Brain Supplements

Brain supplements help repair the brain and create new and stronger brain cells that boost overall brain performance. Food supplements to support the brain may also contain substances that support blood circulation, such as vitamins needed for brain function, such as folate.

Another vitamin important for brain function is B-12 because they isolate and build brain neurons. Getting enough vitamin B12 helps with concentration, improves mental clarity, gives energy, supports general cognitive function, helps with mood, and improves mood.

Fish oil and creatine can also meet the brain's needs. It is the perfect cognitive enhancer, available in a variety of forms such as proteins, vitamins, minerals, and even vitamins and minerals.

Studies have shown that 200 to 400 mg of ginseng, among other cognitive effects, could reduce brain fatigue and improve brain performance. Studies have also shown that L-tyrosine can improve memory and cognition when the brain is under stress - short-term. After a person completes a task, the brain's blood flow increases significantly and then decreases again in the moments after. The same is true in mental fatigue caused by reading or studying for too long. The brain needs high levels of blood flow to continue functioning at peak capacity.

During periods of mental exertion, the brain consumes more oxygen and glucose than at "rest", which, together with an increase in cerebral blood flow (CBF) during these periods, results in increased utilization of glucose and oxygen and thus increased metabolic activity. It can also cause a physical and chemical change in the brain, which in turn causes a cognitive effect.

If the brain is functioning at its full potential, then there is no need for extreme consumption of oxygen or glucose, as this would lead to mental fatigue. However, if the brain needs extra oxygen and glucose for some reason and cannot find enough internally, then it will draw upon insufficient sources of these substances from the bloodstream, causing fatigue.

Nearly all people understand that "brain foods" are important for overall health and well-being; however few understand how they work or what compounds are responsible for their function. The brain is one of the most complex organs in the human body, with millions of cells that need to interact seamlessly for normal operation.

In addition to oxygen and glucose, the brain needs a constant supply of nutrients - vitamins and minerals - for optimal functioning. Some of these nutrients are needed for brain energy production while others are useful in supporting stimulation.

Many nutrients also play an important role in supporting the maintenance of brain function and health by preventing decline.

Nutrients that work together to maintain the life of brain cells include vitamins A, B1, B2, B3, B5, B6, and C; berberine; folate; and minerals zinc and selenium. By our ability to generate new neurons plays an important role in their health and longevity. The older we get the more difficult it becomes for us to rebuild lost neurons.

Nerve cells can live up to 90 years, but over the course of decades, about 10% of all nerve cells are lost each year. It is partly due to the fact that the amount of new neurons we generate never matches the ability to maintain them.

Ginseng has been studied for its ability to increase cognitive function and for another cognitive function it is called neuromodulation. Neuromodulation refers to how a substance affects brain functions. The term comes from brain disorders where it is found that there is an inability to regulate some neurological functions and this often causes problems with moods and cognitive performance. This issue is known as neural plasticity or neuroplasticity. For example, be it mood changes, lack of concentration, or any other cognitive function of the brain.

Another popular brain food to improve cognitive function is the ginkgo. This type of plant is also known as a treatment for Alzheimer's disease and dementia. It is a popular antioxidant that helps to prevent the formation of free radicals. Free radicals are the molecules that can damage cells which causes them to be less functional and to eventually die.

Free radicals also damage DNA and deactivate enzymes, which can affect any given cell function. This process is known as oxidative stress. Oxidative stress on the brain causes a lot of problems, including the cognitive ability. Studies also suggest that ginseng can increase memory by helping it work harder while we remember tasks, words, and characters.

One more food supplement for the brain is the beetroot (Beet). Beet is a rich source of nitrate that has been found to be particularly effective in improving physical performance. This is because it is converted into nitric oxide, a chemical that helps blood vessels relax and dilate, which can increase the amount of oxygen in the blood.

Nitric oxide also causes more blood to pass through the body's extremities and stimulates muscle contractions. Nitrates are similar to amino acids and are necessary for protein formation, so they can be categorized as essential nutrients.

