Do Glucosamine Supplements Support Joint Health

Glucosamine supplements are well researched and popular options to support joint health. If you are considering taking glucosamine supplements you may be considering the evidence that supports their use in promoting optimal joint health.

Nutritionists are aware of some important nutrients and foods that may support our joints from clinical studies. These may include collagen and chondroitin. Vitamin C is also thought to be able to have possible supportive influences on joint health. If you wish to read more about various joint health nutrients which are well established then you could do so here.

A lot of nutritional focus on joint health centres around inflammation reduction and overall joint building block support. This is because of the daily wear and tear that our joints experience. They need to recover from damage just as your muscle do after a significant workout.

Currently glucosamine is the most used nutritional supplement in the US and is usually produced from mammalian or marine cartilage. Glucosamine is usually obtained from crustaceans. Most glucosamine supplements come in the form of glucosamine hydrochloride or glucosamine sulfate. N acetyl glucosamine is also popular. This is a very popular supplement in support of osteoarthritis which is a debilitating joint disease.

Here the evidence that glucosamine supplements support joint health will be considered to show how this could possibly nutrient influence our overall wellbeing.

Glucosamine

You may be wondering how glucosamine has an effect within the body. Glucosamine is a natural amino sugar molecule. Our bodies naturally make glucosamine. The most commonly used nutritional supplement in the States just so happens to be glucosamine. This popularity could be because of a combination of factors. One is significant clinical research with glucosamine and also theory that this nutrient is essential in making different joint specific building blocks.

Glucosamine is needed by our bodies to produce important building block molecules that support connective tissue health. This includes glycoproteins and also hyaluronic acid. Glucosamine makes up about 50% of hyaluronic acid. Hyaluronic acid is thought to provide a cushion like effect on joint movement that shields the joint from excessive deterioration.

Other important joint building blocks include chondroitin and keratin sulfate. These help to make cartilage tissue. They are both implicated in cell adhesion and interact with important intra cellular components such as collagen or fibronectin. Research shows that these compounds may also help our joints to maintain resistance to high shear stress and compression. Resistance to external force is a very important factor in maintaining exercise function and ability.

Glucosamine is an essential component in the production of both of these joint tissue building blocks. This emphasises the importance of sufficient glucosamine in maintaining optimal joint health.

Current research also indicates that glucosamine could also have an anti inflammatory influence in addition to providing support in producing these essential joint building blocks. Glucosamine may do this through influencing the release of inflammatory cytokines which aggravate inflammation. Heightened amounts of inflammation in the joints are of course detrimental in maintaining joint health. This may also lead to the development of inflammatory joint diseases which will naturally reduce athletic capacity and ability.

Does Glucosamine Really Help Our Joints

Theory is one thing. Practically showing links from supplement studies is another thing entirely.

Glucosamine supplements have a well established safety profile. There is also a low incidence of any side effects with glucosamine supplementation. In addition glucosamine supplements are the number one prescribed joint supplement in support of osteoarthritis. Osteoarthritis is a very debilitating disease of the joints. Some would say this can progress to where the pain is almost disabling.

Glucosamine supplements are often promoted as a means of slowing the progression of osteoarthritis. Most studies use 1500mg a day of glucosamine when investigating influences on our health and wellbeing. This is also typically the suggested dose on a glucosamine supplement container.

There are a large number of positive results from many different clinical studies that have looked at how glucosamine may possibly influence joint health and our wellbeing. Studies largely indicate that regular glucosamine supplementation possibly improves joint function. This could be useful not just in supporting arthritis but possibly in high impact sports too where the joints are being used very regularly. Others indicate a significant reduction in joint pain felt in sufferers of osteoarthritis by at least 20%.

Some studies have found that regular supplementation with glucosamine may promote chondrocyte production. Chondrocytes are really important when considering resistance to joint wear and tear. They are vital in helping our joints to recover from physical stresses. Glucosamine has also been shown to encourage osteoblast differentiation. Together these cells help to maintaining optimal joint recovery and overall joint functioning.

Glucosamine may supress the action of neutrophils and specific T lymphocytes which are active under joint inflammation. This may also encourage optimal joint functioning through inflammation reduction that can worsen joint mobility.

Glucosamine Supplementation And Athletic Ability

Considering the influences of glucosamine supplements on joint health you may be thinking that glucosamine supplementation could positively affect athletic ability. Many individuals do use glucosamine supplements to reduce risks of sports related cartilage injuries.

Research has found that some sports involving sharp movements or intensive running create intense joint loads. One study found these loads may negatively impact type II collagen degradation. Collagen is of course important in maintaining optimal joint health. Without adequate collagen athletic ability may be significantly reduced especially when considered throughout ones entire lifetime. Intensive joint loads increase risks of cartilage degeneration and may result in mild osteoarthritis.

Research indicates that glucosamine supplementation may actually reduce the rate of collagen degradation during high impact exercise. This is an interesting finding that suggests supporting a healthy glucosamine intake may improve athletic ability in high resistance sports. Other studies support this finding too.

Glucosamine supplementation may be chondroprotective in endurance athletes. Some also show that glucosamine is implicated in the production of synovial fluid. This provides an important cushion which is required during high impact sports. Preclinical studies indicate that glucosamine is supportive of optimal knee functioning during exercise when the knee joint is in an arthritic state.

Supplementation with glucosamine was observed to improve the symptoms of knee pain and increase linked locomotor functions in a clinical study. This includes declines in walking speed and loss of muscle strength. Glucosamine may also reduce joint space narrowing. This again indicates that glucosamine could have an influence on exercise ability during certain sports.

Overall the research that has been done with glucosamine supplementation is extensive. Most studies show that there is a significant positive relationship between supplementation with about 1500mg of glucosamine a day and joint health.

Summary

Glucosamine supplements are a popular option in support of joint health. Currently glucosamine is the most prescribed supplement to support joints in the US.

Our joints are similar to our muscles in that they require specific building blocks. Various studies have established that vital nutrients such as collagen and glucosamine could possibly support sufferers of arthritic diseases of the joints. After high joint loads such as during intensive running the joints need to recover just as our muscles do.

Our bodies naturally make glucosamine which is needed by our bodies to support connective tissue production and health. Glucosamine helps us to make important joint building blocks such as chondroitin and keratin sulfate. These help us to produce cartilage. Research indicates that these compounds support our joints in resisting high shear stress and compression.

Many studies have shown that glucosamine supplements could slow the progress of osteoarthritis. These studies typically use 1500mg a day when investigating the influence of glucosamine on our health. Glucosamine supplementation may possibly improve joint function and could reduce the joint pain of osteoarthritis by at least 20%. Glucosamine could support chondrocyte and osteoblast activity as well. This could have an overall positive effect on overall joint functioning.

Supplementation with glucosamine could have a positive influence on athletic ability during some high impact sports. Many individuals take glucosamine supplements in order to reduce the occurrence of cartilage injuries. This may be especially true during sports with high impact or intensive running. Studies have found that glucosamine supplements may be chondroprotective in these individuals.

Overall the research with glucosamine supplementation is thorough. Current research shows that there may be a significant relationship between glucosamine use and joint health.

You can find more interesting articles below.

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Vitamin B2 Supplements May Support Cognition And Athletic Ability

Vitamin B2 is a vitamin we need to intake every day which may support both cognitive and athletic ability. Riboflavin or vitamin B2 is an essential water soluble vitamin which is needed within our mitochondria so that they are able to operate properly.

Our mitochondria are fundamental in sustaining energy production. This is one important reason why this vitamin is linked to various health outcomes such as cognitive or athletic support.

Research suggests that levels of vitamin B2 could deplete after strenuous or regular exercise. As we age our requirements of riboflavin also tend to increase. This makes supporting circulating amounts of riboflavin something which individuals of all ages could consider.

The possible ways in which vitamin B2 or riboflavin could support with healthy cognitive and athletic ability will be considered here to show why you may wish to include more of this essential vitamin in your diet.

Riboflavin Or Vitamin B2 And Our Health

Vitamin B2 or riboflavin is essential in supporting the day to day functioning of our mitochondria. Our mitochondria need vitamin B2 to support with energy production from fats and carbohydrates. Sometimes they also use proteins or amino acids to make energy.

Vitamin B2 is a cofactor or rate limiting compound that can determine or change the outcome of energy production within the mitochondria. This energy is then used by our bodies to support healthy amino acid and glutathione production. Both of which are important in supporting optimal tissue growth or the building of muscle. This highlights the importance of vitamin B2 in supporting the overall wellbeing of our bodies on a day to day basis.

Deficiencies in vitamin B2 are not prevalent but symptoms could include fatigue and dry lips. Riboflavin or vitamin B2 deficiency is more prevalent in those who are malnourished or chronic alcoholics. A sustained amount of vitamin B2 is thought to be important in supporting bodily tissues which have high energy requirements. This could be because of a high cell turnover or growth rate as is the case in muscle building.

Foods rich in vitamin B2 include meats and dairy products. This includes beef or fish. Eggs are also a source of riboflavin. There are many vegetable sources of this vitamin too including some fortified cereals. The consumption of water with food is important in maintaining the absorption of the water soluble vitamins from these foods.

The amounts of riboflavin required each day is thought to increase as we age. The suggested RDA of vitamin B2 or riboflavin is thought to be about 1.3mg on average across all age categories. The safety profile of vitamin B2 is well established too. There are many studies which have outlined the safety of lengthy supplementation with vitamin B2.

