Do you or someone in your friends or family circle suffer from anxiety or depression? In your search for information on these disorders, you may have come across articles that claim a link between these and candida. Is this really possible and is there any real scientific evidence to support this claim? Can the root of all of one’s health problems including mental health issues be just one organism – candida?

It is difficult to know how much to believe of what you find on the internet – the information about the link between anxiety or depression and candida is sparse and there are not many articles on the internet that show any related scientific research. You just have the blog writer’s word on the said link. What we are going to do here is to look at if there is any scientific evidence at all regarding the proposed connection between mental health issues and candida. In case there is a possible link, we will consider what you can do to support your mental health along-side your psychologist/psychiatrist’s recommendations.

I would like to say here at the very start that it is very important to remember that mental health is a serious issue which cannot be played around with. One other thing to bear in mind always is that mental health issues arise from a complex interplay of social, psychological and biological factors. Blaming it all on a single factor (any factor for that matter) is therefore naive. So, in all cases, do contact your psychiatrist/psychologist and take their advice.

Let us start with understanding what actually is “mood” – what causes moods? This will help us understand the things that affect our mood and why do we get mood disorders like anxiety and depression. This will in turn help us discover and understand any link between candida and these disorders. If you suspect that you have anxiety or depression issues, this will also help you to know if you really could have the problem and to seek help from a professional in the field.

Related articles:

• Candida Case Studies: Meet Kaye
• Everything You Need To Know About Candida Glabrata
• Metabolites, Mycotoxins, and Acetaldehyde – What Are They?
• How Your Gut Can Keep You Happy: Mood Disorders and Gut Dysbiosis
• Can Candida Cause Canker Sores?
• Multiple Yeast Infections Have Tried Everything

Mood, Anxiety and Depression

Let us take an example of two statements:

a) “I am so happy!!! I solved the problem that was bugging me for a month”
b) “It has been a good day, I woke up happy ”

The first statement is an emotion felt at a time when something has just happened – this is an acute emotion. The second one however is an emotion that is felt for a longer time and is not dependent on an immediate triggering factor – this is mood; in the second example above, I have been happy the whole day and nothing immediate triggered the happy mood. Researchers like Mendl and colleagues from UK have suggested that the “mood state” is an addition of “acute emotions” over time.

So what is anxiety then?

Let us, for example take someone who experiences a severe fright. This person has experienced “acute” fear. But if this fear stays on in this person’s life and activities despite the lack of the triggering factor, this fear has turned into “anxiety”. Anxiety is a state where we expect a negative thing to happen – in this state we easily disrupt our other activities like sleep or work and focus on possible dangers. We may also feel like we need to run away or avoid things that cause further anxiety. Anxiety is an uncomfortable feeling of fear, apprehension or dread that we often feel in the gut or the chest accompanied by a feeling that something bad is about to happen. There may also be physical symptoms like rapid heart-beat, sweating or shortness of breath. When this fear becomes very prolonged and severe, it has further turned into an “anxiety disorder”.

A very prolonged state of anxiousness may turn into depression where we may feel hopeless and sad about the future, believing that no positive things could ever occur again. As counterintuitive as it may sound, a constant exposure to worry dulls us to worry – so in depression, there is little or no worry but we feel certain that we will feel negative emotions in the future. In the depressed state, there is a severe lack of energy or drive, lack of emotion along with slowed thinking and behavior, changes in appetite, headaches and sleeping problems.

Anxiety/Depression and body chemistry

Anxiety and depression both are linked to a change in the body chemistry – especially the neurotransmitters, the chemical messengers that communicate information within the brain, and between the brain and other body parts. Research has showed that an increase or decrease in levels of certain neurotransmitters can lead to anxiety/depression. The table below compares the involvement of these in anxiety and depression.

Neurotransmitter	When decrease in level	When increase in level
Acetylcholine	–	Depression
Dopamine	Depression	–
Serotonin	Depression	Anxiety
Norepinephrine	Depression	Anxiety
GABA	Anxiety, Depression	–
Glycine	Anxiety	–
Histamine	–	Depression

Anxiety and depression are also tied to our hormones – a change in the hormonal status can also affect the mood. This is because these hormones have an effect on neurotransmitters. The table below compares hormones involved in mood regulation.

Hormone	Known effect on Neurotransmitters	Effect on mood
Estrogen	Brain Norepinephrine Dopamine Serotonin	Varying effects on mood which likely also depend on the sensitivity of a person to estrogen. (Note: although estrogen is claimed to have anti-depressive effects, high estrogen and estrogen therapy can worsen anxiety in some).
Progesterone	Serotonin Dopamine Norepinephrine GABA	Decrease in progesterone levels leads to anxiety and insomnia by suppressing GABA receptor activation. Increase in progesterone causes decrease in serotonin, dopamine and norepinephrine leading to depression. (Note: Both increase and decrease of progesterone can lead to depression)
Testosterone	Serotonin Dopamine GABA	Testosterone seems to increase the number of serotonin receptors in the brain – more the receptors, higher the binding of serotonin and elevation of mood in both men and women. However, there are also reports that too much testosterone in women can lead to depression. (Note: Both high and low levels of testosterone can lead to anxiety and depression)
Cortisol	Serotonin	Cortisol increases serotonin uptake by cells – which means that the effect of serotonin ends and serotonin goes in for recycling. The result is lower available levels of serotonin which can cause anxiety and depression. Lower than normal cortisol levels are caused due to being in a state of chronic stress – such low levels have also been in 2014 shown to be linked to bipolar depression. (Note: Cortisol levels above and below normal both seem to contribute to anxiety and depression)
Thyroid hormones	Serotonin	Thyroid hormone levels affect the serotonin neurotransmission.

