In fact, there is a lot. Some of it requires help from your physician, but most depends on your lifestyle, preferably begun in midlife or even sooner. But it is never too late to start. Even with early evidence of developing dementia, making changes can be of tremendous help.

Details below, but the most important steps are regular exercise — resistance and aerobic, a high protein, high fruit, and vegetable, but low sugar diet, good sleep, reduced stress, no tobacco, limited alcohol, intellectual challenges, and social engagement, along with attention to high blood pressure, high cholesterol, and high blood sugar or diabetes.

The causes of dementia

It is best to think in terms of risk factors rather than direct causes. There are multiple types of dementia, but the most common is Alzheimer’s disease. It has many possible risk factors, often in combination, in any individual. Among the most important are high blood pressure, type 2 diabetes, elevated LDL cholesterol, obesity, high intake of ultraprocessed foods, being sedentary, not dealing with chronic stress, inadequate deep sleep, smoking, an unchallenged brain, and lack of social engagement.

Untreated high blood pressure damages the blood vessels supplying the brain, as does poorly controlled type 2 diabetes. Diabetes correlates with a 10 to 15 times greater risk of Alzheimer’s. Like the rest of the body, brain cells can become insulin-resistant, depriving them of their primary fuel—glucose —hence the term “type 3 diabetes.” Add to this elevated LDL cholesterol, which leads to plaque deposition in the large blood vessels, analogous to that seen in the heart’s coronary arteries.

Obesity is a definite risk factor, especially as it predisposes to diabetes, but also produces chemicals that cross the blood-brain barrier and cause inflammation. The combination of blood vessel damage and inflammation is clearly associated with the development of Alzheimer’s disease.

Being sedentary, along with eating excess ultraprocessed, sugary, fatty, and salty foods and smoking, are known to correlate with dementia, as does persistent lack of restorative sleep and continuing low-level chronic stress. Maintaining good muscle mass through appropriate exercise not only supports muscle and bone density but also releases chemicals that positively impact brain function. Substantial exercise literally enlarges the brain’s hippocampus and prefrontal cortex, both critical to cognition.

Among the presumably less important risk factors for dementia are some chronic infections, often undetected, such as chronic Lyme disease, which can cause persistent low-level brain inflammation. So too can a variety of neurotropic viruses, such as the varicella-zoster virus that causes chickenpox and shingles. The varicella-zoster virus (VZV) remains dormant in the nervous system after chickenpox infection but is reactivated in older age as herpes zoster (shingles). It is believed that this virus causes long-term chronic inflammation in the brain while dormant, and then amplifies inflammation when reactivated as shingles.

There are other causes of inflammation. An unbalanced colonic microbiome is common. There is a gut-brain axis, meaning the two systems send messages back and forth, which can be altered by the microbiome. This axis can help or hinder normal inflammation maintenance in the brain.

The gut bacteria convert high-fiber diets into short-chain fatty acids (SCFAs), which, in mice, lead to reduced microglial (the brain’s immune cells) activity and a lower degree of brain inflammation. Aging mice normally have reduced SCFAs, but a high-fiber diet increases SCFAs and reduces inflammation in their brains. The key message is that a healthy colonic microbiome can help to prevent the development of Alzheimer’s disease.

The mouth has its own microbiome. Chronic oral gum infections, known as periodontal disease, often go unrecognized, disrupting the oral microbiome and inducing a chronic state of inflammation that produces a steady flow of damaging chemicals that affect the brain. The bacterium Porphyromonas gingivalis is a frequent cause of periodontal infection, but it can also directly affect the brain. It produces a toxic enzyme called gingipain, which crosses the blood–brain barrier and directly damages neurons. P gingivalis has also been found in the brains of deceased Alzheimer’s patients.

Even the eye microbiome has been shown in a January 2026 article in Nature Communications to have an adverse impact on the brain if it includes Chlamydia pneumoniae, a common cause of pneumonia and sinus infections that, in some people, infects the retina and, from there, travels to the brain, amplifying inflammation.

Several environmental toxins have been implicated in Alzheimer’s development. Lead is a known neurotoxin. Once in the body, it can persist in bones. We tend to think of it in old lead paint, but it is common in many city water supplies (remember Flint, Michigan) and was common in leaded gasoline until about 1980. Leaded gasoline suggests that many older people may have elevated bone lead levels.

Lead is also occasionally found in food and air. In a prospective study reported in February 2026, bone lead levels correlated with the onset of Alzheimer’s disease and all-cause dementia in a representative sample of Americans followed for 30 years in the National Health and Nutrition Examination Survey (NHANES _III). The authors speculate that up to 18% of dementia cases could be avoided with reduced lead exposure.

Various other metals (e.g., arsenic, zinc, mercury, and cadmium) and biotoxins (produced by molds, especially Aspergillus, bacteria, and viruses) are believed to be correlated with the onset and progression of dementia through the production of cytokines (compounds produced and released from cells) that cause neuroinflammation and neurodegeneration.

Microplastics (particles less than 5 mm in diameter) have been implicated as a potential cause or predisposing factor to Alzheimer’s disease, although the data are limited. It is known that they can cross the blood-brain barrier and, in animal models, elicit neuroinflammation and neurodegeneration. Microplastics can be found in the brains of many people at autopsy. Still, the quantity in the brains of those with dementia tends to be many times higher, suggesting both a cause and a dose-response relationship. Microplastics are found in air, food, and water. It is not known which microplastics are potentially important, nor which route might be most important — inhalation, skin absorption, or ingestion. Finally, be aware that these are correlation studies, not causal studies.

Hearing loss not only causes social isolation but also directly leads to brain atrophy and “cognitive overload,” meaning the brain cannot process inputs as effectively and has fewer resources left for memory and thinking. The combination leads to an increased risk of dementia. Visual loss, common with age-related cataracts, as well as macular degeneration, glaucoma, and diabetic retinopathy, has the same impact as hearing loss.

Bear in mind that all of these are correlation studies. Correlation does not equal causation, but when they are found in study after study, they are likely actual risk factors.

Note also that many of these risk factors create or amplify chronic low-level inflammation. It is the inflammation that is doing much of the damage. Inflammation means that your immune system, the system that normally protects you from disease-causing agents like bacteria, is constantly turned on at a low level, damaging your brain without you knowing it until years later, cognitive decline becomes obvious.

What you can do to avoid dementia

It is not unlike what I described for slowing normal cognitive aging, but with more intensity and a broader range of inputs.

Let’s start with the medical side of it

Most physicians do not look or know to look for many of these predisposing conditions, but since you do, ask to have them checked for you. They will most likely check your blood pressure, cholesterol, and blood sugar, for different reasons.

High blood pressure is a clear predisposing factor. Unfortunately, nearly 50% of Americans have hypertension >130/80), with the prevalence increasing to about 70% of adults over age 60, but many are unaware, and even less, perhaps 20–25%, are adequately treated. Be sure you are being treated appropriately.

Type 2 Diabetes is a profound predisposing factor to Alzheimer’s disease. What both high blood pressure and diabetes have in common is that they cause inflammation in the brain, blood vessels, and neurons. Over time, they also lead to reduced blood flow to the brain. Over ten percent of Americans have diabetes, with the prevalence rising with age. Only about 50% are adequately treated and controlled. Here, again, be sure you know if you have diabetes and follow your doctor’s advice on management.