Riboflavin And Cognition

Various studies suggest that available vitamin B2 could have an influence on different factors related to our cognitive health and wellbeing.

One large scale study with nearly 3000 individuals showed a significant link between scores of cognition and vitamin B2 intake. Vitamin B2 sufficiency seemed to influence and reduce the risks of a lower cognitive score.

Some researchers also suggest that a low riboflavin intake is related to the development of migraines. Sufferers of migraines will know how detrimental migraines are to cognitive health. The avoidance of these through support of vitamin B2 could influence our cognitive ability. Around 400mg of riboflavin a day was considered to be able to significantly support sufferers of regular migraines. The number of headache days and attack frequency was greatly reduced in these individuals.

Our intake of vitamin B2 may also influence nerve cell maintenance. Individuals who are suffering from a riboflavin deficiency may also experience symptoms of neurodegeneration and demyelination. This could clearly have an influence on healthy cognition. The healthy myelination of nerves is important in sustaining the speed of transmission of signals between nerve cells.

Some studies report that our vision could be very disturbed by a deficiency in riboflavin. Riboflavin may interact with vitamin A to support optimal vision which is in itself important in maintaining optimal cognition.

Vitamin B2 And Athletic Ability

Researchers suggest that there is a natural effect of riboflavin deficiency on athletic ability during a session of exercise. This is because of how important this vitamin is in supporting healthy energy production within the body.

Studies have shown that energy production depletes with riboflavin depletion and this is important in sustaining muscle movement as needed during exercise. Also without riboflavin supported energy production the body could suffer with an energy depletion. This could effect longer term muscle recovery from muscle protein synthesis. Our bodies do not store a lot of riboflavin and smaller reserves are available in important organs such as the heart and kidneys.

Other studies have shown that vitamin B2 could have a slight influence on the production of red blood cells. This is important in supporting athletic ability because our red blood cells provide oxygen and carry away carbon dioxide during exercise. Certain studies have shown that riboflavin deficiency could contribute to anaemia.

 Various studies have found positive results when monitoring athletic ability after riboflavin supplementation as part of an administered multivitamin. Studies have also found that circulating riboflavin in our blood stream may deplete after exercise. This emphasises an importance of supporting your exercise routine with the right nutrients.

Riboflavin As An Antioxidant

Preclinical studies also support suggestions that riboflavin deficiencies lead to DNA strand breakages. This is detrimental to tissue recovery and longevity. These are important influencing factors on sustained athletic ability during the lifetime of an individual. Vitamin B2 deficiency may encourage carcinogens to bind to our DNA. Carcinogens are compounds that are likely to cause a cancer influencing event.

There are suggestions that vitamin B2 plays a role as a supportive antioxidant molecule in the prevention of these sorts of outcomes. Other studies suggest that riboflavin may have a role as a protective antioxidant in heart tissue. This could support more optimal cardiovascular health. Homocysteine levels seem to increase under riboflavin deficiency which is an important determinant of cardiovascular health. High homocysteine could also influence bone metabolism to cause abnormalities. Another study suggests that vitamin B2 could support optimal bone health in some athletes.

Riboflavin seems to help our bodies regenerate glutathione. This is one of the most important antioxidants found within the body and so riboflavin could have unrealised extended abilities as an antioxidant which are yet to be discovered. Glutathione is linked with both cognitive health and improved athletic ability. One study linked riboflavin supplementation with a significant reduction in neuromuscular irritability.

Overall various studies indicate that riboflavin or vitamin B2 could have a significant role in the maintenance of optimal athletic and cognitive health. This is thought to be mediated through healthy energy production and the maintenance of tissues as indicated by research.

Summary

Vitamin B2 is an essential vitamin which we are not able to produce. We must regularly consume this vitamin as part of our diet. Our levels of vitamin B2 are thought to deplete after regular or strenuous exercise. In addition there is a higher requirement of vitamin B2 as we age.

Some food sources of vitamin B2 include beef or fish. Riboflavin supplements have also demonstrated an excellent safety profile and effective means of supporting vitamin B2 intake. An average person requires around 1.3mg of vitamin B2.

Research suggests vitamin B2 has a range of health supportive roles. This may include a role as an antioxidant and in energy production within the body. Both of these are possible influencing factors on cognitive and athletic ability.

Energy production in particular is very important in supporting both cognitive and athletic ability. This because the energy produced is used in protein production which helps to build or maintain tissues.

A large scale study found that vitamin B2 supported improvements in cognitive ability. Other studies have found that deficiency in riboflavin may contribute to migraines and also nerve cell degeneration. Many studies link riboflavin to athletic ability because of a defined role in energy production. Research supports this when supplemented as part of a multivitamin.

Importantly vitamin B2 has been suggested to be able to influence homocysteine levels as an antioxidant. Riboflavin is thought to help to maintain the powerful antioxidant glutathione within the body. Studies suggest that optimal amounts of riboflavin are supportive of cardiovascular health and possibly also bone health.

Overall the studies show that vitamin B2 could have a significant role in the maintenance of optimal athletic and cognitive health as a rate limiting factor in various processes.

You can find more interesting articles below.

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How Ginseng Could Support Fatigue Reduction

Ginseng is a popular herb which is used throughout the world to support aspects of our wellbeing including in the reduction of fatigue. Ginseng is most popular in the East and especially in Chinese medicine while this herb is gaining in popularity in Western society as well. There are various varieties of ginseng including Siberian ginseng and Korean ginseng.

Fatigue is a complex disease although various means as to how fatigue can reduced exist. Classical fatigue symptoms include feelings of low or no energy when one should be at a high energy level and also low mood. Fatigue is a sort of stress which our bodies deal with regularly. Adaptogens are thought to be able to support our natural ability to overcome these sorts of stresses.

There are various plant adaptogens which have been discovered including ginseng. These are usually rich in phytochemicals or specific herbal compounds. They may support our  antioxidant levels among having other physiological effects within our bodies.

This is considered to be one of the main reasons why adaptogens have their adaptogenic effects on our wellbeing. Various known adaptogens such as ginseng have been shown to display qualities which may support healthy energy production within the body.

The evidence that ginseng may support fatigue reduction will be summarized here to show why ginseng could become a go to herb in your daily routine.

Ginseng

Ginseng is a name given to a family of herbs. There are various sorts of ginseng including Siberian ginseng and Korean ginseng. They all have a close relatedness and share similar effects on our wellbeing.

The root of the ginseng herb is used in health food products or herbal remedies. In Chinese medicine ginseng is a valuable medicinal herb and has been since ancient times. Ginseng is considered to be able to invigorate or revitalize an individual with added vitality and soothe the mind in this medicinal culture. Panax ginseng has also been shown to be safe to consume regularly in standardised amounts.

Adaptogenic Effects

Ginseng is widely recognised as an adaptogen. This means the herb may influence our adaptability to slight or sudden changes in environment. Environmental variability is able to initiate a stress response.

Research with ginseng has shown the herb may support a healthy stress response to changes occurring in our lives or our adaptability. Many individuals suffer from heightened stress responses across the globe and this is also thought to be one cause of depression.

Stresses are thought to have many different influences on our internal processes. This is why chronic stress may be a large contributing factor to various physical and mental health issues including anxiety.

Through boosting antioxidant status adaptogens are considered to be able to support adrenal gland health. The adrenal gland is where our stress hormone cortisol is produced. This is one reason why adaptogens such as ginseng are thought to possibly be able to influence our stress levels.

Panax ginseng is a confirmed adaptogen which may support healthy adrenal gland functioning. Research has shown that Panax ginseng could affect enzymes which influence the amounts of stress hormone. This herb may positively influence hormonal production within the stress response system as shown by research.

Ginseng And Fatigue

The herb ginseng has been used as a herbal remedy to support the reduction of fatigue and to promote physical health since ancient times. Ginseng has also become popularised in the sports and athletic community because of possible vitality promoting properties.

In Western countries Korean ginseng is the most popular. Research has shown that after exercise levels of our stress hormone cortisol may actually be reduced in people who have supplemented with ginseng root. There are suggestions from research that adaptogens could enhance the ability of our bodies in supporting physical loads without increased oxygen consumption. This would result in more efficient exercise and reduced physical fatigue.

Many individuals suffer from fatigue around the world and the actual causes of fatigue can be varied. This makes fatigue a complex disease. Although there are various means as to how you could support fatigue reduction and revitalize your energy levels.

Some characteristics of fatigue include low mood or vitality and feelings of low energy. Severe fatigue may also result in muscle mass loss and pains. Chronic fatigue can be debilitating and lead to the deterioration in quality of life.

Ginseng As A Fatigue Reducing Adaptogen

Research shows that ginseng supplements are one possible means as to how people could support fatigue reduction and their active lifestyles.

Fatigue is of course an environmental stressor on our bodies. As an adaptogen ginseng is thought to be able to support our bodies in adapting to this stress.

Studies support this and show that the adaptogenic qualities of ginseng root may help to reduce oxidative stress levels while also promoting mental vitality. This could encourage our bodies to maintain their homeostasis which is unconditional to life itself while also promoting anabolic recovery.

Fatigue may induce various stress responses which makes the production of our energy compound ATP less efficient and could reduce endurance. Boosting antioxidant status may improve energy production within our mitochondria and also support a more natural hormonal status. Elevated oxidative stress irritates our mitochondria and is thought to be an important factor which causes chronic fatigue.

