Health Benefits Of MCTs For Building Muscle And Weight Loss

Research with MCTs is starting to show they could have various possible health benefits including for building muscle and weight loss.

MCTs or medium chain triglycerides are complex fats. Research with MCTs has shown that these molecules are easily absorbed and transported into our energy producing mitochondria. MCTs use carnitine to be transported into our muscle mitochondria. Our mitochondria are able to use MCTs as an energy source and this is where they may have some health benefits.

Various studies have shown that MCTs may be a source of clean energy production within the mitochondria and may be supportive of metabolic disorders. The easy absorption and rapid metabolism of MCTs coupled with a high energy potential means they are possibly a very efficient fuel source for our mitochondria to use. This also means that MCTs could support muscle building from exercise.

MCT supplementation has been linked to improved muscular performance during exercise. Some studies have also shown they could assist with weight loss. These two outcomes from the use of MCTs may therefore be health benefits which protect the wellbeing of active and regular people.

Here the ways in which MCTs may support muscle building and healthy weight loss will be considered to show how they may offer possible health benefits.

MCTs

MCTs or medium chain triglycerides could be considered to be complex fats. Medium chain triglycerides are two to three medium length fatty acids linked to a glycerol molecule. The body uses fatty acids for various purposes including the maintenance of cell membranes or structure and also energy production.

MCTs are rapidly absorbed from our diet. They are then readily distributed in the blood for use in energy production. Unlike LCTs ingested MCTs are able to move into our energy producing mitochondria without the use of carnitine. MCTs must use carnitine to move into muscle mitochondria. Carnitine is an amino acid readily found in meats.

MCTs are not found in very high amounts in many foods. MCT supplements are very easily obtainable in supplement form as MCT oil capsules. One rich food source of MCTs is raw uncooked coconut oil, butter or yoghurt. Some may find that MCTs are best consumed via supplementation for their possible health benefits. This is because of a higher concentration of MCTs in supplements.

MCTs And Energy Production

Our mitochondria are the energy producing parts of our cells. This includes the provision of sufficient ATP or energy for our muscles. As part of their daily processes they need to use molecules such as sugars or fatty acid in order to make energy for the body to use. These input molecules which are used for energy production are known as energy substrates.

When the body begins to run out of sugars from digestion our mitochondria use fats or fatty acids and then also amino acids for energy production. This process is known as gluconeogenesis. As sugar levels deplete or progress further into a fasting state then ketosis based energy production also occurs. In ketosis the body starts to use fatty acids and amino acids as an additional energy production process.

MCTs are a known fuel source for mitochondria and are able to support ketosis. They are very readily absorbed through their membranes while muscle mitochondria require carnitine to transport MCTs. Your mitochondria are able to use MCTs when our muscles undergo contractions and relaxations during exercise. Because of this they may assist with muscle building. MCTs may support healthy energy production through providing a really clean energy source for our mitochondria to use during exercise.

Research with MCTs has shown they could have possible health benefits for those suffering with metabolic syndrome. This research also therefore supports the use of MCTs as a clean source for supporting energy production in our mitochondria. MCTs are considered to have a high energy content and various studies support their use as being able to improve mitochondrial energy metabolism.

How MCTs Could Support Muscle Building And Exercise

Various studies have shown that supplementation with MCTs could support improved results during intensive exercise.

The use of MCTs has been associated with increased levels of fat oxidation for energy production during exercise while sparing muscle glycogen. This could enhance athletic performance. Studies have also observed that there is an accumulation of ketones from ketosis after MCT supplementation which is also supportive of this.

When carbohydrate levels drop during exercise or otherwise MCTs could provide energy production support. MCTs could therefore be energy supportive during exercise alongside a regular diet and assist with muscle building. This is a massive possible health benefit for people who enjoy an active lifestyle.

Another study found that a diet high in MCTs supported a significantly higher time to exhaustion during exercise with a lower blood lactate content during exercise. This study also found that levels of fat oxidation were higher while sugar use for energy was lower during exercise. This was not statistically significant though.

The research with MCTs suggests they could provide a boosting or supportive energy source for rapid use during exercise. This may therefore improve time to exhaustion. One study showed that MCTs availability was high in the final hour of exercise alongside usual dietary glucose.

Our brain also uses a lot of energy. MCTs are also thought to provide an efficient backup energy source for the brain when sugar levels drop. One study found that MCTs increased brain energy metabolism through supporting healthy ketosis and could improve brain motor neurone performance. This is very relevant during exercise when our energy reserves drop.

MCTs And Weight Loss

When used correctly MCTs some research has also shown that MCTs may support healthy weight loss. You may be thinking how is weight loss possible with an increased intake of complex fats like MCTs.

Studies have shown that only a small amount of MCTs contribute to fat storage. Most MCTs are converted for immediate energy use by the body. Research has also shown that MCTs or medium chain triglycerides may increase thermogenesis when added to a diet and this is supportive of weight loss. Some studies also show that MCTs could improve feelings of fullness after eating. This also could drive healthy weight loss through reduced food consumption.

Some studies have found that diets enriched with medium chain triglycerides or MCTs could better support weight reduction than without MCTs. This could be because MCTs provide an efficient source of energy for the body and may enhance mitochondrial activity. MCTs could drive a higher rate of fatty acid break down or lipolysis within the body when mitochondria are in this state of energy production. This would naturally drive the process of fat weight loss. Enhanced or support of healthy weight loss could therefore be another of the possible health benefits from MCTs.

Overall MCTs may provide various health benefits for regular and active people through encouraging healthy weight loss or supporting the energetics needed for muscle building from exercise.

Summary

MCTs could provide various possible health benefits for those who would like to building lean muscle and achieve healthy weight loss.

Medium chain triglycerides are complex fats. They are easily absorbed and can be readily transported into our energy producing mitochondria to be used as an energy source. MCTs have been shown to be readily used to support fatty acid based energy production and ketosis when our sugar levels drop.

Rapid absorption and a high energy potential means they could be a very efficient fuel source for our mitochondria to use. This includes the required energy support for exercise and brain activity. MCT supplements are very easily obtainable in supplement form as MCT oil capsules and not many foods exist which are high in MCTs.

