on treating liver disease after permanent damage has already occurred.

But protecting your liver before scar tissue develops may be one of the smartest strategies of all.

Fortunately, increasing your spermidine intake doesn’t require an expensive prescription.

Foods naturally rich in spermidine include:

Mushrooms
Aged cheeses (something the mainstream has banned from your diet)
Soybeans and other legumes
Whole grains
Nuts and seeds
If you’re concerned about fatty liver disease… liver fibrosis… or simply want to keep your liver healthy as you age…

Talk to your doctor about ways to increase your intake of spermidine-rich foods.

Because when it comes to your liver…

The best time to stop scarring is before it starts.

Source:
Zeng, C., Liu, J., Jin, Z. et al. Spermidine suppresses liver fibrosis by remodeling the communication signal between liver sinusoidal endothelial cells and hepatic stellate cells. Cell Death Discov. 12, 287 (2026). https://doi.org/10.1038/s41420-026-03129-4

09/02/2026

Sepsis kills hundreds of thousands of people every year.

Despite billions spent on modern medicine, doctors still struggle to stop this deadly infection once it takes hold.

Patients are flooded with antibiotics… IV fluids… blood pressure drugs…and any other hail Mary treatment their mainstream docs can think of.

Yet sepsis remains one of the leading causes of death in hospitals around the world.

And that’s because conventional medicine continues to ignore a certain miracle vitamin that can STOP sepsis in its tracks.

A new systematic review analyzed six studies involving more than 5,100 trauma patients who received high-dose intravenous vitamin C as part of their treatment.

The findings were encouraging.

Patients given vitamin C were less likely to die within 30 days…

Spent less time in the intensive care unit and the hospital…

And four of the six studies found they were less likely to develop sepsis—a life-threatening complication that occurs when the body’s response to infection spirals out of control.

Even more impressive…

Two studies also reported lower rates of multiple organ failure, one of the biggest reasons critically ill patients don’t survive.

So why might vitamin C help?

Researchers say severe trauma rapidly depletes the body’s vitamin C stores.

That’s a major problem because vitamin C plays a critical role in:

Supporting immune function
Protecting blood vessels
Helping repair damaged tissues
And neutralizing the massive wave of oxidative stress triggered by severe injury
In other words, one of the nutrients your body needs most during a medical emergency is also one of the first to disappear.

Unfortunately, this isn’t something the mainstream talks much about.

Instead, vitamin C is still viewed by many as little more than a cold remedy. Rather than a nutrient that may play an important role during critical illness.

Even though it can help prevent deaths, sepsis infections, and organ failure, which could save thousands of lives every year.

Sometimes the biggest breakthroughs don’t come from inventing a new drug.

They come from discovering a better use for something we’ve had all along.

Noble, T., Doran, C., & colleagues. (2026). A systematic review on the role of high-dose vitamin C in trauma patients. BMJ Military Health. Advance online publication.

Background Major trauma and polytrauma are leading causes of mortality, driven by haemorrhagic shock and a dysregulated inflammatory response. Vitamin C, which has a role in vasopressor synthesis, endothelial function and antioxidant defence, is rapidly depleted in critical illness. Vitamin C has be...

09/01/2026

When it comes to depression, the mainstream has one solution.

Another antidepressant.

If the first one doesn’t work…

Try a higher dose.

Or switch to another drug.

But what if the real problem isn’t just brain chemistry?

What if it’s brain energy?

New research suggests one of the world’s most popular fitness supplements may help the brain fight depression in a completely different way.

I’m talking about creatine.

Most people know creatine as a supplement that helps athletes build strength and muscle.

But scientists are discovering it may also help fuel something even more important…

Your brain.

Unlike antidepressants, which primarily target brain chemicals like serotonin and dopamine, creatine helps replenish ATP—the energy molecule every brain cell depends on to function.

Researchers believe that’s important because growing evidence suggests many people with depression may have impaired brain energy metabolism.

In a recent review of randomized clinical trials, researchers found that adding 5 grams of creatine per day to the antidepressant escitalopram led to greater improvements in depressive symptoms than the medication alone.

Another study found creatine also enhanced the benefits of cognitive behavioral therapy (CBT), with participants reporting substantially greater reductions in depression scores.

Think about that.

A simple supplement helping both medication and therapy work better.

Researchers also noted that creatine was generally well tolerated, something you can’t say about mainstream antidepressants.

Unfortunately, the mainstream rarely thinks about depression this way.

