Greetings my friends, let’s jump right into part 2 of the Candida biofilm series. 

One of the biggest mistakes I see people make with chronic and recurring Candida infection time and again - is thinking they’re dealing with “too much yeast” in the body. They’re most probably not just battling yeast, if they’ve been battling a problem with a yeast species like Candida they’re probably battling a highly-defensive biofilm in the body. 

Candida Biofilms Explain A Lot

Once you understand the biofilm concept more fully, many things suddenly start making sense:

• It explains why symptoms keep coming back
• It explains why antifungals sometimes only partly work
• It explains why people feel stuck in treatment cycles for years
• And lastly it also explains why aggressive treatments often backfire

A Candida biofilm is not just some random bunch of yeast cells floating around. In part 1 we discussed how Candida biofilm is like a microbial city that can resemble a fortified concrete bunker structure deep underground. Candida cells attach to a surface (gut lining, vaginal tissue, oral tissue etc.), then begin building a protective matrix around themselves. Over time this structure becomes multi-layered, highly organised, virtually drug-resistant, and highly adaptive.

The kind of structure that seems almost “impossible” to get rid of - especially with conventional methods and way of thinking.

Inside these biofilms are:

• Many yeast cells
• Filamentous forms of yeast cells (we call them hyphae)
• Microcolonies of bacteria and yeast cells
• Other materials like sugars, proteins, beta glucan, and DNA

We will discuss beta glucan and the biofilm matrix in a moment, but first let’s explore the different Candida species and the types of biofilm they produce.

Not All Candida Species Biofilm Behave the Same

Did you know that all Candida species behave differently, just like humans?  Some species get on well with others, whereas other Candida species can behave like bullies. Some can exploit immune vulnerabilities a lot more than others studies are revealing, a bit like the "cyber hackers" we see today. There always appears to be some kind of vulnerability.

One of the most important clinical points I learned over my time in the clinic is this: there is no single “Candida.” All different Candida species form different types of biofilms as well as behavioural patterns.

I’ve often found when stool test results show several Candida species in the high 3 or 4+ counts, there is commonly a background in taking an antifungal medication on/off, sometimes for years.

Candida Species-Specific Biofilms

Let's now look at different Candida species and their specific biofilms:

• Candida albicans forms thick, highly complex, structured biofilms
• Candida glabrata produces simpler, compact, but very persistent biofilms
• Candida tropicalis creates dense and aggressive biofilm networks
• Candida parapsilosis forms thinner biofilms but colonises devices effectively
• Candida auris  shows strong resistance and persistence, mainly in hospital settings

These differences do matter, because they can influence how severe and recurring the person’s Candida infection will become, their actual response to treatment, and how well any treatments really work.

I’ve found clinically this is why a one-size-fits-all approach often fails.

Beta-Glucan

One of the key components that helps build the super tough biofilm matrix is a substance called beta-glucan, which can dramatically reduce antifungal penetration and help shield deeper layers of the biofilm.

Beta glucan can do this:

• Bind antifungal compounds together, rendering them useless
• Reduce drug availability to yeast cells
• Prevent drugs from reaching deeper layers of the biofilm

Clinically I’ve often found that when a person maintains a drug like fluconazole for symptomatic relief, they usually get to the point when the drug just about stops working entirely.

Resistance to the commonly-used azole class drugs occurs due to continually relying on treatment, and it’s getting to become an increasing problem every year according to the latest research. (Abu-Humaidan et al., 2025.). I’ve seen many desperate people advised to stay on this drug indefinitely, not really the best advice you could give somebody tbh if you are looking for a resolution. 

In other words, the problem isn’t “the antifungal treatment isn’t strong enough” - sometimes the environment itself is protecting the yeast and bacteria due to internal gut and immune weakness that inherently develops. This is very common today.

Big Problems and Big Hammers

And it is at this point I think many people start going off-track and make the wrong decision - they begin to escalate treatment. This is the “big problem needs a big hammer” way of thinking. 

This mindset can lead a person down this path:

• Stronger antifungal drugs
• The "biofilm buster" supplement
• Stricter diets, more food eliminations
• Harsher treatment protocols
• More "detoxing" cycles
• Regularly swapping doctors

But here’s another layer of complexity and potential problems. Did you know that Candida species live quite happily in communities, even biofilms, alongside bacterial communities?

