The Mediterranean Diet May Help Prevent Alzheimer’s Disease

Research has shown that the Mediterranean diet may lower your risk for dementia by interfering with the build-up of amyloid, and tau. These are proteins that turn into plaques and tangles often resulting in Alzheimer’s disease.

The true diet is simple, plant-based cooking, with the majority of each meal focused on fruits and vegetables, whole grains, beans and seeds, with a few nuts and a heavy emphasis on extra-virgin olive oil. Fats other than olive oil, such as butter, are consumed rarely, if at all. And say goodbye to refined sugar or flour.

Mediterranean diet may prevent memory loss and dementia, study finds

Researchers found that for every point of higher compliance with the diet participants had one less year of brain aging. The study was published in Neurology, and examined 343 people who were at high risk for Alzheimer’s and then compared them to 169 “cognitively normal” participants.

Researchers tested cognitive skills, (language, memory, and executive function), used brain scans to measure brain volume, and tested spinal fluid from 226 people for amyloid an tau protein biomarkers.

Participants were then asked how well they were following the diet and found that those who did not follow the diet closely had more signs of amyloid and tau buildup than those who did.

This study is not the first of its kind. A previous study of nearly 6,000 older Americans showed that those who followed the Mediterranean diet or similar lowered their risk of dementia by a third.

The Mediterranean diet is one that closely follows OLM’s own recommended diet. With staples of whole grains and legumes, fresh fruits and vegetables, and no flour or refined sugar those who follow the Mediterranean diet are going to be much better off than those who follow a traditional western diet.

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New Research Shows Obesity May Worsen Alzheimer’s

Research has shown a higher body mass index, as well as mid-life obesity, are both linked to an increased risk of dementia. Some research also indicated obesity and Alzheimer’s may cause similar brain dysfunction.

New research shows that being overweight negatively affects brain health, even more so in the areas of the brain most vulnerable to Alzheimer’s disease and its effects.

Related: Sugar Leads to Depression – World’s First Trial Proves Gut and Brain are Linked (Protocol Included)

The study looked at 57 people with no sign of Alzheimer’s, 68 people with mild cognitive impairments, and 47 people with diagnosed Alzheimer’s. Researchers gathered BMI and waist measurements to determine who was overweight. All participants then underwent an MRI to measure brain function and structure.

Our findings show how complex the relationship between maintaining a healthy weight and brain health is. While our study doesn’t show obesity or excess weight to be a direct cause of Alzheimer’s disease, the findings do suggest that being overweight or obese throughout a person’s lifetime lowers the brain’s resilience to the damaging effects of the disease. This results in more severe symptoms and faster decline in those who develop Alzheimer’s.

Alzheimer’s disease: obesity may worsen its effects – new research

The research showed that of those with no or mild cognitive impairment, the more overweight they were, the lower the brain blood flow and the greater their levels of brain cell loss. Additionally, those who had Alzheimer’s but were with in a healthy weight showed less brain cell loss, indicating that a healthy weight may help preserve memory loss after diagnoses.

Related: How To Detoxify and Heal From Vaccinations – For Adults and Children



Air Pollution Particles Linked to Alzheimer’s Found in Young People’s Brains

Scientists have discovered that tiny air pollution particles associated with Alzheimer’s and Parkinson’s have been identified in the brain stems of young people.

It is terrifying because, even in the infants, there is neuropathology in the brain stem…We can’t prove causality so far, but how could you expect these nanoparticles containing those metal species to sit inert and harmless inside critical cells of the brain? That’s the smoking gun – it seriously looks as if those nanoparticles are firing the bullets that are causing the observed neurodegenerative damage.”

Professor Barbara Maher, Lancaster University, UK

Related: Beat Alzheimer’s Disease Naturally

While researchers have not yet confirmed if these particles cause neurodegenerative disease, but it’s highly likely that air pollution does play a part in those conditions. The consequences for future generations will be huge, as over 90% of the population lives with unsafe air. These nanoparticles were found in the brainstems of 186 people between the ages of 11 months to 27 who died suddenly in Mexico City. Air pollution is a serious issue in Mexico, with 8% of the population dying from pollution-related conditions.




