Anticandida Candida Albicans Testing for Candida

Testing for Candida - 12 ways to detect fungus

19 января 2021

If you suspect that there is a fungus living in your body and you have similar symptoms associated with Candidiasis, before starting the cleansing course «Anti-Candida», we recommend checking for the presence of fungi in the body.

We should note immediately: no type of testing can distinguish between earlier and later forms of fungi.

Since the Candida fungus is present in the human body in a yeast form, even after conducting tests and determining the overall titre, it will be impossible to truly determine which form the test detected – yeast or chitinous.

If you haven't read other articles from this website, we remind you that fungi go through several stages of evolution: from young yeast to mature forms with the presence of the biopolymer chitin in the cell membrane.

Both forms leave identical traces behind.

The chitinous form of the fungus is much more toxic than the yeast form.

An elevated titre is an indicator of fungus and Candidiasis.

WHAT IS CHITIN?
Chitin is a strong biopolymer that is part of some living organisms, mainly fungi, insects, and many types of parasites. Specifically in fungi, it is formed in the cell membrane, greatly enhancing their protective functions.
A fully formed membrane makes the fungus almost invulnerable, significantly increasing its natural resistance and viability even under the most aggressive changes in the environment.

HOW DO CANDIDA YEASTS DIFFER FROM ITS CHITINOUS FORM?
The difference is somewhat like that between fresh bakery yeast and fully moldy bread.
The yeast form is a low-toxicity, nascent form of Candida, easily suppressed by the immune system.
The chitinous form is a large toxic colony with a chitin-based cellular «exoskeleton».
Both forms are equally detected by blood tests. However, the damage they inflict on the human body varies immensely.

No type of diagnosis can be entirely accurate regarding fungi

In medicine, different types of fungi, especially Candida, have always been notorious for being hard to diagnose. Even if a patient has pronounced symptoms and inflammation, a direct test (e.g., a scrape) might detect the fungus only after several attempts. For this reason, fungal infections were often overlooked in broad medical circles.

Therefore, even if you have inflammation, there's a high chance the doctor might diagnose you with a different condition, without mentioning dysbiosis as the primary source of the disease.

Conversely, if a parasite is identified, standard medical treatment for fungi, using antifungal agents and antibiotics, in 90% of cases, happens without dietary adjustment. This can lead to the reverse effect – further spreading of the infection and an increase in the pathogenicity of «Candida Albicans», other types of fungi, and blood parasites, as well as a reduced efficacy of medications in the future.

Since the symptoms of fungi are non-specific and can be mistaken for symptoms caused by another irritant, and lab tests might not detect any pathogenic microorganisms at all, there's no guarantee that the diagnosis and treatment plan proposed by a therapist accurately targets the cause of the illness.
«Saving a drowning person is the drowning person's own responsibility». Many patients undergo treatment for «incurable diseases» for years, often the healthcare professionals themselves are ill. How can they help patients if they can't help themselves?

Trust your intuition and personal feelings. Your symptoms are not just «genetics», not «psychosomatic», and not «psychological» issues, as you might be told.

Behind most chronic diseases lies a disruption of the body's internal ecology and microbiological contamination. To address the root cause of the disease, it's suggested to use available self-diagnostic tools to identify pathogenic microflora.

Laboratory Tests

If you and your doctor suspect an infection with Candida Albicans or other fungi, the following laboratory tests are available to you.

METHOD 1: Osipov's Venous Blood HMC Analysis.

✔️ Chromato-mass spectrometry - venous blood analysis - is a highly accurate and specific diagnostic method based on the detection of microbial chemical substances and can detect fungi, viruses, and bacteria.

✔️ Osipov's Venous Blood HMC analysis is perhaps the most detailed scientific test that can determine the presence of pathogenic microflora living both in the intestine and outside it. It is recommended for particularly complex cases of fungal infections and for those who want to check their body for the presence of other pathogenic microflora besides fungi.

The most detailed blood analysis for various types of small parasites. Among its advantages is its high informativeness concerning various species of fungi.