High LDL cholesterol (the “bad” type), especially when combined with hypertension and diabetes, can lead to plaques in the blood vessels supplying the brain, similar to those in the coronary arteries. Just one more adverse cause of reduced blood flow to the brain. Only slightly more than 20% have adequate management of all three key factors. So be sure to have your physician review your blood pressure, blood sugar, and cholesterol status, and follow their advice, remembering that lifestyle changes might be adequate (see below), but, if not, there are effective medications.

Obesity is a significant predisposing factor. If you are obese and have had difficulty with weight reduction, you and your physician might want to consider GLPs like Wegovy or Zepbound.

Ask to be checked for lingering chronic infections, such as Lyme disease. Visit your dentist and dental hygienist every six months for a prophylaxis. You will not only be preserving your oral health but also reducing your risk of dementia. You should be tested for lead and other heavy metals.

Consider the shingles vaccine if you are 50 or older. Multiple studies have shown that it reduces dementia by about 20% for at least seven years after vaccination. Less clear is how long the effect lasts after that or whether a booster is necessary. Certainly, it is an easy way to get a dual benefit — less likelihood of dementia while also reducing the occurrence of shingles and possibly even heart disease.

If you are over 65, you have likely gotten regular influenza vaccines. Recent data published in April 2026 show that the standard vaccine has some protective effect, and the higher-dose vaccine has an even greater effect, at least for the 2–3 years of follow-up in the studies.

If you have significant hearing loss, work with an audiologist to determine the best approach for you. Fortunately, there are now devices that can assist at a reasonable price. If you have significant vision loss due to cataracts, the evidence is strong that correction will significantly reduce your risk.

Early life

Those who start adulthood with the “strongest” brains have “more room” for loss, suggesting that it is advisable to encourage your children and grandchildren to be as well educated as possible.

Lifestyle modifications

Your doctor can be a major source of assistance in limiting your chance of dementia, but of even greater importance is what you can do for yourself with lifestyle modifications, especially exercise and diet.

Maintaining your physical health is one of the most important things you can do to avoid dementia. If you smoke, get help to stop; it’s critical. Then, start with exercise. The science is clear: those who move are at much reduced risk of dementia. Aerobic exercise, like walking, cycling, or swimming, helps your heart and lungs deliver more blood to the brain. When doing aerobic exercises, push to the point where you are breathing somewhat heavier than normal and, although you can respond to a question, you are too busy breathing to engage in a conversation.

When a group of 120 young adults aged 28 -56 was randomized to a steady moderate to vigorous exercise regimen for 12 months or not, those who exercised had brains that appeared “younger” after one year. In contrast, the control group showed no significant change between MRIs taken at the beginning and end of the year. VO2 max increased substantially over the 12 months in the exercise group but not in the control group.

And those who regularly engage in resistance exercises are at an even lower risk. In fact, resistance exercises may be the single most important thing you can do to prevent dementia. Choose a variety of exercises that maintain and strengthen your upper, core, and lower body muscles. Plan to use a resistance weight you can fully move, like a biceps curl, for only 8–12 repetitions. Remember that these exercises release chemicals called myokines or exerkines that stimulate the brain, heart, and blood vessels. They can stimulate growth of the hippocampus and other parts of the brain, perhaps by releasing brain-derived neurotrophic factor (BDNF). Exercise also stimulates the liver to release exerkines. One of these, called GPLD1, reverses memory loss in aging mice.

Various studies have shown that regular resistance exercise is critical to maintaining brain function and brain volume. Leg power is especially effective in reducing cognitive aging.

In addition to regular aerobic activity and at least twice-weekly resistance training, consider high-intensity interval training (HIIT). Dr. Harry Oken and I discuss this in detail in our book BOOM — Boost Our Own Metabolism. In brief, ride an exercise bike at a comfortable resistance and pace for a few minutes to warm up, then increase the resistance and pedal as fast as you can for 30 seconds. Your legs should ache, and you may be sweating. Drop back to a comfortable pace for 90 seconds. Repeat eight times. Studies indicate that this can enlarge your hippocampus, the brain’s processing center, by as much as 50% or more over six months. More neurons are produced, connectivity is enhanced, and cognitive abilities are maintained or improved. HIIT is also the most efficient way to improve your VO2 max.

What you eat, or do not eat, and what you drink are of critical importance. Avoid ultraprocessed foods, excess fast foods, sugar (such as candy, sodas, and ice cream), and foods that are digested directly into sugar (such as white bread and other white-flour products—pastries and donuts). A good “diet” to follow is the Mediterranean diet or its cousin, the MIND diet. The former emphasizes healthy grains, seeds and nuts, legumes like beans, good oils such as olive oil and avocado oil, and cold-water fish (salmon, mackerel, sardines). Eat somewhat less dairy and poultry and relatively little red meat.

As for red meat, processed meats like bacon, jerky, and many deli meats are unhealthy, whereas meat from 100% pasture-raised animals is probably healthy. The MIND diet is based on the Mediterranean diet but emphasizes green leafy vegetables like spinach, kale, and collards, as well as berries over other fruits. When participants in a long-term study at Rush University Medical Center followed these diets, their brains at autopsy showed less evidence of Alzheimer’s compared to those who ate a “less healthy” diet.

If you like coffee or tea, you will be pleased to know that in a long-term study of 131,000 individuals followed for up to forty years, those that drank two to three cups of coffee (but not more) had an 18% reduction in dementia onset compared to those in the lowest intake group. The findings were similar for tea, with a 14% reduction. Presumably, coffee and tea with their many chemicals reduce inflammation, reduce oxidative damage, improve the lining of blood vessels, reduce blood-brain barrier leakage, and enhance neurons’ ability to communicate. Notably, decaf coffee did not have the same effect.

Also consider fasting. Just avoiding eating after dinner and before breakfast is a good start, or pushing breakfast off for a few hours.

Restorative sleep is very important to avoid dementia. Deep sleep is the time when the brain cleanses itself of toxins and other waste materials. It is also when memories are formed and the hippocampus, the brain’s processing center, is “emptied” so it can begin again tomorrow. Don’t listen to people who say they can get by with less than about seven hours of sleep.

Most Americans are living with low-level chronic stress. Stress releases a series of compounds that stoke chronic inflammation in the brain and elsewhere. Ways to reduce stress include exercise, a healthy diet, meditation, Tai Chi, yoga, and avoiding, when possible, those things, people, and situations that lead to your stress.

Your brain needs to be used and challenged. Do creative activities like chess, art, writing, learning a musical instrument, dancing, or learning a foreign language.

Computer-assisted cognitive training. All studies have not been effective, except for a 20-year follow-up clinical trial published in February 2026 by Johns Hopkins involving 2021 adults over age 65. This study evaluated a cognitive training program initiated in 1999 and followed through to dementia onset in 2019. Alzheimer’s was reduced by 25% among those who did computer-based cognitive speed training, with a 6- to 12-month booster. Speed training asked the person to identify a center object (like a car) on the computer screen while locating a peripheral target (like a road sign) on a screen, with the speed increasing as the user improved. The other arms of the trial, looking at memory and reasoning, did not lead to reduced dementia.