Study Shows Curcumin Boosts Mood and Memory in People with Age-Related Memory Loss

Curcumin, the chemical that gives turmeric its vivid yellow hue, produced significant improvements in mood, memory, and attention for people aged 50 to 90, according to a new study published in the American Journal of Geriatric Psychiatry. Let’s face it – there’s a reason turmeric makes it onto every list of healthy foods ever. The director of geriatric psychiatry at UCLA’s Longevity Center and the study’s first author, Dr. Gary Small, says, “Exactly how curcumin exerts its effects is not certain, but it may be due to its ability to reduce brain inflammation, which has been linked to both Alzheimer’s disease and major depression…”

Related: Increase your IQ with the Right Foods, Herbs, Vitamins

Why Is Turmeric So Awesome?

Curcumin has a multitude of health benefits. The herb is a powerful anti-inflammatory, but it also detoxes the liver, reduces negative effects of iron overload, increases antioxidant capacity in the body, regenerates brain cells and improves cognitive function, lowers heart disease risk, reduces depression, and combats premature aging. Other studies have also found curcumin to be effective in treating cancer, targeting tumor cells while leaving normal cells alone.

Related: How to Optimize Curcumin Absorption – With Golden Milk Tea Recipe

Bioavailability Matters

Curcumin helps the liver, but that organ also keeps the body from absorbing too much of it. With turmeric, the method of delivery is more important than how much of it you take. Just taking a supplement is not as effective as it could be. Luckily, there are a few ways around that.

The easiest way to absorb more curcumin is to eat it with black pepper. An alkaloid in black pepper, piperine, keeps the body from dumping what it believes to be excess curcumin. A small amount of piperine can increase curcumin absorption by 2,000 percent or more. The combination is also ridiculously easy to find or make, especially in curry spice mixes. Piperine and Bioperine are also good things to look for in a curcumin supplement. Look for a product with them to give your body a better chance of absorbing beneficial nutrients.

Related: Turmeric and Diabetes

Also a smart play? Beneficial fats. Curcumin doesn’t dissolve properly without fat. That makes it less likely to be absorbed into the bloodstream and distributed throughout the body. Popular, healthy options include coconut oil, ghee, avocado, and olive oil (though not for cooking at high temperatures).

Worth It

Recommendations to consume curcumin are firmly rooted in science. New studies like this one are readily available and becoming more frequent. But for practical applications, there is nothing like taking a page from traditions.

Related: How To Use Turmeric To Kill Cancer

Turmeric and curry are staples of cuisine in India. It’s regularly consumed with pepper in spice mixes and ghee, a healthy fat that lowers the risk of heart disease. Perhaps it is no surprise that older people in India have lower levels of Alzheimer’s and cognitive decline.

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How to Improve Brain Health and Reduce the Risk of Alzheimer’s

Aging is an inevitable process that we go through, and it has the most profound effects on the brain. After the age of 40, the brain decreases in volume by at least 5% every decade, and this rate increases with age. This loss in volume translates to a loss of long-term memory, slower reaction times, decreased working memory, slower processing speeds, and detriments in sensory and/or perceptual function. These effects can be reduced and even reversed by addressing these four processes:

1. Neuronal Cell Death

In our adolescence, we have 1.5x more neurons in our brain than we do as an adult. As we learn and grow, our brains form new synaptic connections that allow our neurons to communicate. This allows us to do the things that we want to do efficiently.

As we reach our early 20’s, our brain starts to refine its connections. Underused neurons undergo apoptosis or programmed cell death. This is a natural process that allows us to remain good at what our environment requires us to do while unneeded neurons and synaptic connections are removed.

Neuronal cells can also be damaged and eventually die due to traumatic injury, environmental toxins, cardiovascular disorders, infectious agents, and genetic diseases.