Take home message from this information: What you can clearly notice from the two tables is that it is important to have normal and normally regulated levels of neurotransmitters and hormones to keep good mental health. Neither too much, nor too less of these is good!!

Now what has this got to do with candida?? What we have talked about is brain and neuro-transmission. Candida infections of the brain or nervous system are very rare in people who have a decent immune system – while anxiety and depression are relatively quite common. So, of course we are not talking about candida infections of the brain. So, can then there at all be any link between candida and mental health??

Let us talk about a lesser known fact – that our gut is our second brain, that gut has a direct link to our brain where biochemical signaling takes place between the gut and the brain (called the gut-brain axis). We know that this location can indeed be occupied by candida. In this light, let us try and find if it is possible that candida overgrowth in the gut can lead us to depression or conversely, can depression cause candida overgrowth?

The second brain: a link to mental health issues

The enteric nervous system (ENS) is a network of nerve cells that governs the function of our gut and has its own reflex activity (independent of brain) controlling the gut. You will be surprised to know that the ENS has 500 million nerve cells – which although is 1/10th the number of nerve cells in brain, is 5 times more nerve cells as compared to our spinal cord! As explained in a 2015 review by John Cryan’s group from Ireland, it has been scientifically clear for more than 150 years that the gut-brain interaction is bi-directional – surprising, isn’t it, considering how less we know about it? This bi-directional communication system between gut and brain is called the gut-brain axis. Recently added on to the gut-brain axis is the microbial flora, forming what is known as the microbiome-gut-brain axis where the gut-microbes and the gut-brain axis communicate with each other. Thus, not only is our second brain formed by the gut, our gut microflora is an important part of this second brain as well.

What does our second brain do apart from digesting and absorbing the food that could cause mental health issues?

• 1) Information transfer: About 90% of fibers in the vagus nerve carry information from the gut to the brain and not the other way around.
• 2) Bioactive compound production: Rehfeld from Denmark described in 1998 how our gut has an extensive system of bioactive compound producing cells. Different cells release different biologically active compounds (hormones and neurotransmitters) like gastrin, secretin, and serotonin. It is a fact that more than 90% of body’s serotonin is made in the gut. In 2015, O’Mahony and colleagues from Ireland presented ample evidence that dopamine, serotonin and other molecules that affect our mental state are generated by the gut microbes.
• 3) Serotonin production regulation by gut microbes: In 2015, Hsiao and colleagues in USA did a study on germ-free mice – mice that are born and raised in sterile environment and do not have any microbial normal flora. These mice produced 60% less serotonin than the mice with regular microflora. When the guts of these germ-free mice were recolonized with normal gut microbes, the serotonin levels went up to normal levels. Thus, microbial flora of the gut seems to control the levels of serotonin produced in the gut.
• 4) Gut microbes by themselves regulate mood and behavior: Bercik and colleagues from Canada, in 2011, found in their study with mice that the gut microbes influence the brain chemistry and behavior. The typically shy mice, when given a cocktail of antibiotics, had changes in their gut microflora and became bold and adventurous. The researchers then experimented on two types mice – one that are typically timid and shy (BALB/c), and one that are typically bold and adventurous (NIH swiss mice). They got the germ-free BALB/c and NIH swiss mice and colonized each of them with normal gut microbes from the other mice – so germ-free BALB/c mice got microbes from normal NIH swiss mice, and germ-free NIH swiss mice got microbes from normal BALB/c mice. They found that the BALB/c mice became bold and adventurous while the NIH swiss mice became timid and shy. There was no change in the levels of neurotransmitters in the gut, nor was there any inflammation. They concluded that mental health issues in patients with bowel disorders might be due to intestinal dysbiosis.
• 5) Gut microbes produce GABA related changes in the brain: A 2011 study by Bravo and colleagues from Ireland showed that when mice were regularly given a Lactobacillus rhamnosus strain in food, it reduced stress-induced corticosterone and behavior related to anxiety and depression. The researchers also found that such a diet induced changes in the brain related to GABA and such changes were brought about by neurotransmission from the gut to the brain via the vagus nerve.Lactobacilli are known to produce a large amount of GABA by themselves. For example, a Korean study by Park and colleagues, published in 2014, found a strain of Lactobacillus plantarum from kimchi that could produce large amounts of GABA. Any imbalance in the gut microbes is therefore likely to push the GABA levels out of balance and cause anxiety or depression.
• 6) Gut microbes seem to regulate the blood-brain barrier permeability: Blood-brain barrier permeability influences which molecules are allowed into the brain and which are not. Research work on mice by a collaborative group of researchers from Sweden, Singapore and USA led by Brainste in 2014 showed that germ-free mice have an abnormal blood-brain barrier permeability that allowed lot more molecules to pass through as compared to normal. When these mice were given normal gut microbes, it brought the blood brain barrier permeability closer to normal. Although the mechanism by which this happens is not yet clear, it is possible that microbial flora imbalance allows certain toxic molecules to pass through to the brain which could lead to mental health issues.