Instead of asking whether the brain has enough energy to function properly…

The focus stays almost entirely on altering neurotransmitters.

This research suggests there may be another piece of the puzzle.

If you’re being treated for depression, don’t stop your medication or replace it with creatine.

But it may be worth talking with your doctor about whether creatine could be an appropriate addition to your treatment plan.

Because sometimes…

Helping the brain feel better starts by helping it produce more energy.

SOURCE:
Bassam Jeryous Fares, Carl Zhou, Nicholas Fabiano, Stanley Wong. Creatine as a treatment for depression. Brain Medicine, 2026; 1 DOI: 10.61373/bm026l.0039

08/31/2026

The mainstream loves celebrating weight loss.

Lost 20 pounds? Congratulations.

Lost 50? Even better.

But here’s what they rarely tell you…

Not all weight loss is healthy.

Because if you’re burning muscle instead of fat… you may be accelerating the aging process.

Fortunately, new research reveals one simple way to lose fat while protecting the muscle your body desperately needs.

And the best part? You can get started today!

Researchers wanted to answer a simple question:

What’s the best way for older adults to lose fat WITHOUT losing muscle?

So they followed 123 healthy adults around age 72 for six months.

Participants exercised three times each week and were assigned to either:

Moderate-intensity exercise
High-intensity interval training (HIIT)
Or a low-intensity control program
The results were eye-opening.

Both the moderate-intensity and HIIT groups lost body fat. But only one group held onto their muscle.

The HIIT group.

Participants doing moderate-intensity exercise lost lean muscle mass along with body fat.

Those performing HIIT maintained their lean muscle while still reducing body fat.

Even better? HIIT was the only group to significantly improve overall body fat percentage.

Both exercise programs also reduced dangerous visceral fat—the deep belly fat surrounding your organs that’s linked to heart disease and diabetes.

You see, after age 30, adults naturally begin losing muscle every year. And that loss accelerates after age 60 – leading to a greater risk of losing your independence.

Unfortunately, many traditional weight-loss programs focus only on the number on the scale. They ignore what you’re actually losing.

The goal shouldn’t simply be to lose weight.

It should be to lose fat while protecting the muscle that keeps you strong.

Now, HIIT isn’t appropriate for everyone.

If you have heart disease, joint problems, or other medical conditions, talk with your doctor before starting a high-intensity exercise program.

But for many healthy older adults…

Short bursts of higher-intensity exercise may offer a smarter way to improve body composition without sacrificing muscle.

Because when it comes to healthy aging…

The goal isn’t just to weigh less.

It’s to stay strong enough to enjoy the years ahead.

Here are some articles you may have missed…

Common Vitamin STOPS Deadly Brain Cancer Growth?!

End Chronic Pain… WITHOUT Dangerous Painkillers?!

The Missing Piece in Heart Health REVEALED!

Common Pesticide DOUBLES Parkinson’s Risk?!

SOURCE:
Grace Rose, Emily Hume, Daniel Blackmore, Jules Mitchell, Samuel Belford, Tina Skinner, Maryam Ziaei, Stephan Riek, Perry Bartlett, Mia Schaumberg. Exercise intensity influences body composition: a 6-month comparison of high-intensity interval, moderate- and low-intensity training among healthy older adults. Maturitas, 2025; 203: 108763 DOI: 10.1016/j.maturitas.2025.108763

08/28/2026

When someone develops Parkinson’s disease, the mainstream usually blames two things.

Genetics. And getting older.

But here’s the problem.

Those explanations don’t tell us why Parkinson’s has become one of the fastest-growing neurological diseases in the world.

Because our genes haven’t changed.

But our environment has.

Now, researchers have uncovered another common chemical that may dramatically increase your risk.

And millions of people have been exposed to it.

I’m talking about chlorpyrifos—a pesticide that has been widely used on fruits, vegetables, and other crops for decades.

In the new study, researchers found that people with long-term residential exposure to chlorpyrifos were more than 2½ times more likely to develop Parkinson’s disease.

Let that sink in.

A 250% greater risk from a chemical many people have never even heard of.

But here’s what makes this study especially important.

The researchers didn’t stop with human data.

They exposed mice to chlorpyrifos at levels similar to real-world human exposure.

The animals developed many of the hallmark features of Parkinson’s disease, including:

Loss of dopamine-producing brain cells
Movement problems
Brain inflammation
And a buildup of alpha-synuclein—the toxic protein that accumulates in the brains of people with Parkinson’s.
Then they turned to zebrafish to figure out why.