2. Reduction in Synapses and Synaptic Plasticity

As we age, the amount of dopamine and serotonin in our brain decreases. This leads to a decrease in synapses (the connections that allow for communication between neurons.)

Brain-derived neurotrophic factor (BDNF) activity also decreases with age. BDNF increases our ability to form new synaptic connections (synaptic plasticity) and triggers the development of new brain tissue (neurogenesis).

3. White Matter Damage

The white matter of our brain is made of myelinated axons. These are like electrical cables that carry the signal from one neuron to another. As we age, the myelination (fatty insulation) of these axons deteriorates. This process is what reduces our reaction time as we age.

4. Impaired Vascular Function

The health of our circulatory system is as important for brain health as it is for heart health. The primary cause of impaired vascular function is oxidative damage that leads to inflammation and plaque build up. This process is caused by consistent exposure to environmental toxins, refined foods, trans fats, and/or head trauma. Damaged blood vessels lead to an easily permeated blood-brain barrier that allows toxins and infectious agents in. The brain’s ability to receive nutrients and remove waste (like beta amyloid plaque) will also be impaired.

Brain Aging and Alzheimer’s Disease

These four changes are largely to blame for the effects that aging has on our cognitive function. This process is accelerated to a catastrophic degree in people with Alzheimer’s disease.

Alzheimer’s Disease: Brain Aging Accelerated

What makes Alzheimer’s disease so catastrophic is that it accelerates the synaptic damage and neuronal loss common with aging, while impairing the regenerative properties of the brain. This leads to a rapid decrease in brain volume and function.

Many genetic and environmental factors lead to the accelerated damage of neurons and their synapses. In a brain with Alzheimer’s disease, this leads to the accumulation of beta amyloid plaque and damage of the neurofibrillary tracks that help move nutrients and other key materials throughout the cell. As plaque builds up and the tracks become tangled it leads to a snowball effect of neuronal damage and cell death throughout the brain. This unforgiving process is what makes Alzheimer’s disease the sixth leading cause of death among older adults.

Although genetics, specifically the APOE genes, play a major role in our brain health and the progression of Alzheimer’s, there are many things we can avoid, changes we can make, and treatments we can use to improve brain health and reduce neurodegeneration due to age and Alzheimer’s Disease.

Yes, you can teach an old dog new tricks, but first, we must understand what accelerates the aging of the brain and Alzheimer’s Disease.

How to Shrink Your Brain

Do the Same Thing Every Day

Every time we reach past our comfort zone by learning or experiencing something new, we increase the rate of neurogenesis and make new synaptic connections. On the other hand, if we do the same things every day without reaching beyond our competency, our brain will focus on pruning down its synaptic connections and more neurons will undergo apoptosis. As the process continues, your brain will become smaller and smaller.

Eat A lot Oxidized Polyunsaturated Fats and Trans Fats

When these fats enter our body they create chaos in the circulatory system which leads to an immune response to deal with the trouble that the oxidized fat and trans fat is causing. Our body handles these fats by depositing it as plaque which leads to atherosclerosis. This process also occurs in our brain, which contributes to the accumulation of beta amyloid plaque and tangling of the neurofibrillary tracks.

Eat Plenty of Refined Sugars

High blood sugar levels are associated with the increased risk of Alzheimer’s Disease. When blood sugar is high, the sugars tend to interact with the residues of proteins. Together they form glycation end-products (AGEs). These AGEs create oxidative damage and inhibit enzymes like macrophage migration inhibitory factor (MIF) that are important for protecting the brain aging.

Make Sure You Are Chronically Stressed

Although acute stress can enhance your learning ability, chronic stress impairs working memory and prefrontal cortex function. When the function of the prefrontal cortex is impaired, we cannot reason effectively, and our emotions can take hold and control us more easily.