A very small amount of MCTs has been shown to be stored while the rest is used rapidly for energy. Various studies have shown that MCTs may be a source of clean energy production within the mitochondria and may be supportive of metabolic disorders.

Studies also show that MCTs could also support muscle building and endurance exercise performance as a source of energy. MCTs are thought to boost energy production during endurance exercise and spare muscle glycogen. Some studies show that MCTs are readily available to support energy production in the last hours exercise in a usual diet.

MCT supplementation has also been linked with fat weight loss. This could be because of enhanced mitochondrial activity and fat use for energy production. MCTs may also support improved feelings of fullness and reduce hunger.

Overall MCTs may provide various health benefits through encouraging healthy weight loss or supporting muscle building energetics.

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How Vitamin A Influences Our Mitochondria

Vitamin A is a really important fat soluble vitamin with possible influences on various aspects our health including our energy producing mitochondria.

Vitamin A has a strong antioxidant capacity and is known for being essential in the development of the eyes. We require vitamin on a day to day basis for the maintenance of our eyesight. Because of a strong antioxidant capacity vitamin A could support our energy producing mitochondria which has possible impacts on our overall wellbeing.

Our mitochondria are very important for sustaining all of our daily functions because they produce energy for us to use from molecules such as sugars. The mitochondria are prone to oxidative stresses and inflammation which limit their ability to sustain energy production. Antioxidants such as vitamin A are therefore increasingly being linked as being crucial for healthy mitochondrial energy production.

Here the possibly ways in which vitamin A influences mitochondrial health and energy production within the body will be considered.

Vitamin A

Vitamin A is used by the body in different forms. Current nutritional research considers vitamin A as a group of different bioavailable forms rather than just one active compound. This is very unique and separates vitamin A from other vitamins. This is because the body is very responsive in using and converting different vitamin A forms such as retinol or retinal for use in vitamin A required functions within the body.

There are also vitamin A preforms or provitamin A forms such as beta carotene that have very similar activities. Currently the suggested vitamin A RDA includes retinol activity equivalents such as beta carotene. Some studies suggest eating a mixed diet of both provitamin A and retinol.

Vitamin A is considered to be a really strong fat soluble antioxidant with a high activity in areas of the body such as the skin. Antioxidants cleanse the body of oxidative stresses which are able to cause harmful levels of inflammation or diseases such as cancer. Excess oxidative stress is also heavily linked to blood vessel issues such as atherosclerosis. Current research shows that essential antioxidants such as vitamin A may influence risks of atherosclerosis and reduce risk of strokes.

The main use of vitamin A is within the eyes. Sufficient levels of vitamin A are needed to maintain optimal eyesight and are essential for the development of the eyes. Many smokers are deficient in vitamin A and some people develop cataracts or blindness as a result of smoking.

In Which Foods Do You Find Vitamin A

There are various food sources rich in vitamin A available for us to maintain our levels of vitamin A. This includes food condiments made from liver and some fish such as tuna.

Chicken liver contains up to 366% of our RDA of vitamin A per 100 grams including retinoic acid equivalents. Chicken liver is also a nutrient dense source of many other nutrients too such as natural vitamin B12, copper, iron, selenium and some vitamin C too. Products such as chicken liver pate or parfait also contain fats which will aid the absorption of fat soluble nutrients such as vitamin A.

Scrambled eggs are also a decent source of vitamin A forms and preforms. They provide up to about 18% of your RDA of vitamin A including retinoic acid equivalents per 100 grams.

Supplemental vitamin A is also readily available in vitamin A forms such as retinol and also beta carotene.

How Vitamin A Could Support Our Energy Producing Mitochondria

While most research focuses on vitamin A and equivalents such as beta carotene in relation to the eyes or skin there is a lot of new research linking vitamin A to our mitochondria. Our mitochondria are deeply ancestral to our evolution. Science has shown they were once an independent lifeform which we brought into our cells millennia ago.

Our mitochondria provide us with energy to use in our daily functions. That includes everything from doing the housework to just simply walking a couple of steps. This energy comes in the form of ATP which is made from molecules of sugar and fats which we eat. This energy producing process occurs in the mitochondrial membranes which the fat soluble vitamin A is able to reach. That is because our cell membranes are made of small amounts of fatty acids.

Mitochondria produce a lot of oxidative molecules during energy production. This sometimes causes oxidative stress build ups and may influence levels of inflammation. That can then be detrimental for the body. Antioxidants like vitamin A may support our mitochondria in preventing internalised build ups in oxidative stress.

Research supports this and shows that vitamin A as retinol is able to reduce the amount of fat peroxidation which happens in the brain mitochondria. This has a lowering effect on oxidative stress levels and systemic inflammation which in turn prevents mitochondrial dysfunction. Vitamin A would therefore be supportive of healthy energy production and mitochondrial lifespan.

Other studies support this showing how vitamin A deficiency or depletion results in mitochondrial dysfunctions and energy deprivation. High levels of oxidative stress from vitamin A depletion may also cause cell death and reduced mitochondrial numbers. This reduces the total energy producing capacity of organs in the body.

Vitamin A May Directly Influence Mitochondrial Energy Output

One study found that retinol vitamin A is essential for the metabolic or energy producing ability of our mitochondria. If our cells are deprived or deficient in retinol then levels of respiration and the production of ATP drops within our mitochondria. Once levels of retinol are improved then the levels of energy production within our mitochondria are restored.

Retinol was found to boost energy production output within the mitochondria. Vitamin A is thought to have an effect on cell signalling within the mitochondria to improve energy molecule use for making energy.

Other studies have shown that vitamin A deprivation within cells may actually cause rapid programmed cell death because of energy production dysfunctions within our mitochondria. Research shows that vitamin A deficiency causes cytochrome C release in the mitochondria which marks the beginning of a downward spiral in the activity of mitochondria towards induced cell death. Cytochrome C is really important for maintaining healthy energy production in the membranes of our mitochondria. This again emphasises a possible importance of vitamin A for optimal energy production and mitochondrial health. Studies have also found that a higher vitamin A intake may influence energy production through improving amounts of mitochondrial membrane proteins needed for ATP production. This could be because of mitochondrial genetic activation which may also influence mitochondrial numbers.