Other correlation found between gut and depression

• Jiang and colleagues from China published a study in 2015 that showed a remarkable change in the gut microbiota of patients suffering from depression. They found an increase in the population of type of bacteria known as bacteroidetes, proteobacteria and actinobacteria and a significant decrease in the population of firmicutes in depressed patients.
• As we have seen above, gut microbes seem to regulate the permeability of the gut. A leaky gut is thought to have link with depression as discussed in a 2015 review by Kelly and colleagues from Ireland. On the other hand,bacteria like lactobacilli and bifidobacteria as probiotics have been shown to play a role in reducing gut permeability as shown by Japanese research by Tsuneda group and a French study by Laval and colleagues respectively in 2015.

Take home message from this information: It is clear from the evidence that we have discussed above that anxiety/depression seem to be linked to dysbiosis – an imbalance of the normal microbial flora of the gut. Dysbiosis can be caused by any of the many reasons:

• Indiscriminate antibiotic usage and for long periods
• Indirect antibiotic intake through food: antibiotics are used in animal farming and the dairy, meat and poultry from such farming contain antibiotics.
• Poor nutrition which leads to deficiency of minerals and vitamins, which in turn leads to a compromised immune system which can cause bad bacteria and fungi to overgrow.
• Drinking alcohol
• Psychological and physical stress
• Radiation exposure

We still have not talked anything about candida, you might wonder. Let us now jump into the discussion about candida and mental health in terms of anxiety and depression.

The candida connection

There are, unfortunately, no direct studies on candida and its relation to anxiety or depression yet. However, there are some indirect pointers that could possibly link the two:

Dysbiosis can lead to candida overgrowth: It is very well known that dysbiosis is breeding ground for candida – it allows candida overgrowth along with overgrowth of other bad bacteria. So, if you have dysbiosis, you are very likely to have candida overgrowth as well. Thus, it follows that if you have anxiety/depression, you are likely to have dysbiosis and if you have dysbiosis, you are likely to have candida overgrowth. Let us look at some ways by which candida overgrowth could possibly contribute to mental health issues:

a) Candida can use GABA as carbon and nitrogen source: A microbiological study from 1997 by Indian scientists Kumar and Punekar showed that fungi use GABA as carbon and nitrogen source. Degradation of GABA has been studied in the yeast Saccharomyces. The Candida Genome Database says that GABA degradation pathway is likely to occur in Candida albicans as well. On the other hand, a study published in 2012 by Reyes-Garcia and colleagues from Mexico presented results which showed that GABA actually promotes the growth of Candida albicans – this goes to say that candida is indeed able to utilize GABA as a source of nutrition. If this is true, then candida overgrowth can very possibly deplete your GABA levels which could lead to anxiety and depression.

b) Candida is likely inhibited by serotonin: Research work by Mayr and colleagues from Austria showed in 2005 that an exposure of candida to serotonin actually affects the growth of candida which may reduce the pathogenicity of candida. Although this study was done on candida cells in test tubes, it is possible that this also occurs inside our bodies. What this could mean is that normal levels of serotonin keep candida infection at bay and a drop in serotonin would allow candida to overgrow – this argument points to candida overgrowth being caused by anxiety/depression. However, it remains to be seen whether this is actually true and if the levels of serotonin normally produced by us are sufficient to protect us from candida overgrowth.

c) Candida and hormonal imbalance: Hormonal imbalance is linked to both neurotransmitter imbalance (described in this article) and to candida overgrowth (imbalance in hormones causes candida overgrowth). Thus, it would mean that if you have hormonal imbalance, you could simultaneously cause neurotransmitter imbalance and candida overgrowth. This again points to the possibility that candida overgrowth and anxiety/depression may occur together.

d) Candida- acetaldehyde-serotonin link: There is evidence that candida can produce acetaldehyde from sugar and ethanol. So, if you have candida overgrowth, there will be more acetaldehyde in your system than normal. Acetaldehyde binds vitamin B1, B6 and B9 and makes them unavailable for their function, leading to their deficiency. B Vitamins are involved in synthesis of neurotransmitters like serotonin and a deficiency in these vitamins will lead to a deficiency in neurotransmitters which could possibly lead to anxiety and depression.

Related articles:

• Always Disconnected & Dizzy: Is It Candida?
• Everything You Need To Know About Candida Auris
• Poor Concentration, Brain Fog & Candida
• Loss of Appetite And Candida: Is There A Connection?
• Children, Behavioral Issues, and Candida
• Alcohol Causes Many Yeast Infections

What is the conclusion?