Live in a Polluted Environment

The process of brain aging and Alzheimer’s disease is accelerated by the accumulation of metals in the brain. The primary way that this can happen is through the nose. Nanoparticles of metals from car exhaust, industrial pollution, and smoking can cross the olfactory areas of the brain and accumulate in areas, like the hippocampus that are most affected by Alzheimer’s Disease.

Drink Alcohol Every Day

Drinking alcohol accelerates the shrinkage of the brain, which leads to cognitive decline that mirrors the symptoms of Alzheimer’s Disease.

The best way to reduce brain aging is by eliminating the things from your life that age your brain. There are many other factors that contribute to brain aging that we have not discussed, but we know for sure that if you continue doing any of these six things, your brain will start shrinking rapidly.

How to Grow Your Brain & Keep It from Aging

Increase Your Physical Activity

Increasing your physical activity can improve brain volume and reduce the risk of Alzheimer’s disease by up to 50%. Even people who had mild symptoms of Alzheimer’s disease increased their brain volume by increasing their physical activity. This means that you can grow your brain by simply taking a walk every day.

These profound effects are due to the fact the exercise helps reduce inflammation, anxiety, and insulin resistance, while stimulating growth factors (like BDNF mentioned above) that improve the health of your brain cells and blood vessels.

Do Something New Every Day

When we were children, we were filled with curiosity. Every moment was an experiment that led to a new discovery like walking or crawling. During this phase of development, our brains were primed and ready to form new synaptic connections, so that we could thrive in our environment. By the time we are in our 20s, our brains are almost fully developed, and we begin to form patterns and habits, leaving our curiosity behind.

As we age, we must stimulate our curiosity again by learning new things, going on adventures, and reaching outside of our comfort zone every day. This will trigger a process in the brain called scaffolding, which stimulates the brain to form new connections with different neurons in new ways. This allows the brain to function more efficiently and age gracefully.

Drink Coffee or Tea

Habitual caffeine intake may protect against cognitive impairment. In studies done on mice, caffeine has been found to suppress the buildup of beta-amyloid plaque in the brain. On the other hand, OLM’s stance on coffee is not positive; try circumin:

Try Circumin

Like caffeine, circumin can prevent plaque build up, and it removes plaque as well. This potent anti-inflammatory molecule makes up 5-10% of turmeric. It is known to lower cholesterol, reduce oxidative damage, and remove metals that accumulate in the brain like iron and copper. Check out How To Optimize Curcumin Absorption for more on circumin.

Supplement with Vitamin B3 and B1

UCI scientist Kim Green conducted a study on the effect that nicotinamide (vitamin B3) has on mice with Alzheimer’s disease. This B Vitamin completely prevented the loss of cognition in the mice. Clinical trials are now being carried out using vitamin B3 as a treatment for Alzheimer’s Disease.

Thiamine or vitamin B1 is also a promising treatment for Alzheimer’s disease. Our brain uses up 20% of our energy, and in doing so, it uses enzymes that depend on thiamine for their function. When we don’t have enough thiamine, it can lead to memory deficits and excessive plaque buildup. With enough thiamine, the cells in the brain can metabolize sugar effectively and function properly.

Cook with and Consume Coconut Oil

Coconut oil, especially the medium chain triglycerides found in coconut oil, provide an alternative fuel source for brain cells, which may prevent neuronal cell death. It has been found to help improve cognitive function in women with Alzheimer’s, people without type 2 diabetes who had Alzheimer’s, and people with severe cases of Alzheimer’s. Coconut oil is also a great oil to cook with because it is not easily oxidized like polyunsaturated oils. Check out what else coconut oil can do for you.

Eat More Cruciferous Vegetables

Cruciferous vegetables contain sulforaphane, a compound that activates a transcription factor called Nrf2.What this means is that sulforaphane helps to set off a cascade of processes that detoxify and protect the body and brain from oxidative damage. sulforaphane works synergistically with circumin to reverse the aging of our cells due to oxidative damage.

The best source of sulforaphane is broccoli sprouts, and they can easily be sprouted at home in 7-9 days. If you don’t have access to broccoli sprouts, any cruciferous vegetables will do. Check out this salad recipe.