Candida and Bacteria Share a Complicated Relationship

Did you know that Candida species rarely exist alone? In many cases, Candida is part of a mixed microbial community. Just like in society, these interactions can go in different directions - some good, and some bad.

Did you also know that some bacteria can even support Candida by: 

• Increasing their adhesion
• Strengthening their biofilm structure
• Enhancing their drug resistance
• Assisting in evading immune responses

Whereas other bacteria (like beneficial Lactobacillus species) can:

• Inhibit Candida growth
• Reduce biofilm formation
• Help maintain proper immune balance in the gut

This Candida/bacteria interplay adds just another layer of complexity, especially in the gut and vaginal microbiome.

Candida Happily Lives With Bacteria

Di you know that Candida species can become very good friends with all kinds of bacteria species?

• Bacterial overgrowths (like Pseudomonas, Citrobacter, E.coli, etc.)
• Depleted Lactobacillus species
• Poor digestive function (low stomach and pancreas outputs)
• Poor gut motility patterns (IBS, SIBO) • inflammatory gut patterns

I learned clinically a long time ago that probiotics, enzymes, and proper digestive support often matter just as much as antifungals.

I have an extensive library of old naturopathic and health books, some dating back to the 1870s. One thing many of those early practitioners consistently emphasised was the importance of improving all aspects of digestion and elimination first when it came to restoring health — and honestly, that principle still holds true today.

Back in the 80s and 90s — long before the internet — I spent countless hours digging through research papers in libraries. Even then, it was becoming increasingly clear that probiotics and enzymes played a major role in restoring microbial balance and improving gut function.

For Best Long-Term Results

And clinically, the best long-term results almost always came from combining:

• A diverse and fresh whole-foods diet
• Probiotics and enzymes
• Broad-spectrum herbs and spices — both in the diet and supplementally if required
• Appropriate, patient-specific lifestyle changes

—not from relying purely on aggressive antifungal treatment approaches alone.

I’ve rarely found the need for excessive supplementation because I’ve always taken a strong “Food as Medicine” approach. Good nutrition does most of the heavy lifting when it comes to rebuilding health.

Of course, there are always exceptions. Some people genuinely require additional support — low vitamin D, low B12, iron deficiency, magnesium depletion, or other nutrient gaps are very common today. Sometimes a person has a higher requirement because of stress, medications, poor absorption, genetics, or long-standing illness.

But whenever a patient would ask me:
“Eric, what’s the most important vitamin or mineral for me to take?”

My answer was always this: “Whatever your body is lacking is exactly what it needs.”

And the more variety and quality you bring into your diet, the more likely you are to naturally fulfil those nutritional requirements over time.

Incorporate Antimicrobial Foods, Herbs, and Spices

As I’ve mentioned many times in my previous posts, I gradually moved away from the “Candida elimination” mentality many years ago. Because what I consistently observed was that when people’s symptoms often improved far more when we focused on restoring their gut and lifestyle rather than waging total war on Candida, or bacteria in case of SIBO.

It would make sense to go down this path first:

• Improving digestion and eating habits (awareness)
• Improving diet quality long-term (always remain open too improve)
• Attending to low levels of beneficial bacteria (microbiome depletion is rife today)
• And attending to the impact of stress (the most important one today)

Importantly, incorporating a broad range of antimicrobial foods, herbs, and spices naturally into the diet can help when it comes to stubborn drug-resistant Candida biofilm. I started making cleansing and gut balancing supplements a long time ago and incorporated herbs like clove and more recently lemongrass and cinnamon based on the very latest research. Sometimes supplements like this can help balance the gut faster than diet alone.

Plants As Medicine

This part is the most underestimated when it comes to diet - the microbial balancing part where plants are actually used as medicine (instead of drugs).  Most traditional cultures have done this instinctively for thousands of years without even talking about “killing” Candida or taking “medicine”.

We’re talking about things like:

• Garlic, onions, shallots
• Oregano, thyme, rosemary, basil
• Ginger, turmeric
• Cinnamon, clove, nutmeg

All these herbs and spices for example can help influence a person’s gut microbial balance in subtle but very important ways. They achieve this not through “carpet bombing” the microbiome, but through gradual gut balancing, thereby reducing pressure over a period of time, and that’s quite a different philosophy than many may be used to.

The Take-Away

Candida biofilms are structured, controlled, adaptive, persistent, and species-specific. And most importantly: Candida species are built for survival.  Once you understand just how intelligent Candida is, how it builds and protects itself, your treatment going forward starts to make a lot more sense. You are not just dealing with some random yeast. You are dealing with a structured, adaptive and pretty clever system that is designed to survive at all odds. 