Overall the research therefore shows that vitamin A may not just be an antioxidant that supports mitochondrial energy production but could also directly influence the rate of energy production via mitochondrial signals.

Summary

Vitamin A is a fat soluble vitamin which could influence on various aspects our health including our energy producing mitochondria.

The group of vitamin A active compounds are most well known for their influences on eye and skin health. We need vitamin A to maintain optimal eyesight. Foods such as chicken liver contain a nutrient dense serving of vitamin A per 100 grams and could support healthy vitamin A levels.

Our mitochondria help our bodies to produce energy in the form of ATP from sugars and fats. Mitochondria are vital to sustaining all of our everyday functions. The mitochondria are prone to producing oxidative molecules which effect their output of energy for us to use.

Vitamin A has a strong antioxidant effect and so is increasingly linked to being able to support healthy energy production within the body. Oxidative stress causes reductions in mitochondrial energy production and functioning. High levels of inflammation or oxidative stress may also result in programmed cell death. This also reduces the total capacity of organs to produce energy from their mitochondria.

Studies have shown that vitamin A could have a role as a mitochondrial signalling mediator to improve rate of energy production. This is in addition to having an important role as an antioxidant which supports healthy levels of mitochondrial energy production. One study has shown that vitamin A depletion or deficiency causes a massive drop in mitochondrial energy production.

Overall research is starting to show that vitamin A has an extensive role within our bodies and could be especially important for optimal mitochondrial energy production.

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Does Magnesium Give You More Energy

Magnesium is directly involved in various cellular processes which support healthy energy production within the body and so does possibly help to give you more energy when levels are increased. This mineral is the fourth most abundant mineral in the body and is used in over 300 different sorts of metabolic reactions.

Various studies have shown that healthy levels of magnesium may support higher energy levels and that this occurs mainly through driving healthy ATP levels in our mitochondria. Magnesium may be able to do this by supporting the production of important building blocks of ATP while also supporting mitochondrial protein production. ATP is the molecule which our body uses for energy to sustain all of our life supportive functions.

Magnesium is an important mineral that also supports healthy muscle movement. Some symptoms of a magnesium deficiency include muscle cramps and fatigue. The average person needs about 420mg of magnesium each day. Those who are more active may need more magnesium than this because of an increase in magnesium use with muscular exercise. Studies show however that around 60% of adults in the United States are not consuming the minimum RDA for magnesium.

Here the ways in which magnesium supports our wellbeing will be considered in relation to how this mineral does possibly have the ability to give you more energy.

How Magnesium Supports Our Wellbeing

Magnesium is an essential mineral electrolyte. The body uses magnesium on a daily basis to support different processes which are important for sustaining optimal cellular activity. The activity of our cells is important because they form and support wider tissue or vital organ functions.

Our skeletal muscles are examples of tissues which use magnesium very regularly. Magnesium supports optimal muscle functioning through helping to signal healthy muscle relaxations. Magnesium is an important mineral electrolyte for healthy neuromuscular signalling. This in addition to being supportive of very important cellular processes.

When we exercise we use our pools of magnesium to support muscle movement. Magnesium depletion is associated with structural damage to muscle cells while higher magnesium levels may promote muscle regeneration.

Exercise And Magnesium Levels

Being highly active and doing very intense exercise also results in excess sweating. Our sweat releases lots of electrolytes such as magnesium. This is in addition to muscle movements which use electrolytes too. This is an important reason why we must support our levels of important electrolytes such as magnesium each day. For athletes and intensive exercisers or very active people this is an important part of proper recovery.

Some symptoms of electrolyte depletion include muscle cramping and fatigue. These are also very common symptoms of magnesium deficiency. Depletion of electrolytes such as magnesium is more likely to happen with intensive exercise and in hot weather when we sweat more often.

As you can imagine our bodies use a lot of magnesium every day with or without intensive exercise. We therefore need to regularly consume this mineral and support our pools of this electrolyte.

The recommended RDA for magnesium is about 420mg. This means the average person should be aiming to consume at least this amount of magnesium. Very active people may need more magnesium than this. Achieving this level of magnesium intake is easily done through consuming magnesium rich foods or magnesium supplements such as magnesium citrate.

If you would like to read more about magnesium supplements and quality differences between magnesium supplements then you could read our article on this topic here.

For some foods rich in electrolytes such as magnesium we have made a list of some of the best electrolyte foods and you can read that article here.

How Magnesium Supports Mitochondrial Energy Production

A very common symptom of magnesium depletion from either a deficiency or exercise is muscle fatigue as shown by research. This is a crucial physical indicator that magnesium has a role in supporting optimal energy levels and muscle function.

There are various reasons why this is the case and why research supports the notion that higher levels of magnesium does possibly influence fatigue or could give you more energy.

Studies show that magnesium is important in forming the basic building blocks needed for energy production. Magnesium helps to form a molecule called adenosine via adenine production. Adenosine is important for the formation of ADP and ATP. ATP is the final molecule which our bodies use for energy to drive all of our core functions. This includes everything from muscle movement to our thought processes. This is one of the most important reasons why higher levels of magnesium in the body does possibly give you more energy.

Magnesium also allows or activates various reactions in mitochondrial ATP energy production cycles. This is how energy or ATP is made from starter molecules like sugars or fatty acids. Magnesium is one of the most important energy production cofactors because of the vital role this mineral has in the final ATP production stage.

Magnesium And Mitochondrial Growth

Another reason why improved magnesium levels in the body does have a possible influence on being able to give you more energy is the fact that magnesium promotes DNA synthesis. Improvements in DNA synthesis may lead to the increased production of vital structural components of our cells and energy producing mitochondria.

This not only supports mitochondrial functioning but could also optimise energy production. That could then lead to more energy for you to use throughout the day. These may be reasons why the mitochondria help developed a capacity to store magnesium.

Magnesium deficiencies could cause mitochondrial dysfunctions because of how fundamental this mineral is to ATP production. Magnesium deficiency would then promote inflammation and oxidative stress which could further worsen energy production. This would also promote fatigue. One study showed the mitochondria may actually swell under magnesium deficiency.