There is no direct scientific evidence that says candida can cause anxiety or depression. However, it is clear that if you have a disturbed gut microflora, you can go down the path of anxiety or depression. If you have a disturbed gut microflora, you are also more likely to have candida overgrowth. Candida may not be the “direct” cause of depression and anxiety, however, if you do have anxiety or depression issues and also have a bad gut microbial balance it is more than likely that you also have candida overgrowth. What this means is that to get your mood back to normal, you will have to get rid of the bad bacteria AND candida and restore your microflora balance. Restoring your normal gut microflora is usually a difficult task – a simple intake of probiotics or prebiotics does not necessarily restore the balance because there are many other factors involved – lifestyle, diet, exercise, etc. Added to this is the task of getting rid of candida if it has established itself in the gut. So this requires a much more holistic approach – a simple pill is not going to suffice.

This being said, it is important to know if the cause of your mood/mental health issues really is due to your gut or something else. As mentioned earlier, your mental health is determined by a complex interplay of social, psychological and biological factors. What we have considered in this article is only one-third of these – the biological factors. It is wise to consider your social and psychological environment as well and how that is affecting your mental health. After-all, gut-brain axis is not a one way street. Brain also controls what happens in the gut. It also has an impact on your gut microflora. It may therefore be important to consider different types of psychotherapies like cognitive behavioral therapy and relaxation therapy in addition to trying to restore the gut microflora through diet and lifestyle changes. If you are already on anti-depression medication, it is important that you do not suddenly stop these. Consult your psychiatrist to include a gut-flora restoration regimen through diet, supplements, exercise and psychotherapy. If you are taking anti-depressants, make sure to consult your psychiatrist before taking any supplements as there can be unwarranted interactions between the supplements and your anti-depressant which may harm you. Remember, you are the one who can make yourself well – with strong will to restore your biology and through seeking good social and psychological support you can beat your anxiety or depression.

When it comes to allergies to food although we commonly use the word ‘allergy’ to describe almost any adverse reaction, often it is not accurate. What we really should be differentiating between are allergies and sensitivities or intolerances.

Food Allergies

When we have an allergic reaction to food it means that our body has triggered an autoimmune response to a particular food compound. This allergic reaction is an abnormal response in which IgE antibodies are involved.

Food Intolerances and Sensitivities

Reactions to foods which are not mediated by IgE antibodies are prompted for other reasons – and they can be numerous. These are the problems which mostly afflict Candida sufferers, however the good news is that they are often able to be remedied by a variety of different methods.

Food intolerances arise due to one of two reasons: either we have too little of a mediating compound within our body to deal with the incoming foods, or, too much of a particular product is coming into the body and the existing normal levels of mediators are inadequate to digest the large amounts properly. This may seem a bit confusing but it is often why we become sensitive to our favorite foods and if we take a couple of simple examples then things start to look a little clearer:

Lactose and Lactase

Lactose is a dairy sugar but when we ingest it, like many other sugars, it cannot be absorbed. What needs to happen is that this dairy sugar has to be converted into a sugar which the body can tolerate. This is done by an enzyme known as lactase. Once the lactase has converted the sugar, usually into glucose, then the job is done. If this does not happen because there is too little lactase in the body, then the lactose which comes in doesn’t get digested. This can result in a variety of problems including digestive discomfort, gas and even in some severe cases, extreme weight loss.

Most things that we eat need an enzyme to convert the original compounds into something which can be absorbed by the body. This means that deficiencies in particular enzymes will result in specific intolerances too.

Related articles:

• The Relationship between Toxins and Immune Dysfunction
• Candida Case Studies: Meet My Father
• Why Fermented And Cultured Foods With Candida?
• Can Candida Cause Canker Sores?
• Candida Case Studies: Meet Anne
• All You Need To Know About Rhodotorula

Histamine

On the other side of the picture is a problem which appears to arise when we build up too much of a certain compound in our digestive system – and with histamine this appears to be a growing concern. Some foods, such as certain species of fish, can build up levels of histamine as they age and this, combined with other factors can result in some pretty severe reactions. It is also thought though that people who suffer from intolerances to histamine are also lacking in some of the essential enzymes and this multiplies the problems which they suffer from.

Chemicals and Additives

The chemicals and additives in foods are often synthetics and can also cause our bodies many problems. Because they are synthetic this means that they are essentially foreign to the human digestive system and so take extra effort to convert into something we can absorb. Our digestive system also has to input extra effort into getting rid of any excesses of this foreign substance and this too uses up valuable metabolic resources. So, the more food additives you eat the more your body has to use compounds, usually enzymes, to break them down into foods which appear more natural to the digestive tract. Sometimes it is particularly difficult, even when we are aware of the issues, for us to spot additives. For example folic acid is the synthetic version of naturally occurring folate, (vitamin B9) and it takes the body a lot more effort to break this chemical down before it can enter the metabolic chain. Yet because the term folic acid is so commonly used, often even by scientists and doctors, then it has become recognized as the natural vitamin – even though it is not.