Each bacterium and microorganism leaves a unique «trace». The chemical substances produced by the microflora (metabolism products) can be traced using this analysis. Based on the detected toxins, one can determine the type of bacteria and, based on their quantity, how many of them live in the organism.

The diagnosis allows for a fairly accurate identification of the disease's causative agent, the determination of excessive bacterial growth, and much more. When detecting fungi, it proves accurate in 50% of cases. Available in most major cities.

METHOD 2: Enzyme-linked immunosorbent assay (ELISA) of blood.

This is a standard blood test for antibodies to fungi. There are three immune complexes that can be analyzed: IgG, IgA, and IgM for Candida fungus and for mucor fungi. A high level of these antibodies indicates an infection.

GUIDE TO UNDERSTANDING ANTIBODIES
A positive IgM indicates that Candida has recently infected the human body.
A positive IgG indicates that Candida has been present in the body for a long time.
High IgM, low IgG = a new infection that the body «keeps under control».

High IgG and high IgM = acute fungal infection that the body has not yet suppressed.
Low IgM and high IgG = chronic fungal infection.

However, there is one significant caveat to this test: in chronic fungal infections, the level of IgG may be negative. For this reason, this analysis is not a reliable marker of fungal infection.

Even if the test shows a negative result, it does not necessarily mean that you don't have the fungus. If the test shows a low titer, it also doesn't mean that the fungus is present in minimal amounts in your body. In reality, there may be a lot of it.

This can partly occur because the body looks for other ways to fight the fungus; partly because the patient may have primary signs of immunodeficiency; partly because immune complexes might concentrate at the site of inflammation, and their concentration in the analyzed blood sample can be much lower.

Even when fungi are detected, the test won't determine which exact form is progressing - yeast or chitin.

METHOD 3: Urine test for tartaric acid.

This test detects tartaric acid – a byproduct of Candida's metabolism. An elevated level indicates its presence.

A fairly reliable and simple test that determines the amount of fungi populating the body. However, this test has a significant downside - it shows different results every time.

METHOD 4: Stool analysis with flora culture and determination of sensitivity to antibiotics and bacteriophages.

The stool is analyzed for the level of fungi, as well as pathogenic and beneficial bacteria. Again, candidiasis manifests itself continuously, so it makes sense to analyze stool samples collected over several days.

The foundation is suggested to be the «flora culture with determination of sensitivity to antibiotics and bacteriophages».

Laboratory diagnostics will provide preliminary information about the number of fungal colonies. For the study, biological materials such as sputum, urine, feces, or a swab taken from the genital area or any other location of the infection caused by fungus are required.

The most important thing here is to determine the habitat of the fungi. The intestines and genital organs are places where they are always present and in large quantities.

METHOD 5: Scraping from the infected area.

Microscopic examination of the biological material obtained by scraping, swabbing from the affected area, as well as feces and urine allows visualization of spores and fungal hyphae. Cultivation is a logical continuation of the microscopic study of biological material, which is placed in a nutrient medium. Along with the seeding of microorganisms, their sensitivity to antibiotics is diagnosed.

When suspected of fungus, a scrape is often taken from the suspected site of localization. The main locations of fungi are the ears, hairline, skin under the hairy coverings of the head (hair, eyebrows, beard) and body (armpits, chest, back, groin, and genital areas). This also includes the elbow bends, feet and nails, and the genital area.

This type of test is not always informative, as very often doctors cannot laboratory-confirm the fungus even if it and its traces of activity are visible to the naked eye!

In their practice, the authors of the «Anti-Candida» project often encountered absurd situations when in the case of obvious fungus, doctors could not identify it, even though a scrape was taken and laboratory tests were carried out in different clinics over the course of a year.

As a result, Candidiasis was eventually diagnosed, but only after a considerable time, when the external symptoms worsened so much that it was clear it was a fungus without any tests, and standard treatment could no longer help.