“This study shows that simple brain training, done for just weeks, may help people stay mentally healthy for years longer,” said NIH Director Jay Bhattacharya, M.D., Ph.D. “That’s a powerful idea — that practical, affordable tools could help delay dementia and help older adults keep their independence and quality of life.”

Humans need social engagement. Call it “cognitive engagement.” Make and keep friends, meet regularly with others, and get involved in group activities. It’s enjoyable, and it’s critical. The Rush Memory and Aging Project followed about 2000 individuals with an average entry age of 79 for nearly 8 years. In their February 2026 article in Neurology, the authors looked at lifetime cognitive enrichment activities and found those in the highest cohort had a 38% lower risk of developing Alzheimer’s disease. Those with the highest level of lifetime enrichment who did develop AD did so 5 years later than those with the lowest levels. Similarly, their rate of cognitive decline over the course of the study was slower.

Where possible, merge your creative, active, and social activities, such as group Tai Chi, dancing, or walking together. Consider dancing. If you are learning a new step, your brain must follow the music and move your body to the new step; a dual cognitive function and social engagement, with some aerobic exercise.

Remember that there is no one risk factor for dementia, so “bundling” lifestyle changes makes the most sense, a logical concept that is supported by a research study in Finland that showed multiple steps taken together slowed cognitive decline in high-risk seniors. It helps to have help with structured support so that lifestyle changes become consistent rather than relying on willpower alone.

Putting it all together

This may at first glance seem overwhelming. But you can address your risk step by step and have fun doing so. Remember that the 7 Keys to Healthy Aging not only reduce your risk for Alzheimer’s disease but are also very effective in preventing the development of many chronic diseases, such as cardiovascular disease, diabetes, and obesity, so start with these and pick one or two to address first. I would suggest diet and exercise, as they are likely the most important. But before you start anything discussed here, talk with your doctor to see if these suggestions are appropriate for your personal situation. And while there, discuss the items you need their help with — especially elevated blood pressure, blood sugar, LDL cholesterol, and excess weight. No matter your age, it is never too late to start.

Can this really prevent Alzheimer’s?

There are no guarantees. But following these suggestions will have a major impact on your risk of developing Alzheimer’s disease. It will also go a long way to preventing other chronic diseases like heart, lung, kidney disease, or cancer. That’s a very good return on your investment of time and energy.

The post Simple Steps Anyone Can Take to Reduce Alzheimer’s Risk appeared first on Medika Life.

In fact, many older medications for mental health treatments have resulted in distressing side effects. They may require other medications to address them, such as tardive dyskinesia or dystonias.

I have seen psychiatric patients given medications that caused them to be unable to move their heads off their shoulders or have difficulties with walking, breathing, unstoppable hand tremors, or even raising their arms to perform some activity. It was extremely distressing to see, and the patients were terrified because no one had told them this might happen. Also, no one mentioned the fact that there might be some neurological problems going on that would only be covered behaviorally by additional medications. The potential disruption might not be stopped, but hidden.

An example of what we’re seeing now is illustrated by a woman whose joint inflammation always appeared right before her worst emotional state. When her body experienced joint pain and swelling, her mental state would severely deteriorate. She had believed this reaction occurred naturally because of her pain experience throughout many years.

But a new day in medicine is coming. Scientists have discovered complex and promising processes occurring beneath the surface as they conduct their recent research. Some discoveries, as so often happens, have been found not by looking for mental health issues, but something else.

The Invisible Fire Within

Everyone understands inflammation to be the response that occurs during ankle twists and cuts. Our bodies respond to healing by showing redness and swelling, which we easily detect during the recovery process. But the human body contains a less apparent form of inflammation that maintains a chronic low-grade condition throughout months and years without producing noticeable symptoms. What is this mysterious condition, and how can we ameliorate it?

The body’s concealed inflammation plays a leading role in mental health conditions, starting from depression and anxiety, and reaching cognitive decline, according to recent scientific research. Alzheimer’s researchers have theorized that inflammation may play a role in this severe disorder. Medical researchers have now found that ongoing inflammation interferes with mental processes by modifying brain operations and emotional responses. A reason and a treatment may have lain waiting for many decades.

Breaking Down the Blood-Brain Barrier

Here, we have to consider the brain’s most vital protection — the blood-brain barrier (BBB) that prevents both illness and medication from entering. Medical students have learned over the last several decades that the brain functions as an “immune-privileged fortress,” protected by the blood-brain barrier that blocks inflammatory processes from reaching it. The protective wall shields essential nutrients while blocking unwanted, harmful substances from entering.

The BBB may even deny medications that are beneficial to enter, which has led to slow advances in treatment for many illnesses. Unfortunately, some substances like alcohol, result in a way around the BBB. ETOH affects the brain through vitamin deficiency, particularly of vitamin B1. This is probably how such distressing disorders as Wernicke’s psychosis may occur. Eventually, it’s inflammation that appears to play a significant role in much of physical and mental health.

Research findings demonstrate that extended periods of inflammation can create permeability in the blood-brain barrier. During periods of persistent stress and inflammation, the brain’s protective wall becomes compromised, which enables inflammatory substances to cross into brain tissue. When inflammatory signals enter the brain, they disrupt the manufacturing process of essential neurotransmitters, which include serotonin and dopamine, while antidepressants attempt to manage these chemicals.

Caroline Ménard examined stressed mice at Laval University and discovered that their blood-brain barrier exhibited extensive damage that differed from that of healthy controls. Research has discovered depression-related damage in post-mortem brain samples similar to the findings in stressed mice studies. Can mouse studies really tell us about human mental health? Most probably, it is a promising effort and may reveal important aspects of human mental health.

The Gut-Brain Highway

Your gut serves as the starting point for the mental health connection that stems from inflammation. The digestive tract holds 70% of your immune system and creates many brain neurotransmitters. It seems impossible that something we give so little thought to is so important.

When the gut microbiome loses equilibrium because of diet issues, antibiotics, or stress, harmful bacteria produce toxins that damage the gut lining. This, then, begins a chain reaction where the gut lining damage enables inflammatory substances to enter your bloodstream, where they could trigger inflammation throughout your entire body, which affects your brain. But if we know this, then we have information that can be useful in maintaining our mental and physical health.

The brain receives signals about mood changes in gut inflammation, according to Harvard Medical School research, and digestive symptoms from anxiety and depression also activate these signals. The connection between chronic digestive disorders and anxiety and depression risk stands at three times higher than the population average, according to research.

The Science Behind the Connection

Research-based evidence supports the link between inflammation and mental health, even though it was once theoretical. An analysis of 1.5 million participants discovered that patients with inflammatory diseases such as multiple sclerosis, rheumatoid arthritis, and inflammatory bowel disease had double the chance of developing anxiety and depression.

The findings become more significant because the enhanced risk factors appeared in different inflammatory disease conditions. Mental health problems develop directly from inflammation rather than from being sick with an illness. Additionally, we know that diseases such as cancer can affect depression. But it may not be that people know they have cancer, but that cancer causes biological depression just as it causes changes in taste perception.