Candida and Food Intolerances

Because Candida arises due to an imbalance of digestive microflora then this means we aren’t producing the correct balance of enzymes and other mediating compounds in the digestive tract. Often the end result of this are intolerances to food which produce the gas, bloating, fatigue, rashes, flatulence and other issues which are so easily recognized by many Candida sufferers.

CanXida Remove has been successful in treating not only yeast infections directly but also in assisting people who suffer from food intolerances which are known to coexist with conditions which arise due to imbalances of microflora within the digestive tract. There are several reasons for this, but one of the main is due to the inclusion of biotin in the ingredients which acts as a coenzyme and aids the conversion of certain compounds which then go on to be absorbed rather than build up in the digestive system.

Another ingredient included in Candixa Remove is betaine hydrochloride (HCL) which increases the acidity of stomach acid and encourages the release of certain enzymes, often those which are lacking, and which go on to convert the foods into digestible compounds. Acid also needs to be at a certain pH to enable the food when it is initially swallowed to be degraded in the first place so it is a win-win situation when it comes to aiding in resolving food sensitivities.

Related articles:

• Everything You Need To Know About Candida Auris
• What Is The Best Diet To Follow When Taking Antibiotics?
• Can Candida Cause Hair Loss & Constipation?
• Unexplained Joint Pains & Candida Connection
• Using the Coca Pulse Test to Identify Food Intolerances And Allergies
• Are Biofilms Resistant To Antibiotics?

There are many, many reasons for things going wrong relating to the complexities of digestion. There are also many reasons why we suffer from so many distressing conditions when they do. The digestive tract is a highly complex system of interconnecting mechanisms and functions which enable us to turn a piece of meat or fruit into good eyesight or a healthy libido and we need to educate ourselves as to why food, of the good variety, is so important to our continued well-being and why we need to get that digestive microflora back into balance.

What you need to know about SIgA levels and candida yeast infections plus leaky gut, how it all connects and how can you get back your health.

Low SIgA Levels

IgA (Immunoglobin A) is also sometimes known as sIgA, the S denoting Secretory.

SIgA is found in the internal mucus of the body, which is produced pretty much everywhere, and can also be found in bodily excretions such as tears and saliva.

When you have less IgA than is necessary to protect the body effectively then you have a deficiency which can leave you open to disease and, when it comes to SIgA, many inflammatory conditions.

Having low SIgA levels is commonly found in patients with Candida, although not always, but what causes a deficiency of such an important protective mechanism?

Related articles:

• Feeling Fatigue, Low Immune System And Mood Instability
• Candida and the Leaky Gut Syndrome Connection
• Can a Yeast Infection Cause Abdominal Pain?
• Multiple Yeast Infections Have Tried Everything
• Why You Should Consider a pH Balanced Candida Diet Plan
• Functional Testing for Candida: The Urinary Indican Test

Drugs and Medications

Some drugs will adversely affect the level of SIgA and leave the patient open to attack from pathogenic organisms. Although this state of low SIgA levels is temporary and levels return to normal once the drug is removed, it can leave people susceptible to problems during the course of the treatment and which persist long after it is finished. In some cases however, patients can be taking such medications for long periods of time which leaves them even more susceptible to infection and disease. Drugs which are known to result in this reaction include: many anti-inflammatories whether non or steriodal, Captopril, Cyclosporine, Hydantoin and Sodium Valproate.

Circulating Antibodies

When a patient suffers from many food allergies this results in a high load of antibodies circulating in the blood. In addition to the fact that such antibodies can suppress IgA, it can also indicate, because of some many food sensitivity issues, that the patient is suffering from Leaky Gut Syndrome (LGS). If you are a patient who not only has many food sensitivities but also has a decreased level of SIgA, then LGS such be investigated as a possible cause of your problems.

Viral Infections

For some people even historical episodes of certain viral infections can result in depleted levels of SIgA. Epstein Barr or Coxsackie virus are just two examples which can cause this problem. If you are someone who has had a virus such as this, which can appear in both adults and children, it is essential that adrenal function is checked to see if cortisol levels need increasing.

Nutritional Deficiencies

The human body needs certain nutrients to ensure that SIgA is maintained at its own optimal level. For example, folate, iron, vitamin C and zinc are all necessary to maintaining SIgA levels. Although today we find that many foodstuffs are fortified with additional minerals and ‘vitamins’ leading us to believe that we are receiving enough, things are sometimes not always that straightforward. For example, products which are named ascorbic acid and folic acid are only the synthetic versions of vitamin C and folate (Vitamin B9) and evidence is emerging that such supplements are not metabolized by the body in the same way as natural vitamins. There is, quite simply, no substitute for nature. Where you can get natural products or alternatives, do so, and eat more healthily whenever you possibly can.

Chronic Infections

Often I find that patients who have on-going or chronic low grade infections also have low SIgA levels. Such infections may have not been identified through prior testing yet often these same patients will signal that they have such infections by also having a tendency to food intolerances or sensitivities. It is very important, particularly where a cause for low SIgA remains unidentified that patient’s medical history is checked thoroughly for low grade infectious disease.