They discovered the pesticide interfered with autophagy—your cells’ natural recycling system.

Normally, autophagy clears away damaged proteins before they become toxic.

But when chlorpyrifos disrupted that process… alpha-synuclein began to accumulate… nerve cells became damaged… and Parkinson’s-like changes followed.

In other words, this wasn’t just a statistical association.

Researchers uncovered a biological explanation for how the pesticide may contribute to Parkinson’s disease.

Unfortunately, this is where the mainstream often falls short.

The EPA allows chlorpyrifos use on 11 specific crops: alfalfa, apple, asparagus, cherry (tart), citrus, cotton, peach, soybean, strawberry, sugar beet, and wheat.

The best way to avoid exposures to this pesticide – and others – is to choose organically grown produce.

And we that’s no an option, wash your fruits and vegetables thoroughly.

Because protecting your brain isn’t just about your genes.

It’s also about the chemicals you’re exposed to every single day.

SOURCE:
Kazi Md. Mahmudul Hasan, Lisa M. Barnhill, Kimberly C. Paul, Chao Peng, William Zeiger, Beate Ritz, Marisol Arellano, Michael Ajnassian, Shujing Zhang, Aye Theint Theint, Gazmend Elezi, Hilli Weinberger, Julian P. Whitelegge, Qing Bai, Sharon Li, Edward A. Burton, Jeff M. Bronstein. The pesticide chlorpyrifos increases the risk of Parkinson’s disease. Molecular Neurodegeneration, 2025; 21 (1) DOI:

08/27/2026

When it comes to heart disease, the mainstream is obsessed with the same old targets.

Cholesterol. Blood pressure. Triglycerides.

And while those certainly matter…

New research suggests they may be overlooking another major piece of the puzzle.

One that’s hiding in plain sight.

And ignoring it can make your risk of heart disease climb—even if your cholesterol looks perfect.

A new two-year clinical trial followed patients who already had coronary artery disease—the very people at highest risk for heart attacks.

Researchers wanted to know whether one overlooked nutrient could help slow the buildup of calcium inside their arteries. Calcium deposits are a root cause of heart disease.

The answer? Vitamin K2.

Patients who took menaquinone-7 (MK-7) experienced slower progression of coronary artery calcification than those who received a placebo.

Think about that.

Not another drug designed to lower cholesterol…

But a vitamin that helps direct calcium away from your arteries and into your bones, where it belongs.

Here’s why that’s so important.

Vitamin K2 activates proteins that act like traffic controllers for calcium.

Without enough K2… calcium is more likely to settle in places it doesn’t belong—including your arteries.

With adequate K2… those proteins help guide calcium into your skeleton while helping keep your blood vessels healthier.

That’s a completely different way of thinking about heart disease.

Instead of focusing only on cholesterol…

It asks a more fundamental question: Where is your calcium going?

Unfortunately, that’s a question the mainstream rarely asks.

Instead, the conversation almost always centers on lowering cholesterol—even though arterial calcification is one of the strongest predictors of future cardiovascular events.

This study doesn’t prove vitamin K2 can reverse heart disease.

But it does suggest that helping your body properly manage calcium may slow one of the key processes involved in its progression.

If you have coronary artery disease—or you’ve been told your calcium score is elevated—it may be worth talking with your doctor about whether vitamin K2 (MK-7) is appropriate for you.

Because protecting your heart isn’t just about lowering cholesterol…

It’s also about keeping calcium where nature intended it to be.

08/26/2026

When it comes to chronic pain, the mainstream has a predictable playbook.

Take an NSAID. If that doesn’t work… try an opioid. Or both.

The problem? These drugs often come with stomach bleeding, kidney damage, addiction, drowsiness, or worse.

Yet millions of people take them every day because they’re told there’s no better option.

But new research suggests that simply isn’t true.

Scientists have discovered that one inexpensive supplement already sitting in millions of medicine cabinets may relieve chronic pain just as well as some of the most commonly prescribed pain medications.

Here’s everything you need to know…

I’m talking about melatonin.

Most people know melatonin as a natural sleep aid. But researchers are discovering it may also be a powerful tool for fighting chronic pain.

In a new meta-analysis, scientists analyzed 23 randomized controlled trials involving more than 2,000 adults with chronic musculoskeletal pain.

Participants suffered from conditions including:

Osteoarthritis
Chronic low back pain
Fibromyalgia
And pain following joint replacement and spinal surgery
The results were impressive.