Most people drink beet juice as a natural remedy to improve exercise performance or for reasons related to reducing blood pressure or lowering risk factors associated with heart attacks and strokes. However, the same benefits can also be derived from regular supplementation with beets.

This supplement has been shown to decrease the creation of free radicals by increasing the antioxidant capacity of our body and reduce stress levels. It also increases muscle strength and power, which can help to improve sports performance and physical activity.

One common misconception is that only large amounts of nuts should be consumed daily in order to protect their cognitive health, even though there is a lack of scientific evidence proving that eating a high quantity of nuts is necessary for overall better mental health.

A study published in 2003 by the British Medical Journal examined the effect of nut consumption on mental performance. They found that there was no correlation between nut consumption and cognitive ability.

Brain cells are more likely to die when they are deprived of oxygen and nutrients. However, experience shows that our brain can reach a stage of exhaustion within 30 minutes if it is not supplied with enough oxygen. When this happens the brain undergoes changes which in turn causes a cognitive effect, or technical term is called cerebral hypoxia.

Here are some tips to prevent your brain from reaching this state:
Make sure that you get enough rest - although it is difficult to measure how much sleep a person needs, 8 hours is considered as the minimum.
Prioritize getting enough sleep every night and try to avoid interruptions during this time.
If you must wake up early in the morning, make sure that you make up for it by sleeping a little extra later in the evening.
Exercise regularly - when we exercise our blood flow increases and more oxygen is delivered to our brain cells.
Avoid doing high-intensity exercise or doing different types of exercise all at once.
Always drink plenty of water to replenish the level of water you have lost in sweat.
Eat a varied diet - eating a variety of fruits, vegetables, and other foods can help to prevent brain fatigue.
Fortify your diet with nutrients - in order to improve cognitive performance, you need to make sure that you are getting enough nutrients in your diet.
Use brain food supplements - in addition to eating a well-balanced diet, consider taking supplements that can help to reinforce the production of neurotransmitters and other vital components of the brain.
The following shows some fruits and vegetables which are known to be good for your brain health, but the amounts required are not yet fully understood.
Foods High in Folate (food, health)
Cooked Spinach (canned), 1 cup, 0.8 g of folate(116% DV)
Asparagus, medium 4" spears, cooked 0. it is important to consume adequate amounts of vitamins and minerals that are found in fruits and vegetables.
Don't forget - exercise is important for everyone regardless if they have better mental abilities or not. Exercise will help you increase your oxygen saturation levels, which will help the body recover more rapidly from physical activity and can help make brain cells work better overall.
But don't forget - exercise is important for everyone regardless if they have better mental abilities or not. Exercise will help you increase your oxygen saturation levels, which will help the body recover more rapidly from physical activity and can help make brain cells work better overall.
However, there are also some foods that have been shown to combat mental fatigue and are associated with good results in studies. Foods that have been shown to improve focus and concentration include melatonin, an herb used for centuries; grape seed extract; ginkgo Biloba extract; zinc; Rhodiola Rosea extract; oat bran oil.

Melatonin is a hormone that is produced by the brain. It helps to regulate circadian rhythms of sleep and wake times. As a food supplement melatonin has been found to improve mental function in healthy people as well as in those struggling with various forms of depression.
A study showed that each milligram of melatonin (which is only about four times higher than the amount found in foods such as chocolate, grapes, and wine) significantly improved alertness, memory, and sleep quality when taken over a three-day period.
Melatonin can be taken orally or used topically as a cream or gel for applying directly on the skin. One of the most commonly reported side-effects of melatonin is drowsiness, so users should take care to avoid driving and doing other tasks requiring alertness when using this supplement.

The grape seed extract is a substance found in red grapes that contains proanthocyanidin compounds. These substances are bioflavonoids that help to boost circulation, strengthen vessels, and protect the cells in our body from free radicals.
Some studies have shown that grape seed extract can be used to reduce inflammation and improve blood flow by inhibiting the production of inflammatory enzymes.

