Ready to leave?
Oops ! Condition name you have entered is invalid.
You are now leaving Aposbook.com and going to an external site managed by another organization.
Please confirm your email address and try to login again.
This account has been deleted. do you want to restore it?
A verification link will be sent to within the next 2 minutes. Please click it to validate your e mail.
*If you didn't get the link, please check your spam folder
As a registered user, you can benefit from the various free tools and services that we provide.
All you need to do is log in to start discussing with others, interacting, asking questions, and sharing your point of view about the various topics.
You can also write reviews and testimonials about any natural solution you have tried and share your experience. Your feedback can be very helpful.
If you are a health expert, you can add information about any topic or suggest text edit. You can also publish content, including articles and videos, about any topic from the related library section.
Together we can help.
The Aposbook Team
A validation link will be sent to you by email. Please confirm your address to log in
*If you didn't get the link, please check your spam folder
Please log in to use this feature
Your account has been suspended because you have violated our code of conduct. If you think this was a mistake, you can contact us by email at: support@aposbook.com "Contact us" form.
Success! Thank you for your feedback. Your contribution can make a difference. Together we can help each other.
Alzheimer’s disease (AD) is a neurodegenerative disorder that affects the brain and is characterized by the gradual loss of cognitive and neurological abilities.
The disease is progressive. Over time, it slowly destroys memory, thinking and social skills, and limits the patient’s ability to conduct a basic conversation. Eventually, patients lose the ability to conduct the simplest daily tasks.
Given that glucose is the main source of energy and nutrition for the ...
Alzheimer’s disease (AD) is a neurodegenerative disorder that affects the brain and is characterized by the gradual loss of cognitive and neurological abilities.
The disease is progressive. Over time, it slowly destroys memory, thinking and social skills, and limits the patient’s ability to conduct a basic conversation. Eventually, patients lose the ability to conduct the simplest daily tasks.
Given that glucose is the main source of energy and nutrition for the brain, it allows it to preserve its main functions such as thinking, memory, and learning. The brain is the most energy-demanding organ that uses almost half of the sugar energy required by the body because it is so rich in nerve cells.
If glucose levels are too low or the brain is unable to process glucose efficiently, the brain will go hungry, and cells will start to starve. As a result, neurotransmitters will not be produced and communication between neurons starts breaking down, leading to cells death. Subsequently, people will start losing their capacity to remember and think properly.
From the Atkins diet perspective, the possible causes of Alzheimer can be due to the following:
1- Excess glucose: high glucose levels in the blood can affect the brain’s functional connectivity and lead to small-vessel disease, causing brain atrophy or shrinkage. This can restrict the blood flow in the brain which can cause cognitive difficulties and impairment of brain functions.
In some severe cases, it can even spur the development of vascular dementia.
2- Insulin resistance: the main role of insulin is to help signal to the organs, tissues, and muscles to take the glucose from the blood.
For people suffering from insulin resistance, this means that cells have diminished ability to respond to the action of insulin in transporting glucose from the bloodstream into the muscles, brain, organs, and other tissues.
Accordingly, brain cells would not be able to uptake glucose properly which will deprive the brain from the main nutrients. Cells will start starving and will eventually die. This process is known as cell degeneration.
This defect in insulin signaling in the brain may contribute to neurodegenerative disorders. It may also damage the cognitive system and lead to dementia.
A study titled “"Evidence for brain glucose dysregulation in Alzheimer’s disease" demonstrated that abnormalities in brain glucose homeostasis are intrinsic to Alzheimer’s diseases development. These can begin several years prior to the onset of clinical symptoms.
3- Excess fructose: fructose is commonly consumed in the Western diet, and it has been found that excess fructose can damage hundreds of genes in the brain. Hence, this would lead to several diseases, including Alzheimer’s.
Learn everything about Alzheimer’s disease (AD) and find all the natural solutions to treat it naturally, including various diet programs, alternative medicine, vitamins, supplements, herbal medicine, and home remedies.
The Modified Atkins diet (MAD) helps reduce Alzheimer's disease because it provides the brain with an alternative source of energy and nutrition called ketones, instead of glucose.
Accordingly, the MAD can resolve the following problems that lead to Alzheimer’s development:
1- Insulin resistance: glucose is normally used as the primary source of energy and nutrition for the brain and body cells. However, in the case of insulin resistance, the brain cells are unable ...
The Modified Atkins diet (MAD) helps reduce Alzheimer's disease because it provides the brain with an alternative source of energy and nutrition called ketones, instead of glucose.
Accordingly, the MAD can resolve the following problems that lead to Alzheimer’s development:
1- Insulin resistance: glucose is normally used as the primary source of energy and nutrition for the brain and body cells. However, in the case of insulin resistance, the brain cells are unable to process this glucose anymore. This leads to cells degeneration and cause brain functions to start deteriorate.