Genetic research has established evidence that exceeds mere association because it shows a clear cause-and-effect relationship. One study linked higher specific biochemical levels to depressive symptoms, mood alterations, appetite changes, sleep disturbances, fatigue, and symptoms of irritability. Their advanced genetic analysis showed that these associations result from genuine causal relationships instead of random chance.

When Stress Becomes Inflammation

The process through which psychological stress produces physical inflammation remains unclear. A major study was published that explains this process thoroughly.

Scientists conducted laboratory stress tests on healthy participants. They observed specific activation in 17 of 19 volunteers while their catecholamines and cortisol levels increased immediately after stress exposure before returning to normal levels in 60 minutes. This factor functions as a cellular switch that activates inflammatory processes.

According to the study, noradrenaline (norepinephrine) acts as a primary stress hormone that triggers inflammatory mechanisms in immune cells. The biological process transforms psychological distress into inflammatory cell responses, which occur in just minutes.

The Vicious Cycle

After inflammation enters the brain system, it generates an endless cycle of inflammation. The brain contains microglia, which act as immune cells that receive activation signals from inflammatory signals. The protective housekeeping function of these cells transforms into destructive behavior when exposed to prolonged inflammation, which leads them to produce more inflammatory substances.

The research term “inflammatory soup” describes how the mixture of inflammatory factors damages brain cells while making it harder for the brain to remove proteins, which contribute to mental decline. The described mechanism reveals why long-term inflammation elevates the chances of developing depression and dementia.

Practical Steps to Cool the Flames

Evidence-based methods exist to combat chronic inflammation and promote mental health support:

1. Embrace Anti-Inflammatory Foods

The Mediterranean diet stands as one of the most extensively studied dietary patterns for its anti-inflammatory effects. Focus on:

The diet should comprise abundant amounts of fruits and vegetables, which are rich in antioxidants, whole grains, legumes, and fatty fish like salmon and sardines that are rich in omega-3 fatty acids. Additionally, olive oil should be the primary fat source, and nuts and seeds should be included, with a minimal consumption of processed foods and red meat.

2. Feed Your Good Bacteria

Your gut microbiome acts as a central element in both inflammation processes and mood regulation. Beneficial bacteria need support through the following actions:

The diet should include fermented foods such as yogurt, kefir, sauerkraut, and kimchi.

Use antibiotics only in situations where their use is absolutely required. You don’t want to kill the good bacteria along with the bad, and that’s what you’re doing here if you use antibiotics casually. You should consult your healthcare provider before taking any probiotic supplement because you need a high-quality product.

3. Move Your Body Regularly

How often have we read that exercise is one of the most important ways to manage both stress and mental health issues? But how many health care professionals indicate exercise in their treatment plans? Who gets a prescription to join a gym for exercise, and if they did, how much better would they be?

Regular moderate exercise stands as the most potent anti-inflammatory intervention available, even though intense exercise temporarily causes inflammation. Physical exercise reduces persistent inflammation, according to research, and being inactive is associated with persistent systemic inflammation.

The recommended weekly amount can be achieved through activities including brisk walking, swimming, cycling, dancing, yoga, or tai chi.

4. Prioritize Sleep Quality

The process of inflammation exists both as a cause and an effect of insufficient sleep. You should create a sleep-conducive environment through these steps:

The bedroom environment should be kept cool in temperature, dark, and quiet. A regular evening schedule should be followed as part of your bedtime routine.

You should refrain from using screens for an hour before bedtime.
Caffeine consumption should be limited to the time before 2 PM.

5. Manage Stress Effectively

Stress management techniques need development because psychological stress directly causes inflammation, according to research.
Daily mindfulness meditation practice of just 10 minutes will help decrease inflammatory markers.

When experiencing stress, use the 4–2–6 deep breathing method, which involves breathing in for four counts, then holding for two before exhaling for six counts.

Social support serves as a strong protective measure that reduces inflammation caused by stress.

Happiness stands as a vital factor that helps decrease stress levels, according to research.

6. Consider Professional Help

Seek advice from your healthcare provider regarding potential inflammation involvement in your symptoms when you experience ongoing mood issues, particularly with inflammatory conditions.
The discussion should include whether inflammation contributes to your symptoms.

The Future of Mental Health Treatment

The modern era brings opportunities for highly customized treatments in mental health care. Research shows that depression has inflammation as its main cause in approximately 1 out of 4 patients according to recent studies.

The scientific community is currently developing three new treatments for these patients:

• Anti-inflammatory medications traditionally used for arthritis
The semaglutide GLP-1 drug shows anti-inflammatory properties among its therapeutic benefits
• Targeted therapies based on individual inflammatory profiles
• Personalized nutrition and lifestyle interventions

A New Understanding of Mental Health

The scientific breakthrough in studying inflammation and mental health functions as a transformative method for understanding depression and anxiety. A combination of biological origins from lifestyle changes and medical interventions points to more effective treatment of these psychological conditions.

Therapy and social support, along with traditional methods, remain essential. The identification of inflammation through diet, exercise, stress management, and sometimes medication becomes necessary for many patients who seek recovery.

Moving Forward

The recommended lifestyle modifications work for everyone, so you can start with these first. But don’t hesitate to seek professional help if you’re struggling. A healthcare provider who understands the inflammation-mental health connection can help determine if this perspective might be useful in your specific situation.

Understanding the biological elements of mental health does not decrease their complexity but provides additional methods to enhance one’s well-being. Mental health development results from multiple biological factors that combine with psychological elements and social interactions. Managing inflammation represents an essential step in solving one part of the complex puzzle.

The post Mental Health Secrets Are Being Unraveled, and Inflammation Is the Culprit appeared first on Medika Life.

In Malaysia, I ate like a poet unchained.

Noodles in the morning.

Spiced broth at noon.

Chicken glazed with soy and garlic by nightfall.

I sat on plastic stools under humming fans.

I picked up late-night snacks from carts where the only menu was memory and steam.

I ate more than usual.

I felt full every day.

But when I returned home, the scale surprised me.

Two pounds lighter.

My steps had not changed.

My sleep was the same.

I tracked nothing.

I restricted nothing.

Yet somehow, my body felt clearer, lighter, and calmer.

That was the moment I understood.

The issue was not how much I had been eating.

It was what I had been eating.

Here’s the bar of my Penang hotel:

The Research Now Makes It Obvious

A major review published in Nature Reviews Endocrinology confirmed what I had already suspected.

Ultra-processed foods, often called UPFs, are not just harmless conveniences.

They actively promote overeating, disrupt metabolism, and increase the risk of obesity and chronic disease.

Researchers reviewed decades of data.

Their conclusions were clear:

• UPFs override your sense of fullness
• They damage the gut microbiome
• They interfere with hormones like insulin and leptin
• They promote chronic inflammation
• They increase the risk of early death

These are not neutral calories.

They are chemical provocations.

→ Want to know which “health facts” are wrong?

Download my free guide: Debunked: 7 Health “Facts” That Are Quietly Hurting You

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From Preservation to Manipulation

A century ago, food processing helped prevent disease.

Preservatives and fortification solved real problems like spoilage and vitamin deficiencies.

But today’s ultra-processed foods are something else entirely.

They are stripped of fiber and water.

They are saturated with sugar and salt.