Higher levels of magnesium could also improve mitochondria numbers and therefore further boost energy production. This is again because magnesium is rate limiting on mitochondrial DNA and protein synthesis. A higher rate of DNA production could enhance the rate of new mitochondria formation known as mitochondrial biogenesis.

Magnesium And Athletic Performance

According to various studies many elite level athletes are deficient in magnesium. Some studies show that magnesium could be an aid for athletes in supporting athletic performance. This is because of the role higher levels of magnesium may play in sustaining optimal levels of energy production during exercise.

For some athletes extent of muscle soreness, perceived muscle recovery and perceived physical exertion were all improved with a higher magnesium intake. Studies have found that antioxidant status was higher with elevated levels of magnesium. This may also be associated with increases in exercise performance in addition to support with healthy energy production and recovery. One study found that younger athletes who supplemented with magnesium had significant improvements in muscular strength and performance when following a strenuous exercise routine.

Higher levels of magnesium seems to be an indicator of muscle performance in older people too. One study found that older adults had improved scores of basic muscle functions with higher magnesium levels. Other studies have found similar results too. Muscle ATP is linked to magnesium status and this is thought to be one of the main reasons for this.

Overall the research very clearly shows that magnesium does have a possible role in being able to give you more energy via supporting important cellular processes.

Summary

Research shows that magnesium is directly involved in various cellular processes which support healthy energy production within the body. This means higher levels of magnesium could help to give you more energy throughout the day.

Magnesium is an important electrolyte which the body uses to help signal healthy muscle relaxations. When we sweat and exercise we use a lot of magnesium. Symptoms of magnesium depletion may include muscle cramps and fatigue. For athletes and intensive exercisers or very active people optimal levels of magnesium are an important part of proper exercise recovery. The recommended RDA for magnesium for the average person is about 420mg.

Studies show that higher levels of magnesium may drive healthy ATP levels in our energy producing mitochondria. This is because magnesium supports the production of adenine via adenosine formation. Adenine is a core building block of ATP. ATP is the final molecule our bodies use as energy to support all of our cellular processes. Healthy levels of ATP drive muscle functioning.

Another way magnesium could support higher energy levels is through supporting DNA production and increasing protein synthesis in our energy producing mitochondria. This could lead to improvements in energy production and fatigue reduction. Research shows that a higher magnesium status is associated with muscle performance in both athletes and the elderly. One key reason for this is thought to be the importance of magnesium in ATP production.

Overall the research shows that magnesium does have a possible role in being able to give you more energy via supporting important cellular processes including ATP production.

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Folic Acid And Energy : How Folic Acid Supports Our Mitochondria

Folic acid is fundamental to our overall wellbeing and emerging evidence from research shows that this vitamin could support mitochondria health and energy production.

Vitamin B9 or folic acid is part of the group of water soluble vitamins. You can find this vitamin in large amounts in collard greens, spinach, broccoli, asparagus, meats and melons. Many of these foods are able to directly feed our daily needs of folic acid. Our gut bacteria also produce folic acid. Once eaten conversion to the active form is thought to be dependent on vitamin C levels.

The recommended RDA of folic acid is 400µg a day. Supplemental folic acid is used to support some diseases such as anaemia. Chronic deficiency could increase risks of some cancers such as breast or colorectal cancer.

The main role of folic acid is thought be as an important part of DNA production and a regulator of genetic stability. Because of this folic acid may directly influence different mitochondrial genes and mitochondrial performance in energy production. Studies have reported that deficiencies in folic acid occur in some clinical cases of mitochondria disorders.

Here the emerging connection between folic acid or folate levels and mitochondria health will be considered with special attention to influences of folic acid on our energy levels.

Folic Acid And Mitochondria

Our mitochondria are the energy producing elements of our cells and are found throughout the body. They were once a separate lifeform but have grown naturally within our body to exclusively produce energy for us to use. Mitochondria are a core part of our cells and also have their own DNA.

Folic acid is considered to have an important part in DNA production alongside some other vitamins such as vitamin B12. Other DNA related roles of folic acid include support of DNA repair, cell growth support during normal cell division and healthy epigenetic regulation of gene expression. Folic acid also influences red blood cell production. Folic acid is thought to be used completely independently within our mitochondria relative to other important elements of our cells.

Recent research shows that folate may also influence mitochondrial DNA stability and so folic acid may support the optimal health of our mitochondria. Because of the important role of folic acid in DNA production our mitochondria may experience disruptions to essential genes which are needed for their wellness when deficient in folic acid.

These factors show how important folic acid is in supporting the optimal health of our mitochondria. Various studies have found that low brain folate or folic acid levels are implicated in mitochondrial disorders. Research suggests that supplementing with folic acid may be beneficial for some patients with these disorders.

Does Folic Acid Increase Energy Levels

Our mitochondria are really important for optimal energy production and folic acid may therefore support our overall energy levels by protecting the health of our mitochondria. This is how energy levels may be dependent in part on folic acid.

Research seems to suggest that low folate or folic acid levels disrupt essential genes such as cytochrome c oxidase or other really vital elements of the mitochondrial electron transport chain system. Our mitochondria use an electron transport chain system to produce energy for our body and so folic acid could directly influence our energy levels. This may be because of the role of folic acid in healthy DNA production and folic acid deficiency could also result in mitochondrial DNA deletions. Healthy folic acid levels may also encourage mitochondrial replication and growth which could support energy levels.

Disruptions in methionine levels as a result of folic acid deficiency could result in low glutathione peroxidase and glutathione levels. Glutathione peroxidase and glutathione have antioxidant qualities in the right conditions. This means they also support mitochondrial survival and energy production.

Glutathione is particularly important for the elimination of toxins from the body and works as an independent antioxidant. Mitochondrial antioxidant levels are highly important for energy production and sustainability.

Folic acid may also improve production of the amino acid methionine from homocysteine which is essential for protein production. Lower homocysteine levels are associated with improved mitochondria health and lower risk of mental fatigue. High homocysteine levels are linked to reduced telomere length and oxidative stress. Without enough methionine the body does not produce antioxidant gene products such as glutathione very quickly.

Folic Acid Supplements For Fatigue

Various studies support the use of folic acid supplements and maintaining optimal folic acid levels to prevent fatigue. One clinical study showed that most patients with viral caused chronic fatigue had remarkable improvements in symptoms after treatment with folic acid.