Following the Modified Atkins diet triggers a metabolic shift in the body in which the liver starts producing ketones instead of glucose. The good thing about these ketones is that the brain is able to process them. Hence, it can get adequate energy and nutrition to keep functioning properly.
Research and studies confirm that ketones can supply up to 70% of the brain energy supply more efficiently than glucose.
Recent studies also suggest that a major ketone known as beta-hydroxybutyrate (BHB), may be a more efficient fuel than glucose as it can provide more energy per unit oxygen used.
It is also suggested that the Modified Atkins diet can increase the number of mitochondria, so called “energy factories” in brain cells which can additionally help in overcoming the Alzheimer’s disease.
2- Excess glucose: a high carbs diet can produce excess glucose in the blood. This can affect the brain and lead to small vessel disease in the brain. Hence, the blood flow can’t properly reach the brain.
Given that the Modified Atkins diet restricts the consumption of carbohydrates, it reduces drastically the glucose level in the blood. Accordingly, this can help in reducing Alzheimer’s progression and even possibly reverse the disease.
3- Excess fructose: it was found that excess fructose in the diet can damage hundreds of genes in the brain. Given that the Modified Atkins diet restricts fructose consumption, it can help in protecting the genes in the brain. This would help in stopping the progression of Alzheimer’s disease, and even treating it.
Important note for Alzheimer patients:
It is important to note that Alzheimer patients should follow the Modified Atkins diet which is more restrictive on carbs compared to the standard Atkins diet.
The standard diet restricts carbohydrates in the induction phase only. However, carbohydrates are re-introduced throughout the progression of the phases later on because this diet program is mainly directed towards weight loss rather than treating Alzheimer.
The Modified Atkins diet is a special regimen that focuses on fat while limiting protein intake and allowing only 10-g to 20g of carbohydrates.
Compared to the standard modern diet AMDR (Acceptable Macronutrients Distribution Ranges), the AMDR allows a daily caloric intake of carbs between 45% - 65%, fat: 25% - 35%, and proteins: 10% - 35%. Hence, our standard diet is considered very rich in carbs, and produces high amounts of glucose in the blood ...
The Modified Atkins diet is a special regimen that focuses on fat while limiting protein intake and allowing only 10-g to 20g of carbohydrates.
Compared to the standard modern diet AMDR (Acceptable Macronutrients Distribution Ranges), the AMDR allows a daily caloric intake of carbs between 45% - 65%, fat: 25% - 35%, and proteins: 10% - 35%. Hence, our standard diet is considered very rich in carbs, and produces high amounts of glucose in the blood.
By following the Modified Atkins diet, the body production of glucose become very low and not enough to provide required nutrition for the body and brain cells.
As a result, the body needs to start looking for other sources of energy to survive.
Since fat is the only remaining nutrient available in abundance, the body will need to start burning it to use it for energy.
Subsequently, the liver starts producing ketones that are used by the body and brain as an alternative source of energy instead of relying mostly on glucose that is not enough anymore.
These ketones are sent into the blood stream and the brain starts metabolizing them and using them as an alternative source of energy to keep functioning. This would hence help the brain protect and preserve its functions and even restore them.
In addition, since the Modified Atkins diet restricts carbs and less glucose is produced, the blood vessels blockage in the brain would be contained. Hence, this would lead to proper blood flow that can reach the brain and improve cognitive abilities.
The Modified Atkins diet restricts carbohydrate more than the standard Atkins diet, and stresses on fat and protein.
Furthermore, the Modified Atkins diet doesn’t reintroduce carbohydrates in the diet eventually just like the standard Atkins diets.
Supporters of this diet recommend it as an everlasting regimen that should be followed as a lifestyle across the individual’s lifespan for healthier outcomes.
The Modified Atkins diet promotes foods that are considered low in carbohydrates or carbohydrate-free ...
The Modified Atkins diet restricts carbohydrate more than the standard Atkins diet, and stresses on fat and protein.
Furthermore, the Modified Atkins diet doesn’t reintroduce carbohydrates in the diet eventually just like the standard Atkins diets.
Supporters of this diet recommend it as an everlasting regimen that should be followed as a lifestyle across the individual’s lifespan for healthier outcomes.
The Modified Atkins diet promotes foods that are considered low in carbohydrates or carbohydrate-free for consumption.
These foods include:
- Fish and seafood
- Pork, turkey, and chicken
- Eggs
- Non-starchy vegetables such as spinach, broccoli, lettuce, cucumber, kale, asparagus…
- Unrefined oils such as olive oil, coconut oil, walnut oil…
- Full fat dairy including butter, heavy cream, sour cream, and hard cheeses that are high in fat and low in carbohydrates such as blue cheese, American cheese, Swiss, cheddar, feta …
- Herbs and spices
- Be aware of hidden carbs: some hidden carbs may be present in spices, vegetables, and drinks. Always read food labels carefully before you buy any product.