Therefore, it is recommended not to rely on commonly accepted diagnostic methods; they are imperfect. Maybe in expensive clinics with the most modern understanding of the problem and advanced equipment, they can easily identify the fungus based on dozens of specialized markers. But in most hospitals and private clinics, this remains unavailable. So take responsibility into your own hands and figure everything out for yourself.

Tests in Specialized Laboratories

Below are the available methods for professional diagnosis of Candidiasis. Stool and organic acid (urine sample) tests are conducted in the laboratory.

METHOD 1: GI Effects – comprehensive stool analysis.

Genova Diagnostics is among the top three most advanced laboratories in the world. The GI Effects analysis from this company is an innovative stool test that measures the main biomarkers of the gastrointestinal tract and provides a clinical understanding of digestive efficiency, intestinal inflammation, and gut microbiota – areas that affect not only GI health but also overall health.

GI Effects is an advanced stool analysis that provides immediate clinical information needed to monitor gut health and includes a test for worms and parasites.

Genova Diagnostics offers a comprehensive stool analysis that tests for Candida fungus and the presence of parasites:

48 possible types of yeasts and fungi;

yeast (microscopy - visible presence of yeast cells);

22 possible parasites.

Testing is available internationally. Biological samples need to be sent by mail to receive a detailed report. If you have fungi, you will likely find out.

The drawback of this type of research is that fresh samples are required for accurate data. The ideal analysis involves the immediate examination of fresh stool samples.

Additional information about GI Effects testing.

METHOD 2: Urine Organic Acids Analysis at Genova Diagnostics.

Organic acids are metabolic by-products of microorganisms, or, in simpler terms, bacterial excretions. Organic acids testing is strongly recommended as an initial assessment test.

The analysis provides an accurate picture of the presence of fungi and other parasitic bacteria in the human body.

Excessively high levels of these microorganisms can cause (or exacerbate) behavioral disorders, hyperactivity, movement disorders, fatigue, and immune dysfunction. Many patients with chronic illnesses and neurological disorders excrete several abnormal organic acids, the cause of which may be the use of antibiotics, a high-sugar diet, immune deficiency, and genetic factors.

If abnormalities are detected in the organic acids test, treatment may include supplements such as vitamins and antioxidants, as well as dietary modifications. Following treatment, patients and doctors report significant improvements: reduced fatigue, regular bowel function, increased energy, alertness and focus, improved communication skills, decreased hyperactivity, and reduced abdominal pain.

METHOD 3: IgG Food Allergy Test + Candida.

The test is valuable in determining the presence of food allergies and sensitivities to certain foods, which can arise due to an overgrowth of fungi.

IgG Food Sensitivity Test

The test helps determine if food influences the manifestation of Candida symptoms.

Clinical studies show that allergic reactions (intolerance reactions) to food products identified through IgG testing can be a primary factor influencing many chronic diseases. By eliminating the «signaling» products in the IGG panel along with the anti-candida protocol, maximum results can be achieved.

Subjective Analysis

METHOD 1: Saliva Test.

This test allows for a generalized examination of fungal levels; however, it cannot be used as a reliable indicator for Candida, nor for diagnosing systemic infections when the fungus spreads throughout the body via the bloodstream.

For a complete understanding, we provide a description of the saliva test below. The test should be performed in the morning before you have had anything to eat or drink.

Gently rinse your mouth with water and wait for three minutes.

Pour a glass of fresh water. Gather some saliva in your mouth and place it on the surface of the water in the glass.

Take note of how the saliva looks.

Check the glass every 15 minutes.

Self-Testing for Candida Fungus

How does this test work?

Initially, the Candida fungus forms in the intestines, but as it grows, it moves into the gastrointestinal tract, reaching the small intestine first, then the stomach, esophagus, and finally, the oral cavity.

If there is an excessive amount of this fungus in the body and it reaches the mouth, a white coating will appear on the tongue (which may also cover the inner cheek surface).