They are softened or crisped for speed.

They require little chewing and deliver maximum pleasure in minimal time.

These are not foods made to nourish.

They are products made to disappear.

What I Noticed in Malaysia

In Penang and Singapore, I kept waiting for the usual signs.

Cravings.

Energy crashes.

That pull toward sugar at night.

None of them came.

Instead, I ate whole and real foods.

Greens stir-fried in oil.

Fish with bones intact.

Rice, fruit, spice, and broth.

Even the desserts had substance.

Even the snacks had structure.

And every bite required chewing.

What Ultra-Processed Foods Really Do

The review and related studies show that UPFs:

• Speed up how fast we eat
• Bypass satiety signals
• Starve the beneficial bacteria in the gut
• Trigger a hormonal imbalance
• Promote low-grade inflammation
• Crowd out nutrient-rich foods

One U.S. study linked high UPF intake to more than 120,000 preventable deaths each year.

Another found strong associations with cardiovascular disease, type 2 diabetes, and cognitive decline.

This finding is not just about gaining weight.

It is about how these foods affect nearly every system in the body.

Labels Lie. Chemistry Tells the Truth.

UPFs often pretend to be healthy.

They say low-fat, gluten-free, plant-based, or high-protein.

But flip the package and the label tells a different story.

You’ll find artificial flavors, gums, starches, stabilizers, and sweeteners you can’t pronounce.

You’ll find them in:

• Protein bars
• Ready-to-drink shakes
• Flavored yogurts
• Cereal with cartoon characters
• Shelf-stable snacks that never spoil

These foods don’t just deliver calories.

They confuse your hunger.

They dull your instincts.

They keep you coming back.

What I Now Tell My Patients

Instead of strict food rules, I offer simple replacements.

• Eat foods with fewer than five ingredients
• Choose oats over cereal
• Choose fruit over a bar
• Choose nuts over crackers
• Cook when you can, even if it’s just olive oil, garlic, and greens

Real food asks you to chew.

It slows you down.

It satisfies you in a way engineered foods cannot.

You don’t need to be perfect.

You only need to shift direction.

Letting Go Is Hard for a Reason

Manufacturers design ultra-processed foods to be addictive.

They melt in your mouth.

They hit the same reward centers as nicotine.

They are easy to chew and hard to resist.

They make you eat faster and feel less full.

This is not a failure of willpower.

This is a feature of the product.

Start small:

• Replace soda with sparkling water and lime
• Prep one simple meal a week
• Add a vegetable to each dinner
• Keep one snack unprocessed

The smallest shift creates momentum.

And momentum is what makes change last.

Final Thoughts: Hunger Is a Signal

In Malaysia, I stopped thinking about food.

I didn’t count macros.

I didn’t obsess over protein.

I ate when I was hungry and stopped when I was full.

Because the food I was eating allowed me to stop.

When I walked through the airport food court back home, everything looked different.

It wasn’t the smell that hit me.

It was the stillness.

The silence.

The lifelessness of boxes filled with shelf-stable meals and snack bars designed by chemists, not chefs.

And I realized something.

Hunger is not always a request for food.

Sometimes, it is a call for something real.

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Author bio: I am a radiation oncologist who writes daily about longevity, cancer prevention, and the small habits that change health trajectories. I’m a physician and writer who helps people understand how everyday habits shape long-term health. I believe food should fuel, not fool, the body.

The post The Silent Additive: What Singapore Street Food Taught Me About Ultra-Processed America appeared first on Medika Life.

Higher scores for diet quality and greater consumption of shortfall nutrients, especially nutrients of public health concern, are associated with dietary patterns that are rich in canned and dry beans. Improved weight-related outcomes are also linked to bean dietary patterns. In essence, dietary recommendations for the United States should consider the nutritional and health advantages of encouraging more people to eat canned and dry beans.

But plant-based diets have some benefits that may surprise many. Reduced mortality from prostate cancer and improved ecological sustainability are only two of the several advantages of plant-based diets.

According to a recent study conducted by academics, beans and peas are the most cost-effective and environmentally friendly alternatives to meat and milk. Given the current emphasis on environmental and climate change, we must consider alternatives to our current meat-based diet and assess their value.

The study published in the PRNAS found that soybeans, peas, and beans, as well as other legumes, performed better than processed foods like veggie burgers and plant milks.

Even after considering possible savings and investments, lab-grown meat was the most ineffective substitute due to its expensive price tag and the absence of health advantages.

What’s This About “Pulses?”

Pulses have become less common in people’s everyday diets and the prevalence of chronic diseases has increased during the last century, both of which have altered people’s eating patterns. Whole grain and legume consumption is associated with improved cardiovascular, metabolic, and cognitive health as well as longer life expectancy, according to both a priori and a posteriori dietary patterns. Contrarily, cardiovascular disease and premature death have been linked to diets heavy in sugar, processed foods, and red meat.

Some examples of pulses are peas, beans, and lentils. As an illustration, while pea pods are legumes, the peas within them are the pulse. While most of us eat legumes for their seeds or pulses, the whole plant is used in agriculture for cover crops, cattle feed, and fertilizers. Pulses include beans of many varieties, including kidney, black, pinto, navy, chickpeas, and many more. (This information was sourced from: https://nutritionsource.hsph.harvard.edu/legumes-pulses/). But pulses aren’t the only thing to consider. For example, beans are “resistant starches” and that is the importance they bring to our diet.

Everyday foods often contain starch, a type of carbohydrate. After cellulose, it is the chemical component found in plants in the highest abundance. In its chemical form, starch consists of two molecules of monosaccharide. Starch falls into one of three types according to its physical and physiological characteristics: quickly digestible, slowly digested, or resistant starch. It was also discovered that resistant starch remained undigested. Research has shown that the gut microbial communities make use of these undigested carbohydrates. Here is where all the magic starts.

Resistant starch does not produce an increase in blood sugar levels since it is not broken down in the small intestine. Beneficial bacteria proliferate while harmful bacteria deplete as a result of fermentation in the large intestine, leading to an improvement in gut health. Glycemic management (especially important for diabetic patients) can be enhanced by promoting healthy gut bacteria. A reduction in cholesterol levels and the danger of colon cancer are among the other advantages of resistant starch. It also helps with constipation and both treats and prevents it. Because of its long fermentation process, resistant starch produces less gas than other fiber types.

Our best sources of resistant starch foods include:

• Plantains and green bananas (as a banana ripens, the starch changes to regular starch)
• Beans, peas, and lentils (white beans and lentils are the highest in resistant starch)
• Whole grains, including oats and barley
• Cooked and cooled rice. Why “cooled” rice? Because it increases the resistant starch content.

So, beans aren’t the only food with resistant starch qualities, but they are the easiest to obtain and least expensive when prepared in dried form. Canned beans may seem fine for quick meals, and that’s true, but they also may contain high levels of salt, which is unsuitable for anyone’s diet.

Concerned about your health and that of the plant? Reconsider a plant-based diet and beans as a staple in your meals.

The post Beans Are Now the Super Food That We All Need, So Get Ready for a New Diet appeared first on Medika Life.