Raising SIgA Levels

It’s clear that many people with yeast and bacterial overgrowth also suffer from low SIgA levels and subsequently can benefit by raising those levels in the most natural way possible to allow the body to keep immune functioning to optimal levels. There are several ways you can do this, and without breaking the bank or taking aggressive drugs:

Lowering Stress Levels

As ‘old hat’ as this may sound, it is extremely beneficial to the body to lower those stress levels. By doing so you decrease cortisol production and allow the adrenals time to recuperate. High cortisol production has also been proven to decrease SIgA levels so, once again, we see a negative cyclical effect. Take time out – away from work, the computer or the kids – relaxing in a warm bath or simply laying down in a warm room with your feet slightly elevated, will encourage the body to readjust its metabolism and lower that damaging cortisol production!

Colostrum and Cayenne Pepper

As supplements go, both colostrum and cayenne pepper are strongly implicated in increasing SIgA production. Colostrum is the natural way to provide antibodies, and, as most mums know, the first feeds to baby are loaded with colostrum antibodies which boost the fragile immune system of a newborn.

Cayenne pepper is another natural supplement which can be purchased in capsule form and has been shown not to provide antibodies but to strengthen production of them.

Both these products are most certainly worth considering when it comes to boosting those SIgA levels.

Saccharomyces Boulardii

Although this is a probiotic it is a yeast form which is also considered to boost SIgA levels. This study here https://www.ncbi.nlm.nih.gov/pubmed/11021572 found that it boosted SIgA in mice and also reached the conclusion that it could be used for improving bacterial infections of the gut.

Related articles:

• Always Disconnected & Dizzy: Is It Candida?
• Does Candida Cause Sinus Infections, Headaches, and Fatigue?
• Geotrichum and Yeast Infection: Are They Connected?
• Cortisol and Candida Connection
• Can Candida Cause Itching Arms?
• Can Candida Cause Canker Sores?

High SIgA Levels

Although it may sound quite contradictory, high SLgA levels can be even more problematic than those of low levels. Although this problem is less frequent in Candida patients, what high levels of SIgA usually indicate is that the patient’s body is overreacting in respect of immune response. Often I find that these patients will have a high degree of food sensitivities and intolerances and for these patients what is required is more focus on the dietary aspects of their illness. For those with high SIgA it is better to follow an elimination diet program first while checking where their overgrowth is occurring and devising an appropriate treatment program.

SIgA Levels and Leaky Gut Syndrome

Whether you are a patient with SIgA levels which are too high or too low, one thing is clear, the immune response of the body is dysfunctional. In many cases, as I have discussed previously, this can be caused by leaky gut syndrome (increased intestinal permeability) which in itself can be caused or aggravated by Candida albicans overgrowth. Therefore in most cases it is effective for the patient to be treated, in a natural way, for Candida, in addition to the steps provided above to establish if symptoms improve.

Entamoeba histolytica is a single-celled protozoan parasite belonging to the Sarcodina’s group, which primarily includes amoeba characterized by their ability to move using shape-shifting temporary structures called pseudopodia. This parasite is present worldwide, but is more prevalent in developing countries. In fact, the majority of cases in developed countries usually occur in immigrants or travelers returning from regions where this parasite is more common. The number of cases worldwide each year is estimated at 50 million, with 40,000 to 70,000 resulting deaths. It was previously thought that Entamoeba histolytica was even more widespread than that in the human population, but many fecal samples containing the non-pathogenic Entamoeba dispar were falsely identified as Entamoeba histolytica. This confusion stems from the fact that these two parasites are indistinguishable under a microscope. Entamoeba dispar is ten times more common than Entamoeba histolytica. However, effective laboratory tests to distinguish between those parasites are not yet widely available.

Causes of Entamoeba histolytica

Entamoeba histolytica is an intestinal parasite, with the parasite’s cysts present in the feces of infected people. It is mainly transmitted by ingestion of the cysts through fecal-oral contact, usually through food or drink contaminated with feces from an infected person, and is more common in developing countries with poor sanitary conditions. It is also possible to acquire Entamoeba histolytica through contact between the mouth and contaminated hands or surfaces. To a lesser extent, some sexual practices involving oral-anal contact are also favorable to the transmission of this parasite when one of the partners is infected.

Signs and Symptoms of Entamoeba histolytica

The majority of infections from Entamoeba histolytica remain asymptomatic, meaning these affected people can be a source of new infections, as the parasite’s cysts can be found in their feces. In fact, only 10% to 20% of the infected people will develop the disease with varying severity of symptoms. The correct medical term for a symptomatic infection with Entamoeba histolytica is amoebiasis.

Most often, the infection remains mild and includes some tolerable gastrointestinal symptoms, such as intermittent phases of loose stool and constipation, stomach cramps, and flatulence. However, this milder infection can eventually become chronic with intermittent symptomatic phases mimicking inflammatory bowel diseases (IBS).

Amoebic dysentery or invasive intestinal amoebiasis is a more severe and potentially life-threatening form of the disease symptomized by bloody diarrhea that often contains mucus, severe stomach pain and high fever. Amoebic dysentery can present with episodes of severe symptoms, alternating with relapses involving milder symptoms such as recurrent cramps and loose stool. People suffering from amoebic dysentery are also susceptible to weight loss and anemia.