Increase Your Acetylcholine

Acetylcholine is the most used neurotransmitter in the brain and body. It is essential for muscle contraction, alertness, concentration, focus, and memory. Feeding your body with the components of acetylcholine and/or blocking the enzyme that breaks it down can be very effective for reducing the effects of brain aging and Alzheimer’s disease.

One of the primary components of acetylcholine is choline, and it is an essential nutrient that you must include in your diet. The best sources of choline are egg yolks, heavy cream, fatty fish, fatty meats, and liver. Make sure you source your meat, dairy, fish and eggs for people that treat their animals humanely and feed them what they are meant to eat. This will ensure that your animal products have a high amount of good quality fats and choline.

To ensure your brain gets the choline it needs, you can take a supplement like Alpha-GPC. This is a form of choline that can easily cross the blood-brain barrier. DMAE is another supplement that increases the level of acetylcholine in the brain while reducing beta amyloid plaque.

Other supplements like galantamine and huperzine-A increase acetylcholine in the brain by preventing the enzyme cholinesterase from breaking down acetylcholine.

What if Nothing is Helping?

Take the holistic approach, and improve your brain health by improving the health of your whole body. The gut and the brain are inexorably linked. Just like you can dimish cognitive function with poor health choices, you can improve brain function with a better diet. Research in brain regenration is making groundbreaking strides lately. Recently, many studies on mice have surfaced that use commonly used technologies, like ultrasound, to reverse Alzheimer’s disease. In one study researchers used a “…focused therapeutic ultrasound, which non-invasively beams sound waves into the brain tissue.” These sound waves activated the brain’s microglial cells so that they could do their job of removing the beta amyloid plaque. The results were tremendous with 75% of the mice with Alzheimer’s disease regaining their cognitive function. This means that this treatment may help reverse Alzheimer’s disease by using the brain’s own natural waste removal processes. This may be the miracle we have been searching for to treat Alzheimer’s.

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The Alzheimer’s Aluminum Connection

In 1982, I was a psychology major attending Georgia State University. One of my favorite professors told us, “If you don’t want to get Alzheimer’s, avoid aluminum. When the brains of Alzheimer’s victims were studied post mortem, the one thing they all had in common was aluminum in their brain tissue. Don’t drink from aluminum cans. Stop buying canned food. And stop cooking in aluminum pans.”

I went home and threw out all of my aluminum pots and pans. I had quite a few. And I took the rest of his advice to heart. From that day forward, I bought drinks in glass bottles and avoided canned foods.

I always imagined the aluminum connection was common knowledge, at least in scientific circles. But in recent years, I discovered there was no general consensus regarding the aluminum, Alzheimer’s connection. As a matter of fact, it seems to have been an issue of debate. But isn’t that always the case when big business is involved? If we malign the aluminum soda can and all that canned food, if we stop wrapping our food in aluminum foil, businesses will lose a lot of money.

A quick internet search revealed the Alzheimer’s Association’s stance. Their website shows the following:

Myth 4: Drinking out of aluminum cans or cooking in aluminum pots and pans can lead to Alzheimer’s disease.

Reality: During the 1960s and 1970s, aluminum emerged as a possible suspect in Alzheimer’s. This suspicion led to concern about exposure to aluminum through everyday sources such as pots and pans, beverage cans, antacids, and antiperspirants. Since then, studies have failed to confirm any role for aluminum in causing Alzheimer’s. Experts today focus on other areas of research, and few believe that everyday sources of aluminum pose any threat.

And yet, recent studies have refuted the claim that there is no link between aluminum and Alzheimer’s. Aluminum accumulates in the body. We are not only exposed through cans and cookware, we accumulate aluminum through cosmetics, antiperspirants, medications, and vaccines.

In Professor Chris Exley’s article published by The Hippocratic Post he states, “ In my view, the findings are unequivocal in their confirmation of a role for aluminum in some if not all Alzheimer’s disease.”