The Effects Of Ginseng On Factors Of Fatigue

Studies show that certain adaptogens may be able to increase the amounts of free ATP in the brain. This would then result in improved mental vitality and could initiate a switch from catabolic to anabolic metabolism.

This could be why there are many studies which have linked ginseng with reductions in mental fatigue. Panax ginseng at 1 gram has been shown to stimulate increases in glutathione production. Glutathione is an important antioxidant which could dramatically reduce fatigue causing oxidative stress.

In addition to possible effects on the stress response axis Panax ginseng has been shown to have an influence on mitochondrial activity. Other studies suggest that Siberian ginseng may increase fat utilization in humans. The use of energy input molecules such as fats should naturally support increases in energy production.

The support of theory with practical evidence is very important. This is especially the case in nutrition. A large review of around 12 studies with ginseng concluded that there was a significant difference in outcomes of fatigue in those supplementing with ginseng. Other review studies agree with this conclusion and this is why ginseng is building a reputation as a possible fatigue supporting herb in the health community.

Overall there is a lot of research linking various ginseng varieties with significant reductions in fatigue. Ginseng is a recognised adaptogen which may support the reduction of fatigue and healthy energy levels.

Summary

Ginseng is an increasingly popular herb which is used throughout the world to support various aspects of our wellbeing. Ancient cultures used ginseng as a herbal remedy. There are various varieties of ginseng such as Siberian or Korean ginseng. Certain qualities of ginseng have resulted in this herb being revered as herbal remedy to reduce fatigue.

Fatigue is complex. However various means as to how fatigue can reduced exist. Symptoms of fatigue include low mood or feelings of low vitality. Fatigue is a sort of stress which our bodies have to deal with regularly.

Adaptogens are rich in specific herbal compounds and may support the ability of our bodies to overcome certain stresses. Ginseng is a recognised plant adaptogen which may help our bodies to respond to fatigue.

Research indicates that ginseng may preserve antioxidant levels and hormone production to encourage energy production or vitality. Studies reveal that this could lead to improvements in mental vitality and is why this herb is so revered in some cultures in reducing fatigue.

Adaptogens such as ginseng may encourage adrenal gland health because of their ability to support the healthy release of our stress hormone. Research has revealed that ginseng supplementation could support reductions in stress hormone production. Ginseng may also encourage anabolic recovery. Panax ginseng has been shown to be able to influence the stress hormone axis and also mitochondrial activity.

Review studies with ginseng confirm that a significant improvement in feelings of fatigue may occur with ginseng supplementation.

Overall the studies with ginseng show that this herb is a recognised adaptogen which may support the reduction of fatigue and promote healthy energy levels.

You can find more interesting articles below.

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Does NAC Support Healthy Cognition

N acetyl cysteine or NAC is an increasingly popular nutritional supplement that may have influences on our cognition. Maintaining the optimal health of our brain is very important especially later on in life.

The number of people who are suffering from degenerative diseases of the brain is considered to be increasing globally. This figure is only expected to rise further in coming years too with an aging global population.

NAC or N acetyl cysteine is known to be an antioxidant supporting compound. NAC may support increases in glutathione production. This has been linked to reductions in inflammatory health outcomes and may be an important reason why NAC supplements could support healthy cognition. Glutathione is one of the most important antioxidants within the body.

The ways in which NAC could support healthy cognition will be considered here to show why this compound may be a supplement to add to your health routine.

NAC

NAC is not as well known as a healthy lifestyle supplement as vitamins or minerals are. However NAC is gaining in both popularity and researched benefits in terms of possible influences on our health. NAC supplements have also proved themselves to have a really positive safety profile in clinical studies.

NAC is interchangeable with the name N acetyl cysteine. These mean the same thing. NAC helps to provide our bodies with a source of this amino acid. Cysteine is an amino acid which the body requires to function correctly.

The body requires cysteine because of a particular sulphur group which forms an important part of some of the most important proteins within the body. This amino acid is rate limiting in the production of these proteins. NAC is thought to be able to effectively cross our blood brain barrier which is why this compound is of interest as a cognition supportive nutrient.

NAC And Cognitive Health

Research indicates that NAC could support certain neurological disorders through reducing the occurrence of linked processes that are influential on the progression of these disorders. Clinical studies show that NAC could possibly support depression and anxiety sufferers.

One of the main biological actions of NAC within the body is thought to be support of healthy antioxidant levels. Various studies indicate that NAC supplements could boost our antioxidant status. Particularly within the brain. The cysteine with NAC is used to produce glutathione in the body. This is one of our more powerful antioxidants.

Studies show that neuroinflammation and oxidative stress within the brain may have a large impact on cognitive health or cognition. Oxidative stress is the opposite of antioxidant action. Oxidative stress can become dangerous to handle within the body and may result in tissue damage. Such oxidative stress is a cause of cell dysfunction and blood brain barrier destruction. This is then thought to be a cause of some brain conditions and disorders. NAC very likely helps to reduce oxidative stresses within brain tissues through the powerful antioxidant glutathione.

Preclinical studies have indicated that NAC supplementation could prevent build ups of neuroinflammation so may then be supportive of improved cognition. Research indicates that maintaining a high antioxidant capacity could be effective in promoting healthy cognition. This is again suggestive that supporting the amounts of the powerful antioxidant glutathione could possibly be of benefit to our cognitive health.

The consensus of current research with NAC supports this and is showing that NAC supplementation as a treatment may possibly result in healthier cognition. NAC supplementation is thought to have pre clinical efficacy in being able to support our cognitive health. Some effects may include peak motor and coordinated running abilities.

NAC And Mitochondrial Dysfunction

One important influencing factor on some neurological conditions is mitochondrial inflammation. Our brains use an incredible amount of energy every day. Streamlining and safeguarding this process through mitochondrial support is an important means through which our bodies support healthy brain functioning.

The preclinical evidence supports the suggestion that NAC may reduce mitochondrial dysfunction within brain tissues. This is again through improvements in antioxidant status and reductions in localised inflammation which trigger mitochondrial dysfunction.

Glutathione is a very powerful antioxidant which may cleanse the mitochondrial of various oxidative molecules which trigger inflammation. Mitochondrial inflammation is linked with more severe psychomotor impairments that may limit healthy cognition.

NAC And Cognitive Aging

Excessive mitochondrial inflammation is also thought to be a cause of accelerated aging within tissues of the brain. Preclinical NAC supplementation was shown to possibly be able to support improvements in healthy brain aging.

Oxidative stresses and inflammation play important roles in the development or manifestation of Alzheimer’s disease. NAC has been shown to protect synaptic mitochondrial proteins from oxidative damage. This action could be preventative of age related memory losses and may also help to maintain neural structure.

NAC seems to have cellular level effects on inflammation signalling. This could suppress the release of inflammatory cytokines which are produced during neuroinflammation and support improved outcomes from neurodegenerative diseases. This includes Alzheimer’s disease and Parkinsons where neuroinflammation plays an important role.

Supplementation with NAC could then possibly support healthy cognition in sufferers of Alzheimer’s and alleviate cognitive decline.

NAC And Neurogenesis

Neurogenesis is the process by which new nerve cells are produced. There is evidence that suggests NAC could promote neurogenesis through support of glutathione production.

Supplementation with NAC could also be supportive of new nerve cell survival as a precursor to glutathione. One known action of glutathione within the body is heavy metal detoxification and this is an important process which may protect the development of new neurones.

Aluminium is a known neurotoxin and may result in increases in oxidative stress levels if accumulated within the body. Studies have also found that Aluminium is involved in the progression of cognitive disorders such as Alzheimer’s disease. A preclinical study found that NAC may be able to support the brain against aluminium caused cognitive dysfunctions. This action is supportive of the development of new and maintenance of neural pathways. Other similar preclinical studies show that NAC may support the brain in the protection from cognitive dysfunction caused by bisphenol A. This is another toxin which is able to accumulate within our food chain and cause elevated oxidative stress in our bodies.

NAC is also considered to be a supportive factor in influencing longer term neuroadaptation. This is also called neuroplasticity. NAC may then also help our brains to evolve with our environmental conditions.

Overall the evidence is building that NAC supplements could support improved cognition while NAC has been shown to effectively cross our blood brain barrier. Specifically NAC may build glutathione levels up while cleansing oxidative stresses in brain tissues. As a result NAC could protect brain tissues and their functioning.

Summary

N acetyl cysteine or NAC is an increasingly popular nutritional supplement which is being recognised as a brain supportive nutraceutical.

Research in support of health benefits of NAC is growing. NAC also has been shown to have a positive safety profile. NAC provides our bodies with a source of the amino acid cysteine. This amino acid is needed by our bodies to produce various important and health supportive proteins. NAC is able to effectively cross the blood barrier. This is one reason why this amino acid has become so popular in cognitive research.

Studies so far support the use of NAC as possibly being able to help sufferers of depression and anxiety. Supplementation with NAC may support our overall antioxidant capacity through helping to maintain health levels of glutathione.

NAC is thought to be able to help with supporting our overall cognitive health as a limiting factor in the production of glutathione. This powerful antioxidant cleanses build ups in oxidative stress and inflammation. Research shows that both neuroinflammation and oxidative stress build ups are possible causes of degenerations of our cognitive health.