One of the main questions being asked is what causes the brain to be unable to clear itself of metabolic byproducts from brain activity. In other words, it’s like what do you do with the “garbage” that is left over, and if you do nothing, is that what is causing the problem?

This appears to be the most promising track being pursued by research in understanding how the brain naturally attempts to clean itself, and what might be inhibiting this process – one of the factors may be aging. But what can we do since aging is a natural process? Can we facilitate this clearing process in some way, despite a person’s natural aging?

The cleaning process is essential if your brain is to continue functioning optimally. One of the disorders that has been associated with decreased brain function, cleaning, appears to be Alzheimer’s disease, and that is one of our most feared diseases.

Some of the most significant signs of Alzheimer’s disease are widespread amyloid plaques and neurofibrillary tangles. Often, these abnormal changes are accompanied by the loss of neurons, white matter, and synapses —those tiny areas where all intercellular action takes place. It’s still not clear what causes these neuropathological changes, but it’s likely that both genetic and environmental factors play a role. But that does not diminish our having hope that certain activities now or in the future will be effective in protecting our brains.

As we age, our brains have a harder time removing cellular waste that accumulates and damages brain cells. The glymphatic system and the meningeal lymphatic system are two systems that work together to remove waste. The brain uses the glymphatic system, which doesn’t have any blood vessels, to get rid of cellular waste products and soluble waste proteins. As time passes, this system becomes increasingly vulnerable.

Findings that show less glymphatic clearance in aging brains indicate that both the rate of cerebrospinal fluid formation (we constantly produce cerebrospinal fluid, which must be used and then eliminated) and the rate of change slow down as people age.

Major health problems happen in the brain when this system stops working properly. This slowing down of waste removal allows amyloid-beta and tau proteins to build up, which causes neuroinflammation and neurotoxicity. Neuroinflammation, in fact, is not only implicated in Alzheimer’s disease, but most probably involved in numerous mental disorders.

After all is said and done, we are making headway, but there are no hacks, no magic formulas, no secrets – simply basic things we can do every day to help ourselves and keep our brains healthy. You may be doing them now, but you may not have realized the true benefit of some of these things, such as simple exercise once a day or even three times a week.

Yes, recent research with a small sample has discovered that there may be an opportunity for medical devices on the skin’s surface to remove some waste. The technique is called massaging, but it is too early to know if this will be a radical breakthrough that can be utilized by many of us. Presently, it is only being explored with animal models.

Let’s outline some of the things that researchers are recommending you consider in your plan to clean your brain and reward yourself with renewed cognition and life.

According to research on brain waste clearance, the following ways have been shown to improve the glymphatic system’s function in humans:

1. According to a study from OHSU News and NIH, the glymphatic system works best during sleep, when waste proteins are removed from the brain. This means that the length and quality of deep sleep should be a top priority. Surprisingly, during sleep, the brain undergoes changes that act like a “washing machine” for waste to be efficiently removed, making sleep a vital component of this entire process.

To achieve quality sleep, people should aim to get between 7 and 9 hours of sleep every night. Professional institutes suggest that sleeping on your side is the best position for improved glymphatic clearance, as it may help your body eliminate waste more efficiently.

2. Lifestyle Choices: Engaging in physical activity helps to alter glymphatic clearance and support vascular health in the brain, which is beneficial for the brain’s waste removal system.

3. Changes to the Diet: Omega-3 fatty acids are beneficial for the brain because they impact glymphatic clearance, aiding in the brain’s waste removal. Studies have shown that partial fasting enables the body to eliminate waste more effectively.

4. Limiting Alcohol: Drinking too much alcohol impairs the glymphatic clearing process.

5. Reduce Stress: Long-term stress hinders the brain’s ability to eliminate waste.

6. Monitor Your Blood Pressure: For the glymphatic system to function properly, blood pressure must be under control, and arterial health must be optimal.

Now that we understand the importance of cleaning our minds and how we can support this natural process, we have the tools needed to help ourselves. Of course, as always, it’s up to each of us to decide what we will do, when we will do it and how much.

But the watchword has to be that we must do something because aging is going to undermine our brain cleaning activity. You don’t need to hire a cleaning service, because everything is at your disposal and within your discretion.

The post Brain Cleaning? Is That Something We Should Be Doing? appeared first on Medika Life.

I have about seven weeks to the competition.

This approach is my battle plan, not a quick fix.

Here are my five tips for getting rid of belly fat.

1. I Am Reducing Calories in a Smart Way

We’ve all heard the “eat less, move more” mantra, but it’s not about punishing yourself.

Generally, weight loss should lead to a drop in abdominal fat.

I target my entire body and health, not my belly in isolation.

I think of my body as an engine needing the right fuel to run efficiently.

Instead of drastic cuts, I focus on swapping out the junk for the good stuff.

The cutting phase is when I try to pile my plate with brightly colored, lean protein like chicken and fish and healthy fats from avocados and nuts.

This approach keeps me full and satisfied, which is key.

As the American memoirist, poet, and civil rights activist Maya Angelou observed,

“Nothing will work unless you do.”

And smartly doing it is even better.

2. Protein: My Belly Fat’s Kryptonite

Protein is my not-so-secret weapon.

It boosts those “full” hormones, keeping me away from the snack drawer. Less snacking means less belly fat.

I admit it’s not that simple.

I imagine protein as my body’s construction crew.

It repairs and builds muscle, which burns more calories.

As bodybuilder Arnold Schwarzenegger opined,

“Strength does not come from winning. Your struggles develop your strengths. When you go through hardships and decide not to surrender, that is strength.”

Protein helps me build that strength and, in turn, helps me shed belly fat.

3. Fruits and Vegetables: Nature’s Candy & Cleansers

Then, there is the nutrient-dense nature and fiber content of fruits and vegetables.

Fruits and vegetables keep my gut happy while filling me with fewer calories.

I think of fruits and vegetables as nature’s multivitamins.

My apologies, but I can’t resist loading today’s piece with quotes, so here is another one (from Hippocrates):

“Let food be thy medicine and medicine be thy food.”

4. Move Your Body, Change Your Body.

Small changes — like taking the stairs or parking further away — add up.

Exercise Snacks: 7 Tiny Workouts for Big Results

medium.com

However, I aim for a weekly minimum of 300 minutes of moderate activity for serious fat loss.

That’s double the standard recommendation, but I aim for a competition-ready physique.

I also incorporate HIIT (high-intensity interval training) — short bursts of intense activity — to burn calories.

HIIT and Fitness: The Verdict is In

DO SHORTER VERSIONS of high-intensity interval training improve health? Researchers have recently analyzed short…

medium.com

Think of exercise as your daily dose of energy and confidence.

You guessed it: I am going to offer another quote, this one from Muhammad Ali:

“I hated every minute of training, but I said, ‘Don’t quit. Suffer now and live the rest of your life as a champion.’”

5. Strength Training: Build Muscle and Burn Fat

Lifting weights isn’t just for building muscle; it helps shrink belly fat too.

Combining aerobic and strength training leads to the biggest reduction in visceral fat for me.

Think of strength training as building your fat-burning furnace.

Yes, I offer another quote!

Henry Ford:

“Whether you think you can, or you think you can’t — you’re right.”

So think of strength training as a way to say “I can” to a leaner, healthier you.