Ginkgo Biloba extract is also a natural antioxidant that helps to fight inflammation and damage of brain cells. Ginkgo Biloba can reduce blood pressure, block plaque build-up in the arteries, and lower the risk of stroke. It also has the ability to improve memory and increase attention span.
The Ginkgo Biloba extract is obtained through steam distillation of its leaves. It acts as an antioxidant by helping to neutralize free radicals that could lead to damage in our brain cells.
Gingko Biloba supplements have been shown to improve cognitive performance in both healthy people (ages 18-29) and those suffering from mild cognitive impairment or dementia (65 or older).


Brain Injury Supplements

"Brain Injury Supplements" are also known as "Biological Recovery Supplements". There is some evidence that certain supplements may have benefits to brain injury survivors. This is mainly due to the fact that the injury affects the functioning of the nervous system which has a direct effect on balance, memory, sensation, and cognition.

Studies have indicated that there are several nutrients associated with much-improved post-concussion disorders as well as recovery from brain trauma such as:
Folate or Vitamin B9 Folate has been shown to help repair nerve tissue and speed up the healing process. It is a water-soluble vitamin that has a role in DNA synthesis and embryonic development. It is required for the metabolism of methionine, choline, and several other important body chemicals. Folate deficiency is associated with high homocysteine levels in the blood which can increase neuropathy risk.

Zinc is a mineral that helps with immune system function, growth, wound healing, as well as neurotransmitter activity. It reduces fatigue and has been shown to improve memory and concentration in humans. Zinc supplements can also help prevent the loss of brain cells after injury by lowering inflammation that occurs after injury and encourages cell regeneration.

Rhodiola Rosea Rhodiola Rosea herb has been found to be effective in helping reduce feelings of fatigue and improving overall cognitive function. This herb also helps to increase the uptake of selenium into the brain which is vital for memory and cognitive functions.

Phosphatidylserine has anti-inflammatory properties that help to reduce fatigue and brain injury-related symptoms. It can also promote neurogenesis in damaged or injured areas of the brain.

Sulforaphane has been found as a nutrient that helps with wound healing, detoxification, and decreasing inflammation in the body. Sulforaphane works by inhibiting the enzyme methionine synthase which allows for better liver detoxification. Sulforaphane can be found in certain vegetables such as broccoli sprouts, broccoli rabe, kale, cabbage and brussels sprouts.

Beta-hydroxybutyrate (BHB) is an extremely important ketone body produced by the liver. BHB can be found in a wide variety of foods such as butter, cream, coconut oil, full-fat yogurt and butter, sugar-free jelly beans, and peanut butter. Beta-hydroxybutyrate is also an important energy source for the brain during exercise and other physical activity.

Exercise has been shown to help with recovery from injury as well as improving overall brain function that could be related to having lower levels of depression or anxiety. One study showed that aerobic exercise (walking) improved executive function after a concussion in adults three months after injury.

Physical activity can help to increase levels of brain-derived neurotrophic factor (BDNF). BDNF is an incredibly important brain hormone that helps to promote cell growth throughout the brain. One study showed that aerobic exercise helped to increase levels of BDNF in the hippocampus, which is a part of the brain that is important for learning and memory.

Brain Food Supplements

One huge difference between food and supplements is that when working with the food you are actually mimicking how your body processes certain nutrients. This means that many food-based supplements can work synergistically with one another or even be used in combination with some types of supplements.  The most commonly researched supplement group is called "brain foods". The reason why these supplements are so popular is that they are "balanced" (meaning they contain all the necessary nutrients your body needs) and they have been shown to be safe.

Over 500,000 Americans suffer from a concussion each year according to the CDC. Some of these concussions are mild, but many others result in more severe injuries including memory loss, loss of consciousness, and even death.  Studies have shown that sports injuries can lead to higher levels of depression in some athletes.  The most common symptoms following a concussion are headaches, dizziness, nausea, and memory problems. Some athletes may also have a headache, blurred vision, and fatigue.  Furthermore, symptoms can linger for weeks or even months following the injury and may not ever fully resolve.