Melatonin reduced pain by about 10 points on a 100-point pain scale—a level of relief researchers say is comparable to commonly used medications such as opioids, NSAIDs, and acetaminophen.

Think about that.

A natural hormone your body already produces providing pain relief similar to drugs that can damage your stomach, kidneys, or liver—or even lead to dependence.

But here’s where things get even more interesting…

Melatonin didn’t just reduce pain. It also improved sleep quality.

That’s important because poor sleep and chronic pain feed each other in a vicious cycle.

Pain makes it harder to sleep… poor sleep makes pain feel worse… and the cycle continues.

Melatonin may help break that cycle by improving both at the same time.

Unfortunately, this kind of approach isn’t the mainstream’s first choice.

Instead of restoring healthy sleep and reducing pain naturally…

The focus too often stays on stronger prescriptions with longer lists of side effects.

Now, melatonin isn’t a miracle cure.

And the researchers aren’t suggesting people stop taking prescribed pain medications without talking to their doctor.

But they do believe melatonin could become a valuable addition to existing treatments—especially for people who also struggle with poor sleep.

If you’re living with chronic back pain…

Arthritis…

Or fibromyalgia…

Talk to your doctor about whether melatonin could be an appropriate addition to your pain management plan.

Because sometimes the best way to fight pain isn’t with a stronger drug.

It’s by helping your body do what it was designed to do all along.

Source:
Wu, K., Ferreira, P. H., & colleagues. (2026). Efficacy and effectiveness of melatonin for the management of musculoskeletal pain: A systematic review and meta-analysis of placebo and active controlled trials. PAIN. Advance online publication.

Melatonin may provide benefits for managing musculoskeletal (MSK) pain, and this review evaluated its efficacy and effectiveness on pain intensity...

08/25/2026

When it comes to brain cancer, the mainstream has been using the same playbook for decades.

Cut. Burn. Poison.

Patients undergo surgery… radiation… and chemotherapy—only to hear that the cancer has returned months later.

That’s because one of the deadliest brain cancers known to medicine—glioblastoma—has remained incredibly difficult to treat.

But now, researchers are investigating a surprising new strategy.

Instead of creating another expensive drug…

They’re turning to a vitamin that’s been sitting on pharmacy shelves for decades.

And it can STOP glioblastoma growth in its tracks!

I’m talking about vitamin B3, also known as niacin.

In a new clinical trial, researchers gave high-dose niacin to patients newly diagnosed with glioblastoma alongside their standard cancer treatment.

The goal wasn’t to kill the tumor directly.

It was to help the body’s own immune system fight back.

Here’s why that’s important.

Glioblastoma is remarkably good at shutting down immune cells before they can attack the cancer.

Researchers believe niacin may help reactivate those immune cells—essentially taking the brakes off your immune system and allowing it to recognize and attack tumor cells again.

The early results were encouraging.

After six months, 82% of patients showed NO signs that their cancer had progressed.

That’s about a 28% improvement compared with what has typically been seen in similar patients receiving standard treatment alone.

Think about that.

A simple vitamin helping the immune system battle one of the most aggressive cancers on Earth.

Now, this isn’t a cure.

Glioblastoma remains an extremely serious disease, and much larger studies are needed to determine whether niacin can extend survival.

But these findings point to something the mainstream often overlooks.

Sometimes the most powerful therapies don’t work by attacking the cancer directly.

They work by helping your own immune system do the job it was designed to do.

Of course, this doesn’t mean anyone should begin taking high-dose niacin on their own.

The doses used in this study were given under close medical supervision because high-dose vitamin B3 can cause significant side effects.

Still, this research offers something patients desperately need.

Hope.

And another reminder that nutrients we’ve known about for decades may still hold powerful medical secrets.

Sometimes the next breakthrough isn’t a brand-new drug…

It’s finding a better use for something we already have.

Source:
Gloria Roldan Urgoiti, Paula de Robles, Roger Y. Tsang, Morgan Willson, Sunita Ghosh, Muhammad Faruqi, Gerald Lim, Shaun Loewen, Robert Nordal, Gregory Cairncross, Catriona Leckie, Candice C. P**n, V. Wee Yong. A phase I-II study of niacin in patients with newly diagnosed glioblastoma: safety and interim phase II analysis. Journal of Neuro-Oncology, 2025; 176 (1) DOI: 10.1007/s11060-025-05351-z