In very rare circumstances, the parasite invades other parts of the body, usually the liver, where it can create an abscess. This form of the disease is called invasive extra-intestinal amoebiasis. The primary symptoms of liver abscess are moderate to severe pain in the liver, which is situated in the right part of the body between the bottom of the breast and the last rib. Sometimes reflective pain in the right shoulder can also be observed. Liver abscess is also known to cause non-specific symptoms, such as nausea, vomiting, fever, sweats, chills, weakness and weight loss. However, jaundice, a symptom usually associated with liver malfunction, is not a common symptom of liver abscess.

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Best diet for Entamoeba histolytica

The following diet tips are valid for all cases where excessive diarrhea and vomiting are present, whatever the cause, as these conditions can cause dehydration, a potentially life-threatening situation. Additionally, some necessary minerals are also lost with the water expelled during this process. Oral rehydration solutions are available over-the-counter in every drugstore, but homemade preparations can also be used. The standard method is to dissolve 6 teaspoons of sugar and a half teaspoon of salt in one litre of clean water. Boil the water first, then let it cool before adding the ingredients to assure you have the cleanest water possible. Be sure to put the correct amounts of sugar and salt in the mix, as too much of either ingredient can make the situation worse. Potassium levels also have to be restored, as this mineral is lost with the water. Eating foods high in potassium, such as bananas can help to rebuild healthy potassium levels.

While symptoms are still present, it is best to avoid foods that irritate the stomach, such as fatty and processed food, spicy or acidic food, and beverages such as alcohol, coffee, tea and soft drinks. The best diet for any gastrointestinal imbalance is always fresh foods, such as fruits, vegetables and unprocessed meat or vegetable protein. However, if you are experiencing severe symptoms, it can be difficult to eat normally. In that case, listen to your body and eat only small amounts of fresh, unprocessed foods that appeal to you.

Best Natural treatment for Entamoeba histolytica?

There is much preliminary scientific evidence in favor of natural treatments against Entamoeba histolytica. As a matter of fact, a study suggests that dried papaya seeds are effective in clearing the parasite from the bodies of asymptomatic human subjects.

Furthermore, in vitro studies suggest that extracts from several different trees, leaves, flowers or roots are shown to be effective against Entamoeba histolytica. These products include greater galangal (Alpinia galanga), hop-headed Barleria (Barleria lupulina), fingerroot (Boesenbergia pandurata), goatbush (Castela texana), betel leaf (Piper betle), Thai long pepper (Piper chaba), Lakeview jasmine (Murraya paniculata), a specific species of brambles from the rose family growing in Southern Mexico and Central America (Rubus liebmannii), pink blossom tree (Virgilia oroboides), African teak (Chlorophora excelsa) and bitter ginger (Zingiber zerumbet). However, clinical studies involving human subjects are still needed to assess the real healing power of these compounds.

While natural treatment may be suitable for mild gastrointestinal symptoms caused by Entamoeba histolytica, people experiencing more severe forms of the disease, such as amoebic dysentery or extra-intestinal amoebiasis, should see a qualified healthcare provider to receive proper treatment, as these forms of the disease can be life-threatening if left untreated.

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References

Jiménez-Arellanes, A., Cornejo-Garrido, J., Rojas-Bribiesca, G., Nicasio-Torres, M. D. P., Said-Fernández, S., Mata-Cárdenas, B. D., … & Meckes-Fischer, M. (2012). Microbiological and Pharmacological Evaluation of the Micropropagated Rubus liebmannii Medicinal Plant. Evidence-Based Complementary and Alternative Medicine, 2012;

Okeniyi, J. A., Ogunlesi, T. A., Oyelami, O. A., & Adeyemi, L. A. (2007). Effectiveness of dried Carica papaya seeds against human intestinal parasitosis: a pilot study. Journal of medicinal food, 10(1), 194-196;

Padayachee, T., & Odhav, B. (2001). Anti-amoebic activity of plant compounds from Virgilia oroboides and Chlorophora excelsa. Journal of ethnopharmacology, 78(1), 59-66;

Sawangjaroen, N., Phongpaichit, S., Subhadhirasakul, S., Visutthi, M., Srisuwan, N., & Thammapalerd, N. (2006). The anti-amoebic activity of some medicinal plants used by AIDS patients in southern Thailand. Parasitology research, 98(6), 588-592.

Dientamoeba fragilis is a single-celled protozoan parasite belonging to the Mastigophora’s group. It is interesting to note that this group usually includes parasites that are able to propel themselves in their environment using one or more flagella. However, since Dientamoeba fragilis does not have a flagellum, it was previously thought to be an amoeba, but due to its morphological and genetic characteristics it was placed in the flagellated group. It has been hypothesized that Dientamoeba fragilis previously had a flagellum of its own, but lost it over the course of evolution.