- Be aware of sweeteners and sugar: sugar is naturally present in fruits and dairy, and hence these should be consumed in limited amounts. Watch out for sweeteners as well.
- Always stay hydrated: make sure you always drink enough water to stay hydrated. Carbohydrates retain water in the body so ...
- Be aware of hidden carbs: some hidden carbs may be present in spices, vegetables, and drinks. Always read food labels carefully before you buy any product.
- Be aware of sweeteners and sugar: sugar is naturally present in fruits and dairy, and hence these should be consumed in limited amounts. Watch out for sweeteners as well.
- Always stay hydrated: make sure you always drink enough water to stay hydrated. Carbohydrates retain water in the body so a low-carb diet can lead to dehydration and constipation.
The Atkins diet restricts carbohydrates consumption and tends to eliminate many foods based on their carbohydrate content. Accordingly, the diet removes the following foods from the regimen:
- All types of grains, legumes, and starches
- Sugar and alternative sweeteners
- Sugar sweetened beverages and drinks
- Most fruits and vegetables that are high in carbohydrates
- Starchy vegetables such as potatoes and corn
- Vegetables oils like corn oil, canola oil, soybean oil …
- Condiments including bagged sauces and mixes
- Most dairy products that are high in carbohydrates such as milk, yogurt, and cottage cheese
- Alcohol
- Reduced fat and diet products
There are several side effects that might come along when you follow a low carbohydrate diet such as the Modified Atkins diet. When there is an elimination or even restriction of carbohydrates from the diet, symptoms such as fatigue, weakness, headaches, sleep disturbances, trouble breathing, irritability and mood swings, and bad breath might occur.
Digestive problems also happen with the Atkins diet due to several reasons such as constipation and diarrhea. Even nausea might ...
There are several side effects that might come along when you follow a low carbohydrate diet such as the Modified Atkins diet. When there is an elimination or even restriction of carbohydrates from the diet, symptoms such as fatigue, weakness, headaches, sleep disturbances, trouble breathing, irritability and mood swings, and bad breath might occur.
Digestive problems also happen with the Atkins diet due to several reasons such as constipation and diarrhea. Even nausea might follow as a result of inadequate fiber intake secondary to carbohydrate restriction.
Another important factor to pay attention to is nutritional deficiencies. Certain vitamin and mineral deficiencies are prevalent when omitting a food group or certain food types. The Atkins diet restricts carbohydrates and fruits, and this increases the risk of nutritional deficiencies.
An additional and dangerous complication can happen if the body is accumulating high amounts of ketone bodies that can show up in the blood and urine. This is known as a diabetic ketoacidosis (DKA), and is a serious complication for patients with diabetes. It can be life threatening and dangerous, and therefore people following an Atkins diet should always do proper monitoring and conduct regular tests to check their blood and various health indicators.
Visit the "Library Center" to find all the information about Atkins diet side effects.
Meanwhile, we are working on this section's content, and we will publish it soon. If you are an expert on this topic, please suggest related information.
Together we work to help the community.
Visit the "Library Center" to find all the information about Atkins diet side effects.
Meanwhile, we are working on this section's content, and we will publish it soon. If you are an expert on this topic, please suggest related information.
Together we work to help the community.
Rate each parameters
Support images
You can review a solution if you have used it personally. Please remain objective and genuine. Your input can help others.
You have already reviewed this
Please rate all parameters.
Success! Thank you for your feedback. Your contribution can make a difference. Together we can help each other.
Views in favor
Lower Your Carbs and Lower Your Alzheimer’s Risk | Atkins
Views against
RHR: Carbs & Alzheimer’s Separating Fact From Fiction
- Krikorian, R., Shidler, M. D., Dangelo, K., Couch, S. C., Benoit, S. C., & Clegg, D. J. (2012). Dietary ketosis enhances memory in mild cognitive impairment. Neurobiology of Aging, 33(2). doi:10.1016/j.neurobiolaging.2010.10.006
- Willette, A. A., Bendlin, B. B., Starks, E. J., Birdsill, A. C., Johnson, S. C., Christian, B. T., Okonkwo, O. C., La Rue, A., Hermann, B. P., Koscik, R. L., Jonaitis, E. M., Sager, M. A., & Asthana, S. (2015). Association of Insulin Resistance With Cerebral Glucose Uptake in Late Middle-Aged Adults at Risk for Alzheimer Disease. JAMA neurology, 72(9), 1013–1020. https://doi.org/10.1001/jamaneurol.2015.0613
[0]