Research shows that patients with chronic fatigue syndrome are often deficient in folic acid. Another study showed that a supplement complex containing folic acid could also reduce physical fatigue after exercise.

Many studies point out that folic acid seems to improve red blood cell production and could therefore also support fatigue reduction this way. Improved circulation and red blood cell counts naturally increase nutrient or oxygen supply to cells which may reduce feelings of fatigue.

Emerging research shows folic acid could increase levels of important genes needed to support healthy mitochondrial energy production and that this may reduce cognitive decline during Alzheimer’s disease. Other studies support this and show that folic acid reduces mitochondria oxidative stress during toxin stress.

Antioxidant superoxide dismutase and glutathione levels are thought to be influenced by folic acid and may be how this effect is achieved. These could be very important means as to how folic acid may enhance overall ATP or energy production from our mitochondria and prevent disfunction.

Overall the research suggests that our mitochondria may be influenced by levels of folic acid and folic acid could therefore support health energy levels.

Summary

Folic acid has been shown by emerging research to be implicated in energy production and mitochondria health.

Folic acid is a water soluble vitamin found in collard greens, spinach, meats and asparagus. Our bodies need around 400µg of folic acid a day and chronic deficiency may increase risk of some cancers.

Folic acid is an important B vitamin which plays a role in DNA synthesis within the body. Our energy producing mitochondria use folic acid independently within our cells. The body also used folic acid to make methionine which is needed for protein synthesis. Folic acid influences the production of mitochondrial DNA and proteins. Folic acid may therefore affect mitochondrial performance in energy production.

Low folic acid levels could disrupt important elements of the electron transport chain system which are needed for energy production. Folic acid promotes improved levels of important energy production supporting genes include glutathione. Glutathione is an antioxidant which also supports mitochondrial health.

This B vitamin supports genetic stability and folic acid deficiencies may cause mitochondrial DNA losses. Folic acid is very important for mitochondrial growth and replication. These processes may also support healthy energy production.

Clinical studies and research show that supplements containing folic acid may reduce or prevent fatigue. This includes viral induced fatigue. Many studies highlight the role of folic acid in fatigue prevention through the production of oxygen carrying red blood cells.

Overall the research shows that our mitochondria may be influenced by levels of folic acid and folic acid could therefore support optimal energy levels.

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Mitochondrial Supplements And Autism

Mitochondrial supplements have been shown by some clinical studies to provide support for autism. This is not surprising considering how important a role nutrition plays in preventing and supporting various diseases.

Mitochondrial health is a topic which is becoming a lot more relevant in relation to our health. Our mitochondria play a central role in producing the energy needed for the body to use in health supporting processes on a day to day basis. They work relentlessly throughout the day to produce ATP or energy.

Mitochondrial dysfunction is thought to contribute to various diseases such as obesity, cancer, heart and brain disorders. Nutritional assistance of our mitochondria or mitochondrial supplements are a new and innovative approach to support mitochondrial linked diseases or disorders.

Recent research supports a link between autism and mitochondrial health. Autism spectrum disorder is a behavioural disorder which currently effects around 2% of children. Individuals with autism seem to have a higher amount of irregular mitochondrial activity. This suggests they may have poor mitochondrial health in a large number of cases. One recent trial has found that mitochondrial supplements may support the wellbeing of individuals who are suffering from autism.

Here the findings of this trial will be summarised for you to see how mitochondrial supplements may support people with autism. This will be compared with evidence from other mitochondrial supplement trials too.

How Mitochondrial Supplements Could Support Autism

Various studies have found links between autism spectrum disorder and mitochondrial abnormalities. Research estimates that up to 50% of children with autism spectrum disorder could have a form of mitochondrial dysfunction.

Abnormal mitochondrial electron transport chain activity has been found in individuals with autism spectrum disorder. Some studies have found unusual mitochondrial activities involving the electron transport chain in the brain and skin. Mitochondrial supplements have therefore been proposed as an ideal support for unusual mitochondrial respiration or activity.

High strength antioxidants for example are one of the mitochondrial supplements which have been suggested for the support of autism. These could cleanse the mitochondrial electron transport complexes of harmful radical molecules and support the optimal movement of electrons to reduce mitochondrial dysfunction. Other supplements could support the structure of the mitochondria or provide nutrients for DNA synthesis.

Mitochondrial Supplements Trialled For Autism Sufferers

Our mitochondria have important steps that are rate limiting in energy production. These include the activities of electron chain complexes and citrate synthase within the mitochondria.

One trial study has looked at the effects of mitochondrial supplements on these activities in sufferers of autism.

Antioxidant Supplements

One of the standout mitochondrial supportive supplements for autism sufferers seems to be antioxidant supplements. Antioxidant supplements supported more optimal mitochondrial conditions or activity in sufferers of autism and those with autism who had mitochondrial issues.

Antioxidants protected citrate synthase activity within the mitochondria of autism sufferers and boosted the activity of this enzyme in autism sufferers with mitochondrial disorders. Antioxidant mitochondrial supplements could therefore protect mitochondrial health in sufferers of autism. Antioxidant supplements influenced the harmonisation of mitochondrial energy producing complexes.

Folate And B12

Folate was another compound which was shown to improve the harmonisation between the mitochondrial electron transport complexes. This supplement could therefore support healthy mitochondrial activity in sufferers of autism spectrum disorder.

Folate and B12 mitochondrial supplements also had a balancing or calming effect on mitochondrial energy producing activities. These are both B vitamins which naturally support energy production within the body.

The trial considered folate to be the most effective supplement at overall mitochondrial protection within autism sufferers.

Omega 3 Or Fatty Acid And Carnitine Supplements

Fatty acids are used as an energy source by mitochondria and may support mitochondrial membrane health. The trial showed that fatty acid supplements like omega 3 may assist with increasing and supporting the overall activity of mitochondria.

Carnitine is an amino acid which loads fatty acids into the mitochondria but also has some antioxidant capacity. Mitochondrial supplements containing carnitine were shown to improve the harmonisation between the mitochondrial electron transport chain and citrate synthase in autism sufferers. Carnitine could therefore stabilise mitochondrial activity in sufferers of autism spectrum disorder.