ANALYSIS OF RESULTS
Healthy saliva is clear, floats to the top, and slowly dissolves in water without any cloudiness or sinking to the bottom. There are usually bubbles or foam.
Saliva infected with Candida will have one or more characteristics indicating fungal growth:
- Thin saliva threads sink to the bottom of the glass.
- Cloudy saliva clusters float in the middle of the glass.
- Cloudy saliva sinks to the bottom of the glass.
- The more «threads» and cloudiness in the saliva and the faster they develop, the more severe the fungal infection.

METHOD 2: Strong Body Odor.

This is an indicator of advanced Candidiasis and impaired liver detoxification abilities. If you have ever been at a large gathering, you have likely encountered individuals emitting a strong, unpleasant body odor, to the point where you might want to hold your breath.

A sharp, intense body odor is not a sign of sloppiness, and hygiene practices will not help in this case. This is because the odor is a symptom of internal body diseases and chronic Candidiasis.

Different types of fungi produce different kinds of smells. Let's identify the 4 main types:
1. A sour and sharp odor from sweat that's «so strong it brings tears to your eyes», very similar to the smell of urine;
2. A concentrated, cloyingly sweet scent that «makes a lump form in your throat»;
3. A disgusting smell of rot and decay that «makes one wince»;
4. An odor resembling either kefir or spoiled cheese.

Most of these smells are found in elderly people with weakened immune systems. Patients infected with fungi don't perceive this odor because they live with it constantly.

The olfactory receptors of the affected individuals get used to the unpleasant smells in much the same way that one might stop noticing the scent of perfume after some time, even though it hasn’t faded and others can still smell it clearly.

Much is said about this stench. Some claim it's due to kidney malfunctions and a failure of the liver's detoxification system. Indeed, that's part of it. But such a diagnosis might be downplayed because if you tell someone directly that parasites are eating their insides, they would likely disagree and actively seek treatment.

METHOD 3: Chronic Bone System Diseases.

Fungi can affect the human skeletal system, leading to its gradual deterioration. These diseases slowly progress as liver function gets compromised. To put it simply, the toxic processes in the human body are reminiscent of the rusting of metal with subsequent swelling and expansion, which, by the way, is damaged by corrosive fungi.

The insidious difference between processes inside the human body and those on the surface of metal is that one cannot see their bones and joints «rusting» until the process reaches its final stage.

The symptoms are always consistent. With osteoporosis, bones and joints start to delaminate, forming many porous areas, and joint surfaces become coarse. Inflammatory processes in the body lead to the ossification of connective tissues and result in muscle fibrosis. Conditions such as fibromyalgia, various forms of arthritis, including rheumatoid arthritis, osteoarthritis (chronic progression), deformation of bone and cartilage structures, degenerative disc disease, growth of osteophytes, and joint inflammations develop.

The main difference between a severe form of autoimmune fungal infection (when the infection penetrates the joints) and a regular fungal infection is that the inflammation sites are spread throughout the body and are exacerbated by a parallel chlamydia infection. Age doesn't matter. The disease affects both adults and children.

METHOD 4: Chronic issues with blood vessels and the heart.

Similarly to the bone system, parasites also affect the vascular system, leading to its gradual weakening. Poor diet, sedentary lifestyle, excess carbohydrates, and trans fats in the modern human's diet lead to impaired detoxifying capabilities of the liver and subsequently to the deposition of low-density lipoproteins on vessel walls, where fungi and chlamydia thrive and feed.

The principle is simple:

If there's a food source, there are parasites.

Fungi and other tiny parasites feed on these wastes and deposits, live in vessels, and release toxins, thereby further contaminating the bloodstream and putting more stress on the liver. It's a vicious cycle that is hard to break. Additionally, fungi continuously reproduce, putting more strain on the immune system. The disease can silently progress for decades until a breaking point is reached.

❌ Dismiss the popular myth about «blood sterility». In reality, everyone's blood is contaminated, and it circulates toxins and metabolites of fungi, chlamydia, and other small parasites. Plasmapheresis procedures are a clear testament to that.

Pay attention to your health and maintain your body by following the simple cleansing rules from ANTICANDIDA.COM !