Oxidative stress can cause tissue damage or blood brain barrier destruction. This is thought to be a cause of various brain conditions and disorders. Our brain mitochondria are important in sustaining healthy energy levels to support important cognitive functions.

Healthy glutathione production from NAC supplementation may reduce mitochondrial inflammation which may then support cognition. Glutathione is also considered to be important in protecting nerve cell lifespan and also neurogenesis. NAC may also help our brain pathways to adapt to our changing environment.

Overall the evidence shows NAC supplements could support healthy cognition through protecting brain tissues and their functioning.

You can find more interesting articles below.

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Do Omega 3 Supplements Support Cognition In Children

One of the most well marketed supplements to give to children are omega 3 fatty acid supplements because of their links to supporting optimal cognition. Omega 3 fatty acid supplements are also very popular in terms of supporting cardiovascular health.

There is a lot of bad press around fats and our wellness. However maintaining a diet containing healthy fatty acids such as omega 3 is considered to be very important in supporting optimal wellness. A regular intake of omega 3 fatty acids such as DHA and EPA is recommended by international bodies to support more optimal heart health in adults.

Fatty acids are recognised as being vital in the optimal development of a child. Especially the brain. Fatty acids are important structural components of both our bodies and the brain. The DHA omega 3 fatty acid content within the brain is particularly high. About 90% of polyunsaturated fatty acids within the brain are DHA.

Research has started to implicate omega 3 fatty acids with depression and also cognitive processing. With this high DHA omega 3 content within the brain you can see why there are links being made with cognition in developing children.

The evidence that omega 3 supplements could support optimal cognition in adolescents will be considered here to show why you may wish to consider giving an omega 3 supplement to your children.

Omega 3

If you have been to a wellness store or to a health supplement isle in a shop you will have heard of omega 3. Omega 3 refers to specific fatty acids. These are longer chain polyunsaturated fatty acids with examples being DHA and EPA.

DHA is the most abundant omega 3 fatty acid found in the brain. About 90% of polyunsaturated fatty acids within the brain are DHA. About 20% of the total fat content of the brain is DHA. DHA is very concentrated in the grey matter of the brain. DHA may encourage the development of the prefrontal lobes which is heavily linked with higher order cognitive ability.

Fatty acids are important structural components which make our cells and envelope them from the outside world. They are also very important parts of our brain or nerve cells. The brain has a big requirement of fatty acids such as omega 3 to support our daily functioning.

Studies support omega 3 fatty acids as being crucial in maintaining blood brain barrier integrity, neurone growth and nerve cell membrane fluidity. Omega 3 fatty acids are thought to play a role in supporting healthy nerve myelination and also in reducing neuroinflammation. These are outcomes which are heavily linked to more optimal cognition. This has also led to omega 3 fatty acids being implicated in diseases or health outcomes such as depression.

Omega 3 Rich Foods And Why People Choose Supplements

You can find very high amounts of omega 3 fatty acids in foods like fish and some oil seeds such as flax seeds or chia seeds. Fish such as salmon or sardines are rich in DHA. One very popular means of supporting our omega 3 fatty acid intake in children is through supplementation. Many parents do provide their children with omega 3 fatty acid supplements. The amounts of omega 3 fatty acids are controlled and are possibly more concentrated in omega 3 supplements.

Does Omega 3 Support Optimal Cognition In Children

Omega 3 and other fatty acids are certainly recognised as having important structural roles in the brain. This is why omega 3 fatty acids are linked with the support of more optimal cognition in both children and adults.

Omega 3 is considered to be very important in supporting the optimal development of the brain of a child. This is one reason why omega 3 supplements are thought to be so popular with parents.

DHA omega 3 is considered to be particularly important in supporting the development of the brain especially during rapid stages of growth. Pregnant women are also recommended by some organisations to consume 200mg DHA daily in support of the optimal development of a child.

Omega 3 And Information Processing In Children

There is a lot of research which has been done in terms of exploring the relations between omega 3 fatty acid supplements and brain health in children. While theory is an excellent basis the support of this with practical research is the best way to identify any clear benefits from supplementation in children.

Various studies show that omega 3 could support healthy cognition and cognitive health in children. One study showed that cognitive perception was improved in children who supplemented with an omega 3 fatty acid supplement. Healthy perception is important in the overall development of a child. Supplementation with DHA could support improvements in reaction times in children too according to other studies.

According to one study an improvement in omega 3 fatty acid intake may specifically influence visual information processing in children. Speed of word recognition is an important aspect of the cognitive learning process of a child. Omega 3 fatty acids may influence this ability.

Some studies suggest that omega 3 fatty acids may be important during frontal lobe development at around 7 to 9 years old. This phase is important in supporting cognitive ability and learning. There is evidence that DHA supplementation could support brain activation and reading ability in this age group. DHA is of course an important component of grey matter and has been linked with prefrontal lobe development.

Omega 3 And Recall In Children

Another study found that word recall was improved with omega 3 fatty acid supplementation. The group of children taking DHA were able to recall or remember more than the group of children who did not take the omega 3 supplement. This is significant evidence suggesting there is a possible relation between omega 3 intake and support of more optimal cognition.

Other similar studies support this finding. They also suggest that verbal recall is possibly improved in children taking an omega 3 supplement. There are a couple of studies which support this finding when children have been supplemented with around 1 to 2 grams of omega 3 fatty acids a day. These studies are usually providing around 500mg of DHA and from 50mg to  around 100mg or 200mg of EPA.

One review of multiple studies concluded that supplementation with a total combined dose of 450mg of DHA and EPA omega 3 fatty acids a day may improve cognition in young children. Research indicates that possible improvements may be more pronounced in younger children than in adults. This may be because of their relative developmental stage.

Visual pair matching ability was also shown to be improved in a study where children supplemented with omega 3. This provides further support of omega 3 supplementation in promoting more optimal cognition. Similar studies have found that numerical recall may also improve in children who have supplemented with omega 3.

Overall the research strongly suggests that omega 3 supplementation could possibly support aspects of the cognition of a child including word recall and reaction time.

Summary

Omega 3 supplements are among the most popular supplements to give to children. Various studies have linked omega 3 fatty acid intake with the support of healthy cognition in children.

Omega 3 fatty acids are considered to be very important in supporting the maintenance and development of our brains. They are crucial in the maintenance of the blood brain barrier and also neurone growth. This are core reasons why omega 3 fatty acids have been implicated in supporting the cognitive health of developing children. Studies have also implicated omega 3 fatty intake in health outcomes such as depression.

The research with omega 3 fatty acid supplementation provides strong and clear support that omega 3 fatty acids could possibly encourage more optimal cognition in children. Studies have found that children who supplemented with omega 3 fatty acids had improved cognitive perception. Other research shows that when children supplement with omega 3 fatty acids they could experience improvements in word and numerical recall. These are important aspects of cognitive ability.

Research at the moment indicates that supplementation with around 450mg of a combined DHA and EPA supplement could support more optimal cognition in children. Results are thought to be more significant in children because of the developmental stage of their brains.

Overall the studies available suggest that omega 3 supplements may possibly support improvements in the cognition of a child including word recall and reaction time. This is when omega 3 fatty acids are provided in the right quantity.

You can find more interesting articles below.

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How Luteolin Supplements Or Foods May Influence Our Wellness

Luteolin is an interesting plant chemical found in various foods and some food supplements too. Significant amounts of luteolin may be found in fruits and vegetables which are readily available to buy at various grocery stores.

Some foods thought to contain relatively high amounts luteolin include celery, parsley, bell peppers and broccoli. Other foods which may contain luteolin are lemons, rooibos tea, green tea and chives.

Because of observed possible effects in research luteolin has been developed into medicinal extracts and supplements. Luteolin has gathered significant interest due to possible effects against the development of cancer.

Researchers have outlined possible effects of luteolin against aggressive cancers such as lung, colon and pancreatic cancers. There is also a possibility that luteolin has an anti inflammatory influence on other aspects of our health including allergies.

The possible effects or influences of luteolin on our overall wellness will be summarised here to show why you may want to include more of this interesting phytochemical in your diet.

Luteolin And Cancer

In the far east luteolin has been embraced in traditional Chinese medicine. Plants rich in luteolin are typically used to treat some diseases including inflammatory disorders and cancers. In addition to this luteolin has been observed to possibly support those with mild allergies as an anti inflammatory phytochemical.

Some researchers have observed effects of luteolin against the development of aggressive tumor cell growths. In a preclinical setting luteolin has been observed to block the development of some cancers such as colon and pancreatic cancers.

Some of the possible effects of luteolin on cancer cells as viewed in a preclinical setting may include protective effects against carcinogens as well as a blocking of the cancer cell cycle. Luteolin has been shown to possibly be able to encourage healthy cell signalling regulation during high cell stress conditions such as those which occur during cancer cell replication events. This includes cell apoptosis or the controlled death of cancer cells.

Most the possible effects of luteolin on the development and manifestation of cancer as identified from research are likely because of the antioxidant qualities of luteolin. Oxidative stress is recognised as having significant influences on the development of various cancers.

Antioxidants such as luteolin or vitamin C and overall antioxidant status is being increasingly suggested as having supportive effects in various stages of cancer. Antioxidant status is very much seen as a preventative of the development of various cancers.