The best way to prevent these long-term effects of sports-related concussions is to take steps to improve recovery and repair following brain injuries which is a key focus of all brain injury prevention strategies. Many of the commonly used supplements promote recovery by boosting antioxidant levels, supporting hormone levels (especially testosterone), increasing bone density, reducing inflammation in the brain, and helping with sleep or mood changes due to post-concussion syndrome.  The most commonly used supplement group is called "brain foods".

In athletics, a guideline for recovery is known as the 3-5-7 protocol. This consists of 3 days of rest, 5 days of "light" activity, and 7 days of "no" activity.  The goal is to get these athletes back to work as quickly as possible to help them restore their overall well-being. There are several different types of brain injury that can occur in athletes and each has a different recovery timeline.  For concussions, this may be anywhere from 1 week to 6 weeks with an average recovery time being within 2 to 4 weeks. Even in these cases, athletes should avoid sports participation as well as heavy physical activity for 2 to 4 weeks following injury.

While most people have heard of a "concussion" and what symptoms may occur, it is important to know the difference between "mild traumatic brain injury" (MTBI) and a concussion.  A concussion is actually a mild traumatic brain injury that consists of a sudden impact to the head or body causing an immediate change in mental status including confusion, headache, muscle spasms, and dizziness.  There is no evidence of structural changes in the brain with this type of injury. Concussions are most commonly associated with sports injuries but can also occur due to slip and fall accidents or car accidents.  Some psychologists and physicians believe that concussions may be underdiagnosed as the symptoms may actually be present as a mild form of Post Concussion Syndrome or Chronic Traumatic Encephalopathy.

Certain neurological conditions may also cause changes to brain structure and function following a concussion. Fourth Dimensional Therapies are based on the idea that the brain is made up of many different integrated levels, or "dimensions".  Simply put, a concussion is an injury to one of these dimensions and thus the brain's function may be altered.  Conditions such as Chronic Traumatic Encephalopathy (CTE) and Post Concussion Syndrome (PCS) may also result in long-term structural changes in the brain that are important to monitor during recovery from concussions.

There is another type of brain injury called diffuse axonal injury (DAI), which can occur in certain types of neurological conditions.  This type of injury is different than a concussion and symptoms usually manifest within 4 or more minutes after the accident occurs, rather than immediately after a concussion.  Symptoms of DAI include disorientation, amnesia, nausea, and high levels of confusion.  This type of brain injury is linked to many different types of neurological conditions such as Parkinson's disease, Multiple Sclerosis (MS), Alzheimer's disease, and even spinal disorders such as spondylolisthesis.  This type of injury can also be caused by high-speed accidents in the military or in sports where athletes move their heads too quickly to the side to avoid an impact.

It is important to know that certain supplements can be taken before a concussion occurs which have been shown to help with prevention.  Two of these commonly used supplements are Glutathione and CoQ10.  Both of these supplements support overall health by boosting immune system function, helping to energize muscles, and promoting healthy skin. They have also been shown to promote proper brain function by preventing cell damage from deleterious free radicals.  Free radicals that are not neutralized can cause a multitude of problems throughout the body including the brain, such as memory loss and cellular death.

Glutathione is an antioxidant that is naturally produced in the body and works with cytidine (a compound found in all cells) to produce ATP, which is basically "energy" for your cells.  The body produces this protective compound as a method to repair damage to skin and other tissues.  It has been shown that glutathione promotes the production of ATP in the brain and allows it to function properly.  Supplemental glutathione can be taken orally or by injection but is most commonly sold as a capsule in doses of 300mg. 500mg, or 1,000mg per day.  While there is no established dosage for glutathione in athletes, some studies have shown that at least 50mg per day provides some benefit such as boosting energy and helping to recover from injuries without producing side effects.