Bonus Tips for Maximum Impact

Finally, here are some additional things I do to get my abs ripped:

• Limit sugary drinks: Water is my best friend. I ditch the sugary sodas and juices.
• Get sugar from whole foods: An apple is better than apple juice. Fiber is my friend.
• I avoid ultra-processed foods, including crackers, chips, and frozen dinners, which contain unhealthy fats, sugar, and sodium.
• Add in healthy fats: Nuts and avocados reduce inflammation.
• Eat more probiotic-rich foods: Yogurt, kefir, and sauerkraut improve gut health.
• Limit stress: Cortisol is a belly fat magnet. Yoga and meditation may help.
• Focus on sleep: I aim for 7 to 8 hours of quality sleep.

Consistency is key.

These tips aren’t magic bullets but are a solid plan for reaching my fitness goals.

The post 5 Tips For Getting Rid of Belly Fat appeared first on Medika Life.

However, even wellness proponents of goodwill face this challenge: The relationship between lifestyle and health is not a straight line.

Yes, I know I should consume more fruits and vegetables.

But it’s complex.

A 2024 study compiled by Harvard researchers emphasizes the complexity of diet and health and the need to communicate evidence-based principles.

I’ll start with an overview before turning to the three takeaways on healthy aging from this research investigation.

TL; DR

For those of you feeling in the “too long, didn’t read” kind of mood, I’ve got you.

Here’s a summary of everything I will share about nutrition and health.

Want to be healthy at 70? Individuals who embraced a diet filled with fruits, vegetables, whole grains, and healthy fats in their 40s are far more likely to ahave a long heathspan.

The Study

A 30-year study involving over 100,000 participants has confirmed the link between healthy eating patterns and successful aging.

For the study, Harvard scientists specializing in nutrition and epidemiology assessed a database with health information on over 106,000 people going back three decades.

They evaluated eight dietary patterns:

• Alternative healthy eating (AHEI)
• Alternative Mediterranean diet (AMED)
• Dietary approaches to stop hypertension (DASH)
• Mediterranean-DASH intervention for neurodegenerative delay diet (MIND)
• A healthful plant-based diet (hPDI)
• Planetary health diet (PHD)
• Empirical dietary index for hyperinsulinemia (EDIH)
• Empirical dietary inflammatory pattern (EDIP)

Assessing Diet and Health

They assessed these diet patterns every four years (with a validated food frequency questionnaire.

The investigators defined healthy aging as surviving to age 70 or older while maintaining good self-reported cognitive and physical function, mental health, and being free of chronic diseases.

1. Yes, Mediterranean is Good, But…

I often tout the benefits of a so-called Mediterranean diet.

The Harvard study reminds me that, while the Mediterranean diet is the healthy diet most Americans know, there are other good options.

In typical Mediterranean foods, seven other diets that differ in particular food items share many components — including plant-based proteins and healthy carbohydrates.

2. Nutrition Matters (Even If I Exercise)

The Harvard study reminds me that what I eat is important, even though I exercise regularly and vigorously.

The association between diet and healthy aging appeared independent of how much people exercised.

In other words, after accounting for physical activity, the association between diet and healthy aging remained strong.

Of course, that is not to say diet is more important than exercise; rather, the study authors could not compare the association with diet to the association with exercise regarding how strongly they predict healthy aging.

3. Yes, Fruits and Vegetables (But How Much?)

Regarding fruits and vegetables, both the variety and quantity you consume are crucial for longevity and healthy aging.

While the popular saying suggests that “an apple a day keeps the doctor away,” studies indicate that aiming for two to three servings of fruit per day, along with five servings of vegetables, is more beneficial.

The study highlighted the importance of consuming various fruits and vegetables, emphasizing the benefits of antioxidant-rich berries.

Key Points

• Quantity: Aim for five servings of vegetables and two to three of fruit daily.
• Variety: Eat a diverse range of fruits and vegetables.
• Antioxidant-rich berries: These are especially beneficial for healthy aging.

In conclusion, consuming various fruits and vegetables in adequate quantities is essential for promoting longevity and healthy aging.

Am I a vegan? No. Vegetarian? No. Eat enough vegetables? Nope.

But research such as this reminds me to have those grapes nearby.

Or add a small salad to my dinner.

And you?

The post 3 Habits of Highly Healthy People appeared first on Medika Life.

In addition to obesity, a growing number of people around the world are struggling with substance use disorders, tobacco use disorders, and alcohol use disorders. Everyone, from the person experiencing the disorder to their loved ones and the community at large, feels the effects of these conditions.

The co-existing disorder data indicate many patients are engaging in multiple substance use, which significantly raises the dangers linked to each substance individually. But there’s also another factor: discrimination. Experiencing both obesity and discrimination can contribute to mental health problems, leading some to rely on substances for relief.

Consider, for a minute, who the primary targets are for advertising substances, such as alcohol and cigarettes. I suspect you will note that it is in communities with lower socioeconomic levels and higher rates of discrimination.

Medication to the Rescue?

Medications for alcohol use disorder, opioid use disorder, cocaine use disorder, and tobacco use disorder may not be as effective as we need. Recent findings suggest targeting GLP-1 receptors as a potential approach for developing new pharmaceutical therapies for many disorders besides obesity. How might they work?

The small intestine produces GLP-1 upon food consumption, and the brain also produces it and releases it as a neurotransmitter in several brain regions. Importantly, GLP-1 can cross the blood-brain barrier (the brain’s biological moat) and reach receptors in areas associated with the neurobiology of addiction.

These new GLP-1 drugs are assuredly affecting something that may drive obesity—junk food. Junk food may play a significant role in obesity, and the new medications meant to curb our taste for it are cutting into junk food profits. But the desire for junk food starts early, and many factors are associated with it.

Three reasons for junk food preferences may be present: lack of money leads to purchasing cheaper foods, one behavioral element, and one lifestyle element. The lifestyle element may have more to do with the demands of work and a lack of time for food preparation. But why do we crave junk food? Some experts believe it’s a learned response from infancy. We have an industrial palate.

The “industrial palate” is a taste preference for processed foods developed from early exposure in infancy and characterized by artificial ingredients. What’s in baby foods, and do you recognize all the ingredients? Oddly, it echoes the expression, “Give me a child before the age of seven, and they are mine for life.”

Some people on GLP-1 medications have found that they no longer crave ultraprocessed foods. What is in these foods? They contain chemicals, such as artificial sweeteners, colors, bleaches, and modified starches, are not normally seen in a home kitchen.

Don’t you want bleach in your food anymore? (Side note: They bleach maraschino cherries before dyeing them red.) There may be several solutions for all of that, and it is problematic for industries built on keeping your palate leaning in their direction.

Food Choice and Obesity Medications

The GLP-1 medications may affect the reward center in our brains, but how do they specifically affect junk foods?

The main point is that the glucagon-like peptide-1 (GLP-1) system in the brain is very important for controlling how much food you eat and your weight. The study focuses on the differences between GLP-1 that comes from the gut and GLP-1 that comes from the brain, and how these differences affect the effects of drugs that bind to GLP-1 receptors and are used to treat obesity. It also shows that targeting the GLP-1 system in the brain could open up new ways to treat obesity.