As a plant flavonoid luteolin has natural effects against oxidative stress. While possibly not as strong as vitamin C or glutathione plant flavonoids such as luteolin may have supportive effects on our overall antioxidant capacity. So far about 5000 flavonoids have been identified in plants which may influence our overall wellbeing.

Anti Inflammatory Effects Of Luteolin

Gut inflammation and inflammatory gut disorders are on the rise globally with many individuals suffering from inflammatory diseases such as IBD. This is especially true in newly industrialized nations.

Plant phytochemicals such as luteolin may have positive influences on the progression and prevention of inflammatory gut disorders.

One study outlines some preventative suppression of inflammation within the gut environment with the right amount of luteolin. Luteolin could have significant suppressive effects on inflammatory cytokines in the gut. This could ease the extent of inflammation in this area of the body. While this needs further investigation this is certainly a promising development in terms of the possible health effects of luteolin.

Other studies have found similar with effects possibly because of an antioxidant and calming influence on our gut environment. The natural anti inflammatory effects of luteolin as a flavonoid may also influence outcomes of skin psoriasis.

Effects of Luteolin On Our Gut Bacteria

Our gut microbiome is also being increasingly recognised as having a very significant role in supporting our overall wellbeing. This includes healthy gut bacteria which thrive in our guts. These bacteria help to maintain the overall health of the intestines and also contribute to other aspects of our wellness.

Luteolin is thought to be able to support some of the more health promoting or supportive gut bacteria. This was observed by one study to have an influence on the extent of inflammation within the intestines. That could influence the risks of developing colorectal tumors.

Anti Diabetic Effects

Because of anti inflammatory influences luteolin could also have a significant effect on blood insulin. In a preclinical study luteolin was able to encourage healthier blood glucose levels as a result of improvements in circulating insulin. This is an influential factor on the development of diabetes.

Proinflammatory cytokines are known to have a role in the development of diabetic complications. Luteolin could reduce pancreas beta cell dysfunction through anti inflammatory effects and in doing so protect insulin production. This would have various effects on our overall wellbeing.

Nerve Protective Influences

Other influences of luteolin on the functioning of our body system may include neuroprotection. Luteolin has been shown to be able to cross the blood brain barrier. Once again an inflammation suppressing action from luteolin was observed in a preclinical study to have a possible and significant influence on aspects of memory.

Luteolin could reduce the amounts of pro inflammatory cytokines within nerve cells. Nerve cell inflammation may be then reduced by luteolin. This could influence conditions such as mild brain fog or impaired concentration.

These are interesting developments which need further study. Some researchers have started to study the effects of luteolin on age related cognitive diseases. This includes Alzheimer’s disease and Parkinsons. Some researchers have found that luteolin could be a neurotrophic or nerve growth factor which supports healthy nerve cell development.

Kidney And Heart Protective Effects

Luteolin is also thought to have possible protective effects on kidney health. One study identified luteolin as being able to support the natural detoxification processes which occur in the kidneys. This is again thought to be the result of antioxidant and anti inflammatory effects within the kidneys.

Preclinical studies have found that luteolin could boost the amounts of some health supportive antioxidant enzymes which our bodies naturally produce. This would be supportive of kidney health.

Luteolin may also be preventative of heart diseases. Research supports various cardioprotective effects of luteolin. Once again anti inflammatory actions may be the way through which these cardioprotective effects could work. Preclinical studies support luteolin as having a mild ability to reduce oxidative damage and inflammation. These are both important in maintaining optimal heart functioning.

Overall luteolin has a lot of promise as a compound which may support our overall wellbeing. While luteolin needs further study a lot of possible effects on our wellness have been identified from kidney protective actions to the support of optimal gut health.

Summary

Luteolin is a flavonoid which has been suggested to influence various aspects of our wellbeing. This is why luteolin is increasingly being found in various food supplements. You can increase the amount of luteolin you intake through your diet by eating foods such as parsley and broccoli.

This flavonoid has antioxidant effects and so has been thoroughly studied in relation to the prevention of some cancers. Traditional Chinese medicine has embraced luteolin containing plants and uses them to assist with inflammatory disorders.

Luteolin has been observed in preclinical studies to be able to promote healthy cell cycles during cancer events. This includes the activation of controlled cancer cell death known as apoptosis. Oxidative stress is a significant influencer on cancer development and progression. As an antioxidant flavonoid extracts containing luteolin may directly influence cancer prevention and risk of developing cancers. Luteolin has been shown to protective of antioxidant status.

As a flavonoid luteolin may also have a positive influence on gut inflammation. Luteolin could directly suppress the production of inflammatory cytokines within the gut environment. This could be because of antioxidant qualities. Luteolin could also improve levels of health promoting gut bacteria too.

The anti inflammatory effects of luteolin once consumed may also be able to positively influence cognition and skin psoriasis. Luteolin has also been shown to have positive effects on important factors which may influence the risk of diabetes. This includes things like insulin production and blood glucose levels.

Overall the research shows that luteolin has a lot of possible effects on our wellness. These need to be reviewed further to be conclusive. This flavonoid has a lot of promise as a health supportive plant compound.

You can find more interesting articles below.

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How Multivitamin Supplements Support Healthy Cognitive Aging

There is an increasing amount of evidence to suggest that multivitamin or micronutrient intake is essential in supporting healthy cognitive aging. The global population is aging while the rate of cognitive decline is also increasing.

Current suggestions indicate that the number of people aged 60 years and above may double from one to two billion in 2050. There are currently more adults than children globally which is a first in recorded human history.

Current research indicates that cognitive declines in our aging global population are being driven by the struggle to meet nutritional requirements. A lack of adequate nutrition increases the risks that a person could develop cognitive issues later in life.

Accumulating evidence shows that the elderly may be lacking in crucial micronutrients such as vitamin C or selenium which could be crucial in supporting their cognitive abilities.

The evidence that multivitamin supplements and nutrient intake promote healthy cognitive aging will be considered here to show why you should ensure that you are on top of your nutrient intake.

Cognitive Aging

Optimal cognitive health is recognised as being very important in maintaining self reliance, quality of life and functional capacity in older adults. Cognitive aging is the process by which our brain structures and brain functions gradually deteriorate over time. While the brain is spectacular this organ is also prone to degradation over time.

The sorts of structural changes which occur include reductions in grey brain matter, a reduced neuroplasticity or a reduced flexibility in function and abnormal neurone synapse activities.

These are thought to be the core internal changes that drive a significant portion of cognitive aging. Important aspects of cognitive aging include a progressive decline in memory, brain processing time and executive functions as we age.

Supporting these aspects of brain functioning and the prevention of their could be considered to be very important in the prevention of cognitive declines as we age. A growing amount of evidence is showing that nutrition plays a vital role in the prevention of early cognitive decline.

Amounts of minerals and important vitamins required to support our ongoing bodily processes may play one of the most vital roles. Levels of antioxidant vitamins and minerals in particular are heavily linked to the early progression of cognitive declines. This is through accumulated oxidative stress and inflammation that may occur with a lack of antioxidants.

Multivitamin Supplements And Early Cognitive Decline

Research is beginning to support the use of multivitamin and mineral supplements as a means to support or prevent early cognitive decline in the elderly.

Multivitamin and mineral supplements present themselves an effective means of tackling cognitive decline because of a lack of nutrients. These sorts of supplements offer a broad scale means to bridging or reducing any core nutritional deficits. There is an accumulation of evidence showing that the elderly may be at risk of lacking crucial micronutrients which could be vital to supporting their cognitive abilities.

One large scale clinical trial showed that a multivitamin supplement supported healthy cognition and memory in older adults. There were significant reductions in cognitive aging over the two year study. This is one very important example of evidence based conclusions that multivitamin supplements could influence healthy cognitive aging in the elderly. Deficiencies in important micronutrients are thought to drive or compromise nerve cell functioning and cognitive ability.

Another study showed that eating a diet rich in nutrient dense foods is linked to a reduced risk of cognitive decline. Such a diet included nuts, fish and berries which are rich in nutrients which may be considered to be neuroprotective. The foods were thought to be particularly rich in nutrients supportive of a healthy antioxidant status. This could reduce the rate of cognitive aging.

Neuronutrients Which May Support Healthy Cognitive Aging

Neuronutrients are important micronutrients which you find in multivitamin and mineral supplements that may support optimal cognitive performance and brain health.

Clinical studies confirm that vitamins C, D, E and B complex vitamins may all directly impact core nerve cell processes. This includes things like neurotransmitter production and inflammatory responses. Minerals such as selenium, zinc and magnesium also play a role in these processes.

Importance Of B Complex Vitamins And Vitamin D In Cognition

Research shows that B complex vitamins such as vitamin B6, B9 and B12 could all impact cognitive declines in the elderly. These are usually included in a standard multivitamin supplement but possibly in varied quantities. Deficiencies in these vitamins are linked to reductions in brain organ size. This would then be a risk factor in the development of cognitive decline. All of these vitamins play an important role in supporting homocysteine metabolism and this is why they are linked to reductions in brain size.

Another important vitamin found in many multivitamin supplements is vitamin D. This vitamin is considered to be able to positively affect brain derived neurotrophic factor. This is able to support the healthy development of new neural connections. Low levels of this factor are heavily linked with risk of developing dementia. BDNF has significant neuroprotective effects at the right concentration as shown by various studies.

Essential Energy Production Nutrients May Support Healthy Cognitive Decline

Levels of the mineral magnesium have been shown in various studies to be supportive of learning and memory. Magnesium plays an important role in the support of energy production. Our brains use a tremendous amount of energy every day and this is why this mineral may help to support healthy cognitive functioning.