Dientamoeba fragilis was first identified in 1918, and at that time was thought to be harmless to humans. Even today, this parasite remains an under-diagnosed cause of gastrointestinal disease, maybe due to this historical thinking of its being non-pathogenic and the fact that it is common to find co-infection with other intestinal parasites, such as pinworms. This makes it very difficult to assess the real number of infected people worldwide, but some studies suggest that it could be one of the most prevalent gastrointestinal infectious diseases in developed countries, especially in children.

Causes Of Dientamoeba Fragilis

As the complete life cycle of this parasite has not yet been determined, it is difficult to know for sure how it is transmitted. The main hypothesis points to the fecal-oral route, which involves contact between the mouth and substances (food, drink, hands or objects) contaminated with feces containing the parasite. For protozoan parasites, this type of transmission is usually linked with the production of cysts, a dormant stage allowing the parasite to survive to the harsh conditions prevailing outside the human body, as the active form of the parasite would die fairly quickly outside the body. This is especially true in the case of Dientamoeba fragilis, as the species name fragilis refers to the fragility of its active form that dies quickly once outside the body. However, a parasitic cyst structure has not been confirmed yet for this parasite. In fact, only one report has recently suggested that Dientamoeba fragilis has a cyst stage excreted by rodents and is able to be transmitted by the fecal-oral route in this animal. This finding has yet to be independently confirmed and linked to human infection.

Until now, it has been thought, but not proven, that this parasite is susceptible to transmission via helminth eggs, where it can be protected. The main hypothesis was that Dientamoeba fragilis was transmitted with pinworm eggs, as these two parasites are often found together within an infected patient.

Signs And Symptoms Of Dientamoeba Fragilis

Many people infected with Dientamoeba fragillis show no symptoms at all. This high number of asymptomatic cases leads some researchers to propose that some variants of Dientamoeba fragilis are not pathogenic to humans while other variants are able to cause disease. However, this hypothesis has not been proven yet.

When symptoms occur, the disease caused by this parasite is called dientamoebiasis. This parasite exclusively infects the large intestine and is not able to spread to other parts of the body. The most common symptoms include gastrointestinal manifestations such as diarrhea and abdominal pain. In some cases, other symptoms such as loss of appetite, weight loss, nausea, and fatigue are likely to occur.

Sometimes symptoms of Dientamoeba fragilis infection mimic those experienced by people suffering from irritable bowel syndrome (IBS). This similarity can to lead to a false diagnosis of IBS for patients actually infected by Dientamoeba fragilis, as most doctors overlook testing for this parasite, in part due to to the somewhat limited availability of proper diagnostic methods.

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Best Diet For Dientamoeba Fragilis

The following diet tips are valid for all cases where excessive diarrhea and vomiting are present, whatever the cause, as these conditions can cause dehydration, a potentially life-threatening situation. Additionally, some necessary minerals are also lost with the water expelled during this process. Oral rehydration solutions are available over-the-counter in every drugstore, but homemade preparations can also be used. The standard method is to dissolve 6 teaspoons of sugar and a half teaspoon of salt in one liter of clean water. Boil the water first, then let it cool before adding the ingredients to assure you have the cleanest water possible. Be sure to put the correct amounts of sugar and salt in the mix, as too much of either ingredient can make the situation worse. Potassium levels also have to be restored, as this mineral is lost with the water. Eating foods high in potassium, such as bananas can help to rebuild healthy potassium levels.

While symptoms are still present, it is best to avoid foods that irritate the stomach, such as fatty and processed food, spicy or acidic food, and beverages such as alcohol, coffee, tea and soft drinks. The best diet for any gastrointestinal imbalance is always fresh foods, such as fruits, vegetables and unprocessed meat or vegetable protein. However, if you are experiencing severe symptoms, it can be difficult to eat normally. In that case, listen to your body and eat only small amounts of fresh, unprocessed foods that appeal to you.

Best Natural Treatment For Dientamoeba Fragilis?

More scientific research is still needed to really understand Dientamoeba fragilis, primarily due to the very recent acknowledgement by the scientific community that this parasite is, indeed, causing symptoms in humans. As such, there is no definitive scientific proof of the efficacy of any natural treatment against this parasite. However, this doesn’t necessarily mean that natural treatments are not actually effective.

References

Johnson, E. H., Windsor, J. J., & Clark, C. G. (2004). Emerging from obscurity: biological, clinical, and diagnostic aspects of Dientamoeba fragilis. Clinical microbiology reviews, 17(3), 553-570;

Lagacé-Wiens, P. R., VanCaeseele, P. G., & Koschik, C. (2006). Dientamoeba fragilis: an emerging role in intestinal disease. Canadian Medical Association Journal, 175(5), 468-468;

Munasinghe, V. S., Vella, N. G., Ellis, J. T., Windsor, P. A., & Stark, D. (2013). Cyst formation and faecal–oral transmission of Dientamoeba fragilis–the missing link in the life cycle of an emerging pathogen. International journal for parasitology, 43(11), 879-883;

Stark, D., Van Hal, S., Marriott, D., Ellis, J., & Harkness, J. (2007). Irritable bowel syndrome: a review on the role of intestinal protozoa and the importance of their detection and diagnosis. International journal for parasitology, 37(1), 11-20.