Alongside antioxidants this trial considered carnitine supplements to be effective at protecting the overall activity of the mitochondria in autism sufferers.

Other Mitochondrial Supplement Research

Other clinical studies seem to be in agreement with these findings and this is positive for the future outlook of sufferers of autism.

Research has consistently identified L carnitine or carnitine as a possible mitochondrial supportive supplement for sufferers of autism. This amino acid seems to assist with some improvement in symptoms of autism spectrum disorders and loads fatty acids into the mitochondria.

Studies also recommend the use of omega 3 fatty acids in support of autism. Research supports the importance of fatty acids for preserving mitochondrial function and this supports findings of the trail with mitochondrial functioning in autism sufferers.

Other studies have also found that the use of vitamin B12 and folate together as a supplement supports cognitive functioning within sufferers of autism. These vitamins also improved levels of the important antioxidant glutathione in autism sufferers. This antioxidant supports harmony within the mitochondria and this provides important supportive evidence that these supplements could assist with optimal mitochondrial functioning in autism sufferers.

Vitamin B12 also supports slightly improved oxygen transport through a higher red blood cell count. This may calm overall oxidative stress and stabilise mitochondrial activity for more optimal energy production.

Mitochondria replicate and have their own DNA too. Folate may support healthy DNA synthesis within the mitochondria to provide further support as a supplement for optimal mitochondrial functioning in sufferers of autism.

Antioxidant supplements have been associated with decreases in autistic behaviours and severity too. Oxidative stress and inflammation is thought to influence autism while antioxidants may calm mitochondrial oxidative stress from variations in mitochondrial activity. The findings from the trial with antioxidant supplements are supportive of this.

There seems to be evidence that mitochondrial supplements such as folate or antioxidants could support overall mitochondrial functioning which could influence autism spectrum disorder.

Summary

Mitochondrial supplements could provide support for sufferers of autism. Our mitochondria play a role in various functions of the body through energy production.

Research has linked autism spectrum disorder with irregular mitochondrial activity. Autism spectrum disorder is a behavioural disorder and effects 2% of children. Though supporting optimal mitochondrial health research suggests that mitochondrial supplements may assist people with autism. Up to 50% of children with autism spectrum disorder could have a form of mitochondrial dysfunction.

Some mitochondrial supplements could support mitochondrial structure or cleanse the mitochondria of radicals produced during energy production.

Antioxidants and folate have been shown to protect mitochondrial activity. Folate containing mitochondrial supplements could harmonise the energy producing complexes of the mitochondria. Carnitine could also stabilise mitochondrial activity in sufferers of autism spectrum disorder. Omega 3 or other fatty acid supplements may also assist with increasing and supporting the overall activity of mitochondria.

Other research supports this and mitochondrial supplements such as folate or antioxidants could support overall mitochondrial functioning in sufferers of autism spectrum disorder.

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Mitochondrial Health Supplements : Benefits For Our Wellbeing

Mitochondrial health is a massive influencing factor on our overall wellbeing and mitochondrial health supplements or mitochondrial health supporting nutraceuticals are becoming more popular.

The central mitochondrial function is in energy production for the body. They make the energy molecule called ATP in a series of reactions. ATP is a store of energy and supports the continued function of all the cells within the organs of your body. Mitochondria are therefore very important for our wellness.

Mitochondria have had a really big influence on the evolution of life on Earth. As an ancestral organelle of our cells their influence on our wellness is more important. You can find mitochondria in animals, plants and fungi. They provide the energy for the functioning of all the lifeforms in these groups of living organisms.

Mitochondria have their own unique DNA and were once another organism entirely. You read that right. Our mitochondria were once another organism and have streamlined with our cells to play a supporting role in our wellness. They are thought to have developed from a bacteria. This may sound frightening but without our mitochondria we would not exist.

Here the benefits of health supportive mitochondrial supplements will be considered and also why mitochondria are so important for our overall wellbeing.

How Mitochondrial Health Supports Our Wellbeing

Mitochondria once functioned completely independently of our cells but require a supply of vital nutrients to support their optimal health and survival. They were most likely a very small bacteria which showed biochemical resilience and refused to be digested by an ancestral cell.

This sort of behaviour is not uncommon in lifeforms. There are many species which have or could retain other organisms. Another unusual fact about our mitochondrial is that they are inherited.

Our mitochondria have their own DNA which requires the same antioxidant support as the rest of the cells in our body. They generate an incredible amount of energy which requires antioxidant and nutritional support because of free radical production. Free radicals or oxidative molecules are not health supportive and can cause very harmful damage including cancers.

Mitochondrial Energy And Our Wellbeing

Mitochondria generate ATP regularly per day. Current research shows our bodies may use around 50kg of ATP a day at bed rest and a normal active person could use around 120kg of ATP a day. On a water weight basis current estimates show that you most likely only have about 8 or 9 grams of ATP in the body at any one time. There could also be up to thousands of mitochondria per cell and they feature in pretty much every cell within the body. This gives you an idea of the sheer scale of their functioning in the body.

The health of our mitochondrial membranes are particularly important because this is where most of the energy reactions are occurring. Mitochondrial membranes have the same phospholipid membrane form as regular cells. They can generate energy from both fatty acids and sugars to support cellular activities. The generated ATP within mitochondria support protein synthesis and DNA replication in our cells. ATP generation from within our mitochondria support healthy nervous system and brain functioning too. ATP also ensures that our muscles can move.

As you can see our mitochondria have the potential to influence various aspects of our health from the offset. Mitochondrial supercharging nutrients and antioxidants could possibly help to support more optimal overall wellbeing.

Mitochondrial Autophagy And Our Health

Another core part of the day to day life of our mitochondria is a process known as mitochondrial autophagy. This is pretty much a rendering or natural modification process to promote the survival of healthy mitochondria against one that are basically defunct. Mitochondria can become overloaded with oxidative stress or age significantly and then not function properly.

In mitochondrial autophagy whole parts of the mitochondria can change. This is a healthy process that also supports our overall wellbeing. The process can be supported and influenced by our diet and lifestyle.