Another mineral supportive of healthy cognitive functioning through supporting healthy energy levels may be chromium. This mineral enhances the use of glucose within the body thorough protecting insulin sensitivity.

Nutrients Supportive Of Nerve Myelination And Health Cognitive Functioning

The two most important minerals which support healthy nerve myelination are copper and iron. Nerve myelination is essential in supporting healthy nerve electrical signals between nerve cells within our brain.

Copper is a nutrient which is implicated in healthy myelination. Deficiencies could lead to nerve tangling which is linked with the development of Alzheimer’s disease. Iron is also implicated in nerve myelination. Deficiencies in iron in early life are linked to lifetime cognitive deficits.

Important Antioxidants Supportive Of Healthy Cognitive Decline

Various antioxidants which are found in multivitamin supplements are also very important in maintaining cognitive health especially as we age.

Vitamin C is a strong antioxidant required in large amounts by our bodies each day. This vitamin is thought to be able to reduce oxidative stress and inflammation within the brain which may be supportive of cognitive health. As an antioxidant the mineral zinc may also play a similar role. Zinc is found in high concentrations within the brain. Zinc is important in synaptic transmission and hippocampal functioning.

Selenium is another mineral which may support antioxidant status within the brain. This mineral supports elevated quantities of glutathione peroxidase which helps to makes the glutathione antioxidant complex. Research has shown that levels of this mineral directly correlate with cognitive declines.

Another important nutrient in supporting healthy cognitive decline because of an antioxidant influence is vitamin E. This antioxidant vitamin is able to stabilise nerve cell membranes and prevent their damage or oxidation. As you can imagine this effect may be very preventative of cognitive decline and is implicated in the progression of Alzheimer’s.

Overall the research shows that multivitamin supplements could have preventive effects on cognitive decline as we age and may support healthy cognition in the elderly.

Summary

An increasing amount of evidence suggests that multivitamin intake is essential in supporting healthy cognitive aging.

Research indicates that an important driver of cognitive decline in our ageing population is nutrient intake. The elderly are particularly vulnerable to micronutrient deficiencies which could contribute to declines in cognitive functioning.

Cognitive aging is the process by which our brain structures and brain functions gradually deteriorate. While the brain is a spectacular organ this organ is also vulnerable to decline over time. Important aspects of cognitive aging include a progressive decline in memory, attention, processing speed and executive functions.

Research is beginning to support the use of multivitamin and mineral supplements as a means to support or prevent early cognitive decline in the elderly. They present themselves an effective means of tackling cognitive decline because of a lack of nutrients.

Recent research has shown that both multivitamin supplements and nutrient dense diets could support healthy cognitive decline. Some important nutrients may include vitamins C and B complex vitamins. Minerals such as selenium and copper may also have an important role in supporting the health of our brain.

Overall the research so far has been conclusive in supporting the use of multivitamin supplements to reduce the risk of cognitive decline as we age.

You can find more interesting articles below.

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10 Foods High In Minerals That May Support Our Wellbeing

Regularly consuming foods high in minerals is very important in supporting our wellbeing. This is because we use minerals such as magnesium and zinc every day as part of core body functions.

Magnesium has a role in supporting healthy energy production within the body while zinc supports core cellular processes and manages oxidative stress as an antioxidant. Both of these are essential in maintaining the optimal functioning of our bodies.

Phosphorus is another really important mineral in the body which we could not survive without. Healthy intakes of phosphorus support bone health and also energy production within the body.

If you exercise regularly you may find that you require more minerals in comparison to those who are more inactive. This is because our bodies are using a spectrum of minerals constantly to support important cellular processes.

We also lose electrolytic minerals through our sweat and so ensuring we are well supported with minerals or replenished is vital when exercising regularly. This may be one important reason why you are considering improving or supporting your dietary intake of minerals.

10 top foods high in minerals will be listed here to help you to increase your mineral intake and possibly help to support your wellbeing.

Why Minerals Are Important In Supporting Our Wellness

An efficient means to support our nutrient intake of minerals is possibly to add foods to our diet which are high or nutrient dense in various minerals. Nutrient density just means that per 100 grams or homogenous measurable unit of food there is a really condensed amount of nutrients compared to other foods. Foods dense or rich in a spectrum of minerals are more efficient because per meal you are maximizing your mineral intake.

Magnesium And Zinc

Minerals are so important in maintaining our wellness and are often overshadowed by vitamins or phytonutrients. Magnesium is one mineral which is absolutely essential in supporting our wellbeing. This mineral is involved in the process of energy production while magnesium is recognised as being essential in supporting healthy muscle contractions. One recent study determined that many elite athletes may develop a deficiency in magnesium. This most likely because of electrolytic losses through exercise and sweating.

Another important mineral is zinc. Zinc supports various enzymatic processes that drive core functions within the body. This mineral is one of the most abundant found within our brain. As an important antioxidant zinc prevents build ups in oxidative stress within our body. Around half of the population of the world are thought to be at risk of zinc deficiency.

Phosphorus And Calcium

Phosphorus is one of the most important minerals and is found in all of our cells. This mineral is a crucial part of the structure of our DNA while also supporting healthy energy production within the body. Phosphorus is structurally important alongside mineral calcium in supporting optimal bone and teeth health. Phosphorus is not easy to obtain from our diet but there are various foods which are rich in this mineral.

Calcium also functions as an important electrolyte in supporting healthy muscle contractions while having an important role in facilitating signals between and within cells. This allows our bodies to properly coordinate their functioning.

Iron And Manganese

Iron is very important in preventing fatigue within the body. This mineral ensures that sufficient oxygen travels throughout our bodies to support the optimal functioning of our muscles.

Manganese is a trace mineral which the body also needs to support optimal bone health. This mineral is also essential in promoting optimal fat and carbohydrate metabolism. Manganese also promotes superoxide dismutase production within the body. This is an antioxidant enzyme that helps to manage levels of oxidative stress.

There are many more minerals which the body requires. These are just examples of the more well known minerals and why minerals are so important in supporting our wellbeing.

10 Foods High In Minerals

Below is a list containing 10 foods which are really high or nutrient dense in various minerals to consider adding into your diet. These are all foods which you should be able to find in any supermarket or grocery store and also integrate into your weekly diet.

Cashew Nuts

Cashew nuts are a very popular snacking food as they are nutrient dense in many important minerals and other nutrients. They are also very versatile and some meals can easily integrate cashew nuts. This includes some Thai curries and similar dishes.

100 grams of dry roasted cashew nuts is able to provide around 6mg of iron and also 273mg of magnesium. This is about 33% of an average RDA of iron and 65% of a magnesium RDA. The same amount of cashew nuts contains about 5.4mg of zinc or 50% of an average RDA and 2mg of copper too. This is about 200% of the average copper RDA.

In addition this nut is an excellent source of selenium and provides about 20µg of selenium per 100 grams making just under half of an average RDA. There is also about 530mg of phosphorus within cashew nuts per 100 grams which is also just under half of an average RDA.

Altogether this is a seriously nutrient dense nut which you could easily add to your diet to support your nutrient requirements.

Brazil Nuts

Brazil nuts are native to the amazon and are rich in various minerals which our bodies need. One of these is selenium. We require healthy levels of selenium to promote optimal amounts of the antioxidant enzyme glutathione peroxidase which is part of the antioxidant glutathione complex. Selenium also encourages optimal thyroid gland health.

Brazil nuts contain 280µg of selenium per 100 grams which is about 500% of an average RDA. Brazil nuts are also excellent sources of zinc containing up to 4mg of this mineral per 100 grams. This makes about 34% of an average RDA. Brazil nuts also contain an astounding 350mg of magnesium per 100 grams which is about 80% of our RDA. In 100 grams of Brazil nuts you could also find about 700mg of phosphorus which is nearly 60% of an average phosphorus RDA. In addition Brazil nuts contain about 1.7mg of copper per 100 grams which is nearly 200% of an average RDA.

Spirulina

Spirulina powder is one of the most nutrient dense foods available to us. If you are very active you could easily add a small spoon of spirulina powder into your regular protein shake. This may give you an added mineral boost. Spirulina is very exotic as well coming in various colours. There is a blue spirulina powder in addition to the regular green spirulina powder.

There is about 30mg of iron and 6.1mg of copper in 100 grams of green spirulina powder. This makes nearly 600% of the average copper RDA and 150% of the average iron RDA. There is also about 2mg of manganese in 100 grams of spirulina which is nearly the full average RDA of this important mineral. 100 grams of spirulina powder also contains about 2mg of zinc and 195mg o magnesium. This is 20% of an average zinc RDA and nearly half of an average magnesium RDA.

Taken together spirulina is a really nutrient dense food which could possibly support your mineral requirements. This is especially the case if you are more active than average.

Spinach

Spinach is an extremely nutrient dense food in some important minerals which vegans or vegetarians really struggle to consume a lot of. This food is very easy to cook with and integrate into your weekly diet.

Spinach an excellent source of naturally bioavailable mineral iron. 100 grams of cooked spinach contains about 3.6mg of iron and this is about 20% of an average RDA. Other minerals you find in high amounts in spinach include manganese and copper. In 100 grams of spinach there is about 1mg of manganese which is about 40% of an average RDA. There is roughly 0.17mg of copper per 100 grams of spinach which is about 20% of an average RDA.