Taking a drug with a single-action repeatedly to control symptoms is creating a bigger problem long-term and wasting your time.  That’s why a broader, multi-target approach is often needed.
They I’d like to close this second biofilm article by stating they are not “invincible” however — but they do require a more thoughtful approach than just antifungal drugs. I’ve always found clinically this: the people who do best long-term are usually the ones who stop obsessing about Candida and start focusing on rebuilding a healthier gut environment overall. That’s where the real shift often begins.

Candida Biofilms - Part 3

Now that you understand what Candida biofilms are, how they co-habit with bacteria, and how tough they are to beat, be sure to read part 4 of this series that will soon be published here on Reddit:

The 4 Phases of Candida Biofilm development fully-explained

Once you understand the basics, the next step is seeing how biofilms actually develop. We go a bit deeper into the science here.

This article walks you through the full 4-stage biofilm lifecycle, step by step.

Studies used for the 3-part series on Candida biofilms:

• Studying Candida Biofilms Across Species: Experimental Models, Structural Diversity, and Clinical Implications - Squitiere et al., 2025
• Antifungal therapy of Candida biofilms: Past, Present and Future - Ajetenmobi et al., 2023
• Study on the impact of biofilm formation by Candida albicans in recurrent vulvovaginal candidiasis on drug susceptibility - Li et al., 2025
• Our current clinical understanding of Candida biofilms: where are we two decades on? - Ramage et al., 2023

As usual, let me know your thoughts.

Eric Bakker, Naturopath (NZ)
Specialist in Candida overgrowth, gut microbiome health & functional medicine

Get your free Candida Lite Guide PDF copy here

Greetings my friends,

It's Eric Bakker here again from NZ, where it's getting cold as winter approaches.

If you’ve read anything on this Candida subreddit, you’ve likely stumbled across comments or posts about "biofilm", and may have some understanding what Candida biofilms are, and how they form and their peculiar behaviour.

I thought it best to create a series about fungal biofilm, this biofilm post is part 1 of 3. You can read this entire post series including a Candida biofilm hub page on this LINK.

Several very good research papers have been published in the past few years, and I thought it might be a good idea to explain these recent findings in a more easy-to-understand that most can understand. There are links to these several Candida biofilm research papers below if you want a deeper more "scientific" dive.

But here’s the real biofilm question many ask me:

"Why are Candida biofilms so difficult to treat?"

Once a Candida biofilm is very well established, you’re no longer dealing with just free-floating yeast cells or "some random fungal issue" that an antifungal cream or Fluconazole will quickly resolve.

Fungal biofilm are so hard to treat because you’re dealing with a highly-protected and very adaptive microbial system that has genetically evolved over millions of years.

Why Standard Antifungal Drugs Often Fall Short

Most antifungal drugs were designed to target "free-floating" yeast cells. But Candida biofilm behave very differently.

This is what happens inside a Candida biofilm

• Antifungal drugs struggle to penetrate inside
• Cells inside slow their metabolism right down
• Several resistance mechanisms become amplified

This means treatments that would normally work can become a lot less effective. Even higher doses may only produce partial results - and potentially increasing resistance further.

The resistance of Candida species to fluconazole, however, has been recognised by the Centers for Disease Control and Prevention (CDC) as a serious threat to human health. 

The Real Reason Many Candida Treatments Fail

There isn’t just one reason Candida biofilms are difficult to treat, there are multiple defence mechanisms that work together to achieve this:

• The Candida biofilm matrix acts as a tough physical barrier
• Cells reduce metabolic activity
• Pumps inside biofilms (called efflux pumps) push drugs right back out
• Cells called "persister cells" survive antifungal drug treatment
• Candida's genetic regulation adapts to stress

This multi-layered defence system is exactly what makes Candida biofilms so remarkably persistent.

The Concrete Bunker

I often compare Candida biofilm to a reinforced concrete bunker deep underground, while many bacterial biofilms are more like wooden structures above ground. Both provide protection — but one is obviously built to withstand far more punishment!

And that’s the key difference.

Once Candida establishes a mature multi-layered biofilm, it becomes far more difficult to penetrate, disrupt, and fully eliminate.

Device-Related Infections — A Major Clinical Issue

Candida prefers to live on surfaces.