Some mitochondria can actually fuse together too and they divide like normal cells. Healthy levels of mitochondrial autophagy are an essential pathway in the prevention of cancer development.

Mitochondrial abnormalities could cause heart issues in newborns and severe developmental disorders. Mitochondrial health is heavily implicated in optimal heart health. Heart cell mitochondrial oxygen intake is much higher than in liver cells because of how energetically demanding the continual transport of blood is. Liver mitochondria break down ammonia and assist with healthy body detoxification. This again shows how influential mitochondrial health is for our overall wellness.

Alzheimer’s patients also suffer from mitochondrial abnormalities such as excessive mitochondrial oxidative stress or higher levels of mitochondrial fragmentation. Abnormal relations between mitochondrial fission and fusion could be huge contributing factor to neurodegenerative disease such as Huntington’s disease. Mitochondrial health and brain health seem to be very closely related.

If large amounts of mitochondria die off your overall wellbeing or working efficiency could suffer and this is another important reason to support mitochondrial health via our diet or supplements.

Researched Effects Of Mitochondrial Health Supporting Supplements

Some of the earliest studies with mitochondrial health supporting supplements show they may influence aspects of our health. Some of these include nicotinamide riboside, whey protein, polyunsaturated fatty acid and hydrogen rich water.

Research with mitochondrial health supplements supports the possibility of improved mitochondrial antioxidant capacity, volume and mitochondrial protein production with mitochondrial supplements. Considering the widespread implications of changes to our mitochondrial health these supplements could also support our overall wellbeing.

Supplements containing essential mitochondrial nutrients such as B vitamins, selenium, coenzyme Q10, carnitine, vitamin C, taurine, alpha lipoic acid and alpha tocopherol could all influence mitochondrial function. Considering the widespread implications of the mitochondria in our overall health these nutrients could all support our overall wellness as supplements.

Supplemental selenium for example could contribute to mitochondrial biogenesis and carnitine may assist with healthy mitochondrial energy production from fatty acids. Carnitine helps to load fatty acids into muscle mitochondria. Some studies show that carnitine increases midarm muscle growth and may reduce muscle weakness. Carnitine may also be a neuroprotective compound which protects mitochondria and the body from oxidative stress. Carnitine is thought to be very effective in supporting mitochondrial health.

Creatine is a store of cellular energy which may also improve levels of ATP within the body to support neuromuscular and mitochondrial functioning. Supplemental taurine may also support healthy levels of mitochondrial respiration and energy production. Ergothioneine is a diet derived amino acid which research shows could be used as a supplement to support mitochondrial function and exercise performance.

Research has also shown that combinations of some mitochondrial health supporting supplements could reduce muscle weakness and neurological symptoms associated with mitochondrial disorders.

Supplemental Antioxidants And Mitochondrial Health

Supplemental antioxidants may reduce oxidative stress to mitochondria and improve overall mitochondrial health. Through supporting healthy energy production with less harmful radicals these supplements could support our overall health via fatigue reduction and improved muscle functioning.

One effective body antioxidant is known as alpha lipoic acid. This antioxidant compound has been shown to recover a serious clinical issue involving mitochondrial related muscle activity in one individual when taken as a supplement. One clinical study also supports alpha lipoic acid supplementation for reducing oxidative stress in patients with mitochondrial disorders.

Coenzyme Q10 or ubiquinone is very important for mitochondrial health and CoQ10 supplements may improve ATP production. This compound is also classed as an antioxidant and may protect the health of mitochondrial membranes. According to research supplemental CoQ10 may support sufferers of metabolic syndrome and neurological diseases. These illnesses are often associated with disturbances in mitochondrial functioning. Coenzyme Q10 may improve brain and muscle mitochondrial bioenergetics. Research suggests that CoQ10 could also reduce risk of heart failures via involvement in mitochondrial health.

MitoQ Supplements And Mitochondrial Health

An innovative supplemental antioxidant which is thought to contribute to mitochondrial health is MitoQ. This compound is part of a new generation of modern mitochondrial supplements. MitoQ is specifically targeted to the mitochondria where this antioxidant could support mitochondrial lifespan and healthy energy production. Concentrations of synthetic MitoQ are thought to be able to build up massively within the mitochondria.

Research results suggest this compound may prevent accumulations of lipid radicals which could influence extent of liver damages in some diseases. Other studies show that MitoQ may reduce reactive oxygen species production and support of healthy mitochondrial membranes for ATP production. There is reason to believe that this could support the wellbeing of people who suffer from recurring lung infections.

Other studies show MitoQ could prevent superoxide radical formation and protect neurons from oxidative stress. This may have an effect of reducing factors linked with age related brain issues which result from mitochondrial malfunctions and help nerve cell growth in the brain. MitoQ may recover cognitive and memory functions. This compound may also support more optimal heart health in relation to improved mitochondrial health.

Research shows there are many mitochondrial supercharging nutrients and antioxidants that could possibly help to support more optimal overall wellbeing.

Summary

Our mitochondria are influential on our wellbeing. Regular consumption of mitochondrial health supporting supplements could support our wellness.

Mitochondria once functioned completely independently and they have their own DNA. They require a supply of nutrients to support their optimal health and survival.

A large energy producing activity means that mitochondria need regular support from antioxidants and energy supportive nutrients. We require energy for muscular movement and nervous system functioning. Our mitochondria go through regular autophagy or mitochondrial rendering to remove malfunctioning mitochondria or mitochondrial parts. This is an important function in cancer prevention. Mitochondrial wellness is linked to Alzheimer’s and heart health.

Some example mitochondrial health supportive supplements include selenium, coenzyme Q10, alpha lipoic acid, carnitine and MitoQ.

Selenium may support mitochondrial biogenesis and carnitine could also be effective in promoting mitochondrial health via support of healthy energy production. CoQ10 or coenzyme Q10 could improve ATP production and protect mitochondrial membrane health.

Combinations of these and other mitochondrial health supporting supplements could reduce muscle weaknesses and brain cell issues which are associated with mitochondrial disorders.

One modern and innovative mitochondrial health supplement is MitoQ. This strong antioxidant loads into mitochondria in large concentrations and may protect cognitive functioning and memory.

The research on mitochondrial supplements suggests that there are various nutritional supplements which could support mitochondrial health and overall wellness.