Spinach makes a nice addition to any dish to support extra mineral needs and is very easy to cook as well.

Sardines

Sardines are a delicious seafood which is usually grilled and is very popular in the Mediterranean. In terms of maximising nutrient intake you could look to eat sardines with bones. This ensures that you are eating a nutrient dense source of phosphorus in addition to a wealth of other minerals.

100 grams of cooked sardines contains about 490mg of phosphorus which is about 40% of an average phosphorus RDA. The same amount of sardines also contains about 380mg of calcium which is about 30% of the calcium RDA. 100 grams of cooked sardines also has about 50µg of selenium and this is about 100% of an average RDA. Sardines also contain a rich iron content and you could obtain about 3mg of iron from 100 grams of sardines. This is about 20% of an average RDA.

Altogether sardines offer a highly nutrient dense food in various minerals which could support your mineral needs.

Kidney Beans

Beans are rich sources of minerals and other nutrients. Kidney beans in particular are nutrient dense in various minerals.

In 100 grams of cooked kidney beans there is 0.22mg of copper and 0.43mg of manganese. These are two of the most nutrient dense minerals which could be found within kidney beans and represents about 20% of an average copper RDA and 20% of an average manganese RDA. In 100 grams of kidney beans you could also find 2.2mg of iron and 405mg of potassium. This is about 12% of your iron RDA and 10% of your potassium RDA.

Black Beans

Black beans are another mineral dense bean which is easy to integrate into your diet. A portion of black beans go well with spicy or rich based dishes.

In 100 grams of black beans there is about 2mg of iron and 70mg of magnesium. This is about 11% of an average iron RDA and 16% of a magnesium RDA. The same amount of black beans may also provide around 1.1mg of zinc which is about 10% of our RDA.

There is also about 0.2mg of copper and 0.44mg of manganese in 100 grams of black beans. This provides us with 20% of the average RDAs of these minerals. There is also additionally about 350mg of potassium within 100 grams of black beans which is about 8% of an average RDA.

Lima Beans

Lima beans provide an excellent source of various nutrients. They are easily used to make pasta dishes and also spicy Mexican cuisines.

Lima beans provide about 0.24mg of copper and 0.52mg of manganese per 100 grams. This is about 20% of an average RDA of both minerals. Lima beans also provide about 43mg of magnesium or 10% of an average RDA per 100 grams. You may also obtain about 2.4mg of iron or 13% of an average RDA and 508mg of potassium or 10% of an average RDA per 100 grams.

Liver

Animal liver meat is very mineral dense but not as popular as a cut of meat in modern society. Liver can be produced into a more palatable liver parfait which contains very significant amounts of liver.

100 grams of a standard chicken liver parfait contains about 46µg of selenium. This is about 90% of an average RDA. The same amount of chicken liver parfait contains 0.18mg of copper or 20% of an average RDA and 9.2mg iron or about 50% of an average RDA.

In addition 100 grams of chicken liver parfait has 2.1mg of zinc or about 20% of an average RDA. The same amount of chicken liver parfait also contains 14% of our phosphorus RDA or 175mg of phosphorus.

Liver is a really well known mineral dense food which could further enrich your diet with essential minerals.

Apricots

Apricots are a sweet fruit and also very nutrient dense in some important minerals.

100 grams of dried apricots contains 0.34 grams of copper or about 30% of an average RDA and 1162mg of potassium or 25% of an average RDA per 100 grams. There is also about 0.24mg of manganese and 2.7mg of iron per 100 grams of dried apricots. This is about 10% of an average manganese RDA and 15% of an iron RDA. Dried apricots are nutrient dense in these minerals and so could support your required intake of minerals.

Overall some of the most mineral rich or dense foods easily available to us include spirulina power and cashew nuts. These foods could provide extra support of your mineral needs especially if you have an active lifestyle.

Summary

Consuming foods rich in minerals is important in ensuring our wellbeing is well supported. We use minerals everyday to support vital functions such as muscle movements and energy production.

Minerals are often overshadowed by vitamins but are just as important in supporting our wellbeing. Without phosphorus we would not be able to produce DNA which is essential to support life.

Other important minerals include zinc. This is an antioxidant mineral which manages levels of oxidative stress within the body. Magnesium is essential in supporting proper energy production while manganese also supports the optimal functioning of our metabolism. Iron is also an important mineral which is preventative of fatigue.

People who are very active may require more minerals than those who are less active. These may all be reasons why you may want to support your diet with extra minerals.

Some foods which are really high or rich in minerals include cashew nuts and spirulina. These are two of the most mineral rich foods listed here. Other mineral rich foods include liver parfait and Brazil nuts which are very nutrient dense too.

Beans such as black beans are also nutrient dense sources of minerals. Additionally you could look to add more dried apricots or also sardines into your weekly diet to support your intake of minerals.

Overall there are various nutrient rich foods as listed here which could support a healthy mineral intake.

You can find more interesting articles below.

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Coriander Leaf Or Cilantro Detoxification Of Heavy Metals

Some research suggests that coriander leaf or cilantro could be used in the detoxification of heavy metals from the body. Supporting healthy detoxification of the body is becoming increasingly more popular within the wellness community because of the consumption of junk foods or food containing environmental toxicants.

The leaves of the coriander herb may contain antioxidant compounds which support the healthy detoxification of organs such as the liver. This may then support our overall wellbeing. The accumulation of toxins within the body encourages oxidative stress build ups and antioxidants are important in supporting healthy detoxification.

In addition to this research shows that coriander leaf compounds may bind or chelate to heavy metals and assist with their removal from the body. If you are interested in consuming more herbs which may support healthy detoxification within the body then coriander leaf or cilantro may be one to consider.

Coriander as a herb certainly has various uses including medicinally in some cultures. In addition to detoxification of toxins within the body the coriander herb is linked with biological activities including antimicrobial and inflammation suppression. Coriander is also the most consumed spice around the globe and is integrated into popular culinary dishes such as curries.

The possibility that coriander leaf or cilantro helps with the detoxification of heavy metals from our bodies will be considered here to show why you may wish to eat more of this herb.

Coriander Leaf Or Cilantro

Coriander is a herb which has a reputation as a cooking herb in the West but a reputation as a medicinal plant in Asian cultures. The coriander plant has ancestral roots in the Mediterranean and the Romans are believed to have used this plant in their cooking.

Coriander is very well known as being distinctly aromatic too. This is also why many curries across the globe use both the seeds and leaves of coriander plants. Coriander adds a distinctive flavor to various dishes. This herb certainly is revered across the entire globe.

Coriander leaf and cilantro describe the same thing. Cilantro is the leaves of the coriander herb and is not to be confused with coriander seeds. While they are thought to share some similar biological effects within the body the seeds and leaves are different parts of the same herb.

Cilantro is a popular supplement which is readily available to buy. Most people are familiar with the coriander herb through eating the leaves as part of their diet. An unknown to many people are the possible benefits of cilantro or coriander leaves in supporting aspects of our wellbeing.

Detoxification Qualities Of Coriander Leaf

One feature of coriander leaf or cilantro is a reported and possible influence on heavy metal detoxification within the body.

This is because cilantro is thought to contain compounds with a mild chelation activity. This means that compounds of coriander leaf bind to unusual heavy metals and encourages their excretion from the body. Regular detoxification is essential in supporting the healthy functioning of our vital organs and the whole body system.

Studies indicate that cilantro compounds may bind to some heavy metals which are sometimes present in municipal tap water. Cilantro has been studied because of an ability to remove cadmium or mercury which sometimes contaminates tap water. Contamination with these metals is especially a problem in highly industrial nations.

There are preclinical reports that coriander extracts could help to detoxify metals which have accumulated within the brain. This has led to some studies suggesting that cilantro is neuroprotective. This is a very interesting finding and with further research could support the use of cilantro as a means of assisting healthy detoxification of metals from the brain.

An innovative integration of coriander leaves into our diet to possibly support our health is through the inclusion of cilantro as a powder in drinks products. This would perhaps alleviate the effects of some of the toxins which may found within drinking water. You could include cilantro as part of healthy homemade juices too.

Antioxidant Influences Of Cilantro On Detoxification

Cilantro also has a mild anti inflammatory and antioxidant activity which may also support with healthy body detoxification. Often heavy metal build ups cause oxidative stress within the body. Antioxidants which cleanse the body of oxidative stress are essential in preventing possible damage to the body from heavy metals.

Some of the possible antioxidant qualities of coriander leaf may originate from caffeic, ferulic, galic and chlorogenic acid which can be isolated from coriander leaves. These are phenolic compounds which carry a strong antioxidant capacity. Other studies suggest that coriander leaves may also be a source of vitamin C which could encourage a higher antioxidant status within the body.

Improvements in antioxidant status could preserve our amounts of available glutathione. This could then support improvements in the detoxification process within the body because of how important glutathione is in that process. One study showed that coriander powder extracts may encourage improvements in glutathione and antioxidant enzyme activities within the body.

Cilantro Influences On Liver And Kidney Detoxification

Glutathione is used in large amounts especially in the liver to support the detoxification of various oxidative toxins such as heavy metals. Research with cilantro indicates that this herb may protect the liver in particular from heavy metals and could be considered to be hepatoprotective.