There is a simpler way to state this interaction and the biology behind why these new drugs work. GLP-1 is secreted in the small intestine and aids in maintaining stable blood glucose levels, decreasing hunger, and delaying stomach emptying. As a possible treatment for addiction, GLP-1 receptor agonists have garnered interest via animal studies.

Preclinical research in mouse models has demonstrated that GLP-1 receptor agonists can reduce the rewarding and reinforcing effects of certain addictive substances, alcohol consumption, and seeking behaviors. We do not yet know how activation of GLP-1 receptors affects alcohol and drug effects, although it might have something to do with regulating the dopamine and stress systems, among other neurotransmitter systems.

Technology Enters the Mix

If our current economy demands workers have little time for shopping and food preparation, how might technological advances in food preparation affect the purchase of ultraprocessed food? Hot pots and countertop devices are gaining popularity with consumers and prices for them are coming down as their intended uses increase with advanced design.

In competing with food technology devices, corporations that are engaged in the production of fast or junk foods have research teams currently producing lines of weight-maintaining or weight-loss meals. These meals are designed to temper upward their attractiveness in a variety of ways, one of which is in the naming of the products. They are now being called products that are “weight conscious” or “high protein” or to be used in conjunction with weight reduction medication.

Consumers must decide whether fast food fits their lifestyle, despite potential health consequences and cost. The research on the GLP-1 receptors, however, offers promise in substance abuse disorders, and, therefore, in life-maintaining methods. The medication’s will not be limited to obesity alone and will find a welcoming field in healthcare providers where addiction has proven to be difficult for many.

The post Is Junk Food Biz Fighting Back Against Weight Loss Drugs or Accepting Them? appeared first on Medika Life.

Who wants to live forever if you are not in great shape, physically and intellectually?

But today, I’ll share how you can unlock improvements in both longevity and healthspan.

How do different exercise types relate to longevity?

A new study provides some answers.

Philosophers on Exercise

Before we turn to the provocative new study, let’s look at what some historical thinkers had to say about physical activity.

While uttered centuries ago, the words still ring true.

First, the father of modern medicine, Hippocrates:

“Without exercise, a good diet alone is not sufficient, and eventually medical treatment will be needed.”

Hippocrates presages a future of sedentary living, with a deficit of body movement owing to the advances of modern technology.

Here is Epictetus speaking on philosophy:

“Don’t explain your philosophy. Embody it.”

Blunt, but captures a lot, doesn’t it?

Rather than simply making plans for a new exercise or diet plan on New Year’s, act.

Analyzing Over Half A Million People

A new study published in JAMA Internal Medicine investigated the impact of various exercise types on mortality risk.

Dr. del Pozo Cruz’s research team analyzed data from over 500,000 tracked participants, who were followed for an average of 10 years.

The study focused on three main categories of exercise:

• Moderate aerobic activity: Activities like walking and cycling at a relaxed pace.
• Vigorous aerobic activity: Higher intensity activities such as running.
• Muscle-strengthening activity: Activities like weightlifting that focus on building muscle mass.

Study Findings

The study revealed this:

A balanced exercise regimen that included moderate and vigorous aerobic activity and strength training resulted in the greatest reduction in early mortality risk.

Here’s a closer look at the optimal exercise combinations:

• For overall mortality risk reduction: Aim for 75 minutes of moderate aerobic exercise (like brisk walking), over 150 minutes of vigorous aerobic exercise (like running), and at least two strength training sessions each week.
• To reduce cardiovascular disease-related death. Aim for at least 150 to 225 minutes of moderate aerobic activity, 75 minutes of vigorous aerobic activity, and at least two weekly strength training sessions.

I exemplify the combination approach, using walking as my base exercise and folding in treadmill running and strength training (the latter for six days weekly).

How Little Is Enough?

Let’s face it: most of us are not committed to the rigorous approach described above.

What is the least amount of exercise you can do to fight off the greatest health threats?

The answer might surprise you.

Dr. del Pozo Cruz and colleagues provide some observations in a 2022 study in the European Heart Journal:

Engaging in vigorous exercise for only two minutes a day could help slash the risk of death related to cancer or cardiovascular events.

It’s a small commitment with potentially huge benefits.

It Doesn’t Take Much Exercise to Improve Health

I am impressed with this statistic: Subjects who never did vigorous exercise had a four percent death risk within five years.

Doing less than 10 minutes of weekly vigorous activity cut this risk in half.

Moreover, doing 60 minutes of exercise dropped the risk by half again (to one percent).

Just don’t be sedentary.

Do you have a balanced approach of moderate and vigorous exercise (plus strength training)?

The post Want to Live Forever? Science Says Do These Exercises appeared first on Medika Life.

It’s from Lao Tzu, a major figure in Chinese philosophy.

He may or may not have existed.

But this founding father of Taoism is alleged to have opined:

“The journey of a thousand miles begins with a single step.”

Today, I offer you an echo in the latest health research.

I will leave the 10,000-step challenges behind and offer a new study suggesting that even a modest 4,000 steps a day can lead to a healthier, longer life.

Today, I gently remind you that every step counts and every stroll matters.

Let’s move on to the new study showing that daily walking just under 4,000 steps reduces the risk of premature death from any cause, including cardiovascular disease.

4,000 Steps to Cardiovascular Goodness

Here’s how we know you can step your way to better cardiovascular health.

Researchers analyzed 17 studies that examined the number of steps individuals took (typically over a week) and checked their health outcomes after about seven years.

The findings?

Walking just under 4,000 steps each day reduced the risk of early death from any cause (including cardiovascular disease such as heart attack or stroke).

But, More Steps Provide Even More Benefit

The more steps you take each day, the less likely you are to suffer a premature death.

This last observation is especially true for those taking more than 3,867 steps per day for any cause of death and more than 2337 steps for death from heart problems.

• Every 1000 steps (above 3867) was associated with a 15 percent drop in all-cause mortality.
• Every 500 steps (above 3867) was associated with a 7 percent in cardiovascular mortality.

My Take

This meta-analysis is the first to examine step count, age, sex, and regional differences (based on weather zones).

Moreover, it is the first study to assess the effects of up to 20,000 daily steps on outcomes, confirming this: The more, the better.

Still, there is no threshold for the number of steps for health promotion.

This meta-analysis does not prove that the steps caused the drop in the risk of developing diseases and dying.

Perhaps healthier individuals walk more throughout the day.

Moreover, since the study analyzed a vast number of subjects, we can not say that you (as an individual) will get the same benefits.

There is nothing magical about 3867 steps.

Just move.

Actionable: 3 Tips to Get More Steps

I’ll end with three tips to help you get more steps:

1. Take short walking breaks during work hours: I set a reminder to take a 5–10-minute walk every hour or so. For me, this practice involves walking around the office, climbing a few stairs, or simply pacing on a phone call.
2. Use a step tracker to monitor daily progress: I have a wearable fitness tracker and a smartphone app to keep track of my daily step count. Setting a daily goal and monitoring my progress motivates me to increase my activity levels.
3. Find enjoyable walking routes: I explore different walking routes in my neighborhood, local parks, and nature trails. Diverse and appealing walking environments make walking more enjoyable and encourage me to exercise regularly.

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