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Health Benefits Of Rutin : Value Of Rutin Supplements

Rutin is not in a classical list of health supporting nutrients but modern research is starting to show that bioactive compounds like rutin could have potential health benefits and so may have value as a supplement too.

Rutin is a flavonoid glycoside of quercetin. Quercetin is a polyphenolic flavonoid and rutin has minor differences to quercetin. You can find rutin in many plants including apples, mulberries and some citrus fruits. Supplements contain very high amounts of rutin and rutin is considered to be one of the top therapeutically active biocompounds.

Some of the main reported health benefits associated with rutin so far include cardiovascular protective and anti cancer effects within the body. Many of the associated benefits of rutin in the diet or as supplement are thought to result from specific antioxidant traits. Rutin may have influences on mitochondrial health which are important influencers on metabolic wellness.

Here the possible health benefits of rutin will be considered to show how rutin supplements may be of value for your wellbeing.

Rutin And Cardiovascular Health

Cardiovascular disease is becoming an increasingly prevalent issue in modern society. This is because of lifestyle and dietary changes that are influencing our health. Nutrition and an improved intake of fresh foods rich in antioxidants is thought to be one crucial factor in reducing the risk of cardiovascular disease.

Rutin was found to have significant effects on LDL which is a big risk factor for the development of cardiovascular health issues. Research shows that rutin interacts with oxidised LDL as an antioxidant. Rutin may significantly reduce levels of oxidised LDL as a supplement and could therefore have cardiovascular health benefits.

Rutin has also been shown to be effective in reducing appearance of varicose veins and haemorrhoids. This is thought to be because of antioxidant properties. Rutin could influence high blood pressure which is another possible health benefit of rutin towards improved vascular health. Rutin lowered blood pressure may also have heart tissue protecting effects. Research also shows that rutin could prevent excess nitric oxide production to conserve vascular health.

Rutin And Cancer

Rutin is a powerful antioxidant because of a flavonol structure. Antioxidant compounds that circulate in the blood stream are able to intercept and cleanse dangerous molecules which could disrupt DNA or important proteins. Changes to portions of our DNA is why cancer occurs and preventing this is important for lowering risks of cancer in the body.

Research has found that rutin has possible actions for the prevention of cancer and this compound may influence cancer signalling pathways. Various studies have found similar results. Supplements containing rutin may provide health benefits in lowering risks of cancer.

Rutin And Memory

Alzheimer’s disease and diseases which affect memory are more widespread in modern society too. Strong antioxidant compounds and supplement formulations are thought to support more optimal brain functioning.

Some studies have found that rutin could reduce memory impairment. This is because of increases in the natural antioxidant enzyme superoxide dismutase and reductions in inflammatory signals. Rutin caused increases in antioxidant capacity within brain cells could therefore provide health benefits in supporting brain functioning. Rutin has potential to support individuals with vascular dementia.

Recent research has also found that rutin could play a role as a detoxifying compound within the brain. Some metals exert toxic or oxidative effects on cells depending on metal concentration. Rutin has been shown to have the capacity to protect the brain and associated neuronal cells in the cerebral cortex from copper toxicity.

Other studies have found that rutin has metal chelating traits and could also detoxify nerve cells of metals like arsenic or aluminium. This would support nerve and brain cell health with possible improvements in nerve cell conduction too.

There is evidence that rutin could also support improvements in the activity of acetylcholinesterase and reduce inflammatory markers in brain cells. Bioactive rutin could also conserve brain cell integrity and functioning via reduced lipid peroxidation.

Rutin could therefore also support more optimal brain health or memory via neuroprotective functions.

Rutin And Detoxification

Heavy metals are able to effect various tissues. Supplemental rutin may support the health of various organs such as the liver via accelerated detoxification. Rutin could also influence lipid peroxidation in the liver as an antioxidant and may reduce effects of physical fatigue from exercise.

Rutin seems to influence kidney health because of antioxidant effects that could prevent kidney tissue from damage. Various preclinical studies show that rutin has influences within the kidneys which could activate natural kidney protective responses.

The activation or increased production of antioxidant enzymes is also an important pathway in the protection of organs and detoxification processes.

Rutin And Inflammation

Preclinical studies with rutin are showing that this bioactive compound could have a systemic influence on reducing inflammation. Food derived sources of rutin could have possible benefits on metabolic functioning throughout the body partly because of effects on inflammation signals. Metabolic rate is very important for supporting wellbeing because of how influential this is on overall cellular functions on a day to day basis.

Rutin antioxidant action and inflammation reduction within the body may also influence risk of diabetes. This compound may have beneficial influences on GLUT4 levels and glucose intake for those at risk of diabetes.

Rutin And Mitochondrial Health

Rutin supplementation could support health in sufferers of metabolic diseases via reductions in inflammation. Supplementation with rutin could increase mitochondrial DNA content and size which are important influencers on metabolic health.

This compound may also improve genetic expression of genes and proteins which are needed for mitochondrial biogenesis. The overall health of the heart also depends on our mitochondria and their energy production capacity. Rutin may influence heart health via the mitochondria.

Research influenced models show that rutin could provide support overall wellbeing and influence the functioning of various body systems.

Summary

Rutin is not classically associated with health benefits but is emerging as a bioactive compound of value in our diet and as a supplement.

This bioactive compound is a flavonoid glycoside of quercetin and is found in some citrus fruits. Many of the associated benefits of rutin in the diet or as supplement are thought to result from specific antioxidant traits.

Rutin may have affects against LDL as an antioxidant. This means that rutin could have health benefits in improving cardiovascular health. Some studies have found that rutin is affective against varicose veins.

Rutin may also be preventative of cancer. As an antioxidant plant rutin may cleanse the body of harmful cancer causing molecules and rutin may also influence cancer cell signalling.

Many studies have found that there is an association between memory or brain functioning and rutin intake. This may be because of influences on metal detoxification within the brain and localised antioxidant effects. Healthy metal detoxification could also have influences on liver detoxification. The research suggests that rutin is a possible neuroprotective compound that could support brain health.

Rutin may offer health benefits that include support of optimal cardiovascular health and brain health due to the detoxification of harmful compounds.

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