The following quotes reiterate what my professor told us in the 1980s.

We already know that the aluminum content of brain tissue in late-onset or sporadic Alzheimer’s disease is significantly higher than is found in age-matched controls.”

“Individuals who develop Alzheimer’s disease in their late sixties and older also accumulate more aluminum in their brain tissue than individuals of the same age without the disease.”

Why would the Alzheimer’s Association say “…few believe that everyday sources of aluminum pose any threat.”?

Professor Exley concludes, “We should take all possible precautions to reduce the accumulation of aluminum in our brain tissue through our everyday activities and we should start to do this as early in our lives as possible.”

One thing is certain – aluminum is a neurotoxin that should not be injected into our children’s bodies through dozens of vaccines. Check out How To Detoxify and Heal From Vaccinations – For Adults and Children.

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Are You Taking a Drug That May Cause Alzheimer’s?

A study was published in 2015 that clearly linked anticholinergic drugs with an increased risk of Alzheimer’s. Many of these drugs are taken by countless Americans on a daily basis. Are you taking one or more of these drugs? Do you realize the risk? If you take one of these drugs on a daily basis for 3 or more years, your risk of dementia will increase by more than 50%!

We should only have to listen to the litany of side effects and contraindications to know that most, if not all, of today’s pharmaceuticals are dangerous. Yet somehow, most of us have been brainwashed into ignoring these warnings, always believing in the overarching promise that the FDA will not allow drugs on the market that can hurt us – even when the pharmaceutical ads say otherwise. When that overconfidence is not the reason we ignore the warnings, perhaps it is the lure of playing Russian roulette. Surely we won’t be among the ones who die, suffer a stroke, or experience some other heinous side-effect.

Since we have been conditioned to ignore warnings, both verbal and in print, will we also ignore a study that reveals a horrific outcome for a large collection of drugs? Will we ignore the findings that link these drugs to irreversible dementia? Or will we listen?

What is Dementia?

Dementia is not a normal part of aging. It is a set of symptoms – cognitive impairments involving memory, reasoning and judgment, focus and attention, communication and language, and/or visual perception. Dementia is present when at lease two of these symptoms are severe enough to cause significant impairment in activities of daily living.

Alzheimer’s, an irreversible and progressive disease, accounts for the vast majority of dementia patients. Many studies have suggested a link between anticholinergic drugs and dementia. A recent longitudinal study showed a significant link between these drugs and dementia with the vast majority (79%) of dementia patients diagnosed with Alzheimer’s.

What Are Anticholinergic Drugs?

Anticholinergic drugs block the neurotransmitter acetylcholine. These drugs are used to treat many diseases and disorders including sleep disorders, depression, muscle cramps, insomnia, allergies, asthma, incontinence, gastrointestinal cramps, motion sickness, vertigo, hypertension, Parkinson’s, psychosis, and COPD.

Some of these drugs are commonly sold over the counter like Benedryl, Advil PM, Tylenol PM, and Motrin PM. And many people take these drugs on a daily basis. The study not only showed a significant link between these drugs and Alzheimer’s, it showed a dose response – meaning that the longer you take these drugs, the more likely Alzheimer’s will be the result. The following statistics reveal the effects of these drugs taken daily compared to those who did not use these drugs:

  • 3-12 months – 19% increased risk for Alzheimer’s
  • 1-3 years – 23% increased risk for Alzheimer’s
  • 3-7 years – 54% increased risk for Alzheimer’s

A Comprehensive List of Anticholinergic Drugs

Aging Brain Care has created a detailed list of anticholinergic drugs, with both generic and brand names. In the notes, it says, “Each definite anticholinergic may increase the risk of cognitive impairment by 46% over 6 years.” So before you take that daily dose of medication, check to be sure the drug you are taking is not one of the 99 medications listed on the Anticholinergic Cognitive Burden Scale. Or better yet, reclaim your health and get off medications altogether. It’s easier than you think.

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