Other researchers have come across similar results too with the use of coriander. Preclinical studies suggest that coriander leaves may also protect liver tissue from the toxic damages of carbon tetrachloride. The liver is of course one of the most important organs in supporting healthy detoxification within the body. Preclinical studies with cilantro have also suggested that coriander leaf extracts may be able to encourage liver cell regeneration. More research is needed to confirm this.

Another study showed that specifically the leaf extracts of cilantro or coriander may help in the reduction and detoxification of heavy metal compounds within the kidney. Concentrations of heavy metals such as cadmium were shown to be significantly reduced in the kidney in the preclinical study. Compounds from coriander leaf were shown to be able to reduce oxidative stress levels as a result of this metal detoxification activity too. This is another means as to how coriander leaf or cilantro may encourage healthy detoxification within the body when eaten.

Overall the research so far with cilantro indicates that coriander leaf may possibly encourage healthy body detoxification through antioxidant status and heavy metal binding. If you are looking to encourage healthy and natural detoxification then coriander could be a herb which you may want to integrate into your diet.

Summary

Research shows that coriander leaf or cilantro could be useful in helping the natural body processes of detoxification.

Coriander is a herb with a very significant reputation in cooking and as a medicinal plant across the globe. This herb has been linked with antimicrobial and inflammation suppression in addition to healthy detoxification. Coriander is distinctly aromatic and the Romans are also believed to have used this plant in their cooking. Coriander leaf and cilantro describe the same parts of the coriander plant.

Cilantro may contain natural compounds which chelate or bind to heavy metals. This helps in their removal from the body. Studies show that cilantro could bind to metal compounds regularly found in tap water.

Phenolic compounds found within cilantro may have mild inflammation suppressing and antioxidant activity. This could also support healthy detoxification within the body by reducing oxidative stress which can accumulate with toxin build up. Identified antioxidants may include galic acid and chlorogenic acid which are found in high amounts in cilantro leaves.

Research indicates that cilantro compounds may have detoxification supportive influences within the liver. The liver is very important in supporting the natural detoxification processes within the body.

Other studies support this detoxification ability and have shown that cilantro could encourage healthy detoxification with the liver. This is accompanied by a reduction in detectable oxidative stress levels too. Cilantro extract compounds could also support the healthy detoxification of metals found within other organs such as the liver. There are also indications that cilantro could be additionally neuroprotective.

Overall the research with coriander leaf so far indicates that cilantro could possibly encourage heavy metal detoxification within the body. This herb may be worth considering adding to your diet if you wish to further support healthy detoxification within the body.

The post Coriander Leaf Or Cilantro Detoxification Of Heavy Metals appeared first on Revitalize My Health.

Blood And Cellular Test Differences May Reveal Nutrient Deficiency

There are accepted differences between blood and cellular nutrient tests which may reveal interesting differences in your nutrient status.

We need the right amounts of nutrients to support our health and bodily functions every day. While most people assume that they are taking in enough nutrients on a day to day basis this may not necessarily be the case.

A third of the total global population is affected by malnutrition. As we age our nutritional status and deficiency becomes a lot more relevant too. Some individuals also require slightly more nutrients than others because of their lifestyles so could become depleted of important micronutrients.

Clinical blood tests may not reveal detailed issues with your nutrient intake either as they may not examine the full spectrum of micronutrients found in your actual body tissues. This is the most used means to look at nutrient deficiencies in a clinical setting such as a hospital. Cellular tests may offer an improved means to examine nutrient status.

The accepted differences between blood and cellular nutrient tests will be considered here to show why supporting a healthy nutrient intake each day could be important.

How Nutrient Deficiencies Could Influence Your Wellbeing

Vitamins and minerals are micronutrients which are essential in supporting the conditions within the body needed to sustain life. They support the healthy functioning of tissues and organ systems within the entire body. Most people obtain vitamins and minerals through consuming nutrient rich foods.

Some micronutrients support healthy energy production within the body including B vitamins such as thiamine or vitamin B1 while others like vitamin A have an antioxidant function. Iodine and manganese are also micronutrients which are supportive of important bodily processes including our metabolism.

Micronutrient deficiencies could have adverse effects on your overall health and wellbeing. Deficiencies in important nutrients may create conditions of immune deficiency and also oxidative stress which could damage our bodies. Micronutrients may also support the body in the prevention of developing chronic degenerative diseases.

These are all reasons why nutritionists maintain that ensuring that you eat well and have sufficient nutrition is so important in supporting optimal wellness. An accurate means of measuring nutrient intake is central to proactively monitoring nutrient status.

Could You Be Deficient In Nutrients

There are various ways to measure the amounts of nutrients in the body. Micronutrients can be measured from our blood, urine, cells, hair and nails too. Unknown to many there are differences between blood tests and a cellular test to determine nutrient status. You may be asking how they could be different.

Surely all micronutrient tests are proving a full examination of your nutrient status.

This however is not the case. Researchers accept that many standard biochemical tests are insensitive to detecting changes in micronutrient status. There is also an acceptance that there are a lot of issues in the identification of nutrient deficiencies. This is especially considering how body nutrient pools vary from circulating amounts of some nutrients.

The amounts of some nutrients stored in tissues in nutrient pools are not in exact sync with our circulatory system. Some nutrients which can be difficult to identify in their actual amounts include some fat soluble vitamins and also minerals such as zinc or calcium. Because of situations like this there can also be a lengthy amount time between the emergence of symptoms of a nutrient deficiency and the actual deficiency.

Blood And Cellular Nutrient Tests

Cellular tests are more thorough than a standard serum or blood test. A blood test is just looking at the levels of nutrients circulating within your body periphery or circulatory system at the time of testing. An accurate level of penetration of nutrients or intake of nutrients into organ tissues or cells is not really being measured in a blood test.

A cellular test looks at the micronutrients present in your cells and so looks at the penetration of nutrients into the body in a lot more detail than a blood or serum test could.

There are example nutrients such as iron, selenium, zinc, thiamin, folic acid, vitamin B12 and vitamin C which may have significant differences in cellular test compared to blood tests. These are some of the nutrients which could have subtle but still significant differences in actual amounts to the results of a blood test.

Actual Micronutrient Needs Vs Deficiency Prevention

Research is also starting to show that individuals may have different needs and that the role of some micronutrients within the body is a lot more expansive than previously thought too.

This includes the prevention of cellular damage from free radicals or aspects of cellular metabolism which may not always be considered in the prevention of classical micronutrient deficiencies.

Cellular nutrient status tests could also play an important role here in determining actual requirements of nutrient provision. Possibly far more so than blood tests which are just looking to see if there is a need to prevent a glaring nutritional deficiency.

New research has recently identified that some athletes are at a higher risk of developing a magnesium deficiency. That could influence aspects of our health including energy metabolism and muscle functioning. Athletes could also be slightly more prone to muscle fatigue and cramps as well in a magnesium depleted state.

Blood testing may not accurately detect these variations in comparison to cellular tests. This is also a really interesting example of how actual nutrient demand could vary between individual rather than just supporting a deficiency.

Why Do We Have Blood Micronutrient Tests

Blood tests are cheap and also an easy means to identify glaring or possibly life threatening problems in the nutrient status of an individual. This is one reason why they are very popular in a hospital or clinical setting. A blood test is most often the only way to look at micronutrient status clinically.

Cellular testing on the other hand is extremely expensive in comparison and requires detailed inspection of results too. Some studies suggest that cellular testing may be the future of micronutrient testing.

Cellular test could also be designed so they are more efficient than taking volumes of blood in a clinical setting. Nutritional management in the future may integrate holistic nutrient profiling with individual lifestyle habits. These sorts of practices may give a more accurate view of the nutrient status of an individual.

Overall the science shows that cellular testing could be a lot more accurate at detecting micronutrient deficiencies than blood testing. While blood tests are most often the go to test of nutrient status this means some more subtle tissue nutrient deficiencies may be overlooked.

Summary

We require micronutrients such as vitamins and minerals each day to support conditions needed within our bodies to sustain life. Micronutrients like thiamine support healthy energy production while minerals such as manganese may support our metabolism.

Micronutrient deficiencies could have consequences on our overall health and wellbeing. Deficiencies in key vitamins may cause immune deficiencies and also oxidative stress. This could cause damage to our bodies. This is also why nutritionists maintain that sufficient nutrition is so important in supporting optimal wellness. Various means of measuring the amounts of nutrients within the body include blood, urine, cells, hair and nails.

There are scientifically accepted differences between blood tests and a cellular test to determine nutrient status. Research shows standard biochemical tests are insensitive to detecting changes in micronutrient status. Blood tests look at the circulating nutrients within the body rather than tissue amounts or intake. Cellular nutrient tests are considered to be more thorough than a standard serum or blood test.

Examples of micronutrients which may differ in a cellular test include iron, selenium, zinc, thiamin, folic acid, vitamin B12 and vitamin C. These have been shown to have some significant variations in results from blood tests.

Certain individuals are now also being recognised as requiring more nutrients depending on their lifestyles. Nutrient management in the future may integrate holistic nutrient profiling with an individual breakdown of lifestyle habits. These sorts of practices could provide a more accurate view of the nutrient status of an individual.

Overall the science shows that cellular testing could be a lot more accurate at detecting micronutrient deficiencies than blood tests. Blood tests are usually the go to nutrient test but may overlook more subtle but significant tissue nutrient deficiencies.

You can find more interesting articles below.

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