Here's where Candida biofilms readily form on:

• Catheters
• Implants
• Tubes

Medical devices and treatments can become a continuous source of Candida infection.

In these cases:

• Antifungal drugs alone are often not enough
• The biofilm stays attached to the device
• Cells continue spreading into the body

This is unfortunately why device removal is often essential in a hospital setting, and importantly, it is linked with systemic candidiasis.

Bloodstream Infections — Why Biofilms Can Be Serious

In hospital settings, biofilm-related Candida infections can become severe. We call blood-borne Candida infections "systemic candidiasis", an area many get confused. Systemic candidiasis (also known as invasive candidiasis or candidemia) is a severe, potentially fatal infection caused by Candida species entering a person's bloodstream and spreading to organs like the heart, brain, or eyes

Systemic Candida infection are associated with:

• Higher complication rates
• Increased mortality
• Persistent or relapsing infection

This highlights how clinically important Candida biofilms really are.

Mucosal Infections — Much More Common, Still Frustrating

The thing with Candida is this - most people aren’t dealing with hospital infections But rather - they’re dealing with mucosal Candida infections, which can affect multiple areas,

including these areas:

• Oral and throat Candida
• Oesophageal Candida
• Gastrointestinal Candida (including SIFO and colon involvement)
• Vaginal Candida (especially chronic and recurrent cases)
• Genito-urinary irritation
• Chronic sinus involvement (AFS - allergic fungal sinusitis)

What many people don’t realise is that several of these conditions can actually overlap. Here's the thing I see: Candida symptoms may shift location or even appear unrelated, while still sharing the same underlying pattern.

In all of these kinds of situations, Candida biofilms contribute to:

• Persistent symptoms
• Reduced treatment response
• Increased recurrence risk

This is why I've seen so many people who feel caught up in a 3-way rotating cycle:

1. Their symptoms improve - under "normal" treatment
2. They stop all treatment - and the causes remain unattended
3. Their symptoms return - a stronger treatment sought

New Antifungal Drugs — Promising, But Still Very Limited

Newer antifungal drugs are emerging, including:

• Ibrexafungerp
• Rezafungin
• Fosmanogepix

These show better anti-biofilm activity than older drugs like fluconazole.

However:

• No single drug has been found to work across all Candida species
• Biofilm eradication remains inconsistent even today with the "best" drugs
• Outcomes still vary widely from patient to patient

So while progress is being made, there is still no universal drug solution.

Why a Smarter Strategy Is Needed

Once you understand biofilms, one thing becomes very clear: This is not just about using a "stronger" antifungal or some random "biofilm buster" dietary supplement.

To have effective Candida biofilm control requires a broader approach, including:

• Addressing the actual Candida biofilm structure
• Supporting gut microbial balance
• Restoring gut integrity (improve stomach, pancreas, liver function)
• Changing the environment Candida thrives in

I've found when a broad approach is applied to treatment, this is where many people begin to see more stable, long-term improvements. This is particularly important for those who have had a chronic Candida infection for decades. I've seen several patients take Fluconazole for ten years or more just to "hold symptoms at bay".

What Research Is Showing About Botanical Medicines

There is growing evidence that certain specific herbal and plant-based compounds may help:

• Disrupt Candida biofilm structure
• Interfere with biofilm adhesion
• Affect Candida biofilm through multiple pathways simultaneously

Importantly, certain botanicals do not appear to promote resistance in the same way many pharmaceutical antifungals can. Because instead of targeting only one single mechanism at the same time, they often:

• Work much more broadly than drugs
• Make Candida adaptation a lot harder
• Support gut microbial balance

Why This Matters Long-Term

If Candida biofilms are not addressed, the pattern often looks like this in chronic and recurring cases:

• You treat Candida symptoms
• The symptoms improve somewhat
• Then relapse occurs

But when Candida biofilms are understood and addressed properly:

• The underlying biofilm structure is targeted
• Recurrence risk is reduced
• Long-term outcomes become more stable

The Future of Candida Treatment

This is where treatment is heading:

• Biofilm-disrupting therapies
• Combination approaches
• Species-specific strategies
• More realistic clinical models

At last - medicine is slowly moving away from their “kill only” approaches toward more integrated systems.

The Takeaway

Candida biofilms are much difficult to treat than bacterial biofilms because they are:

• Highly protected
• Extremely adaptive
• Persistent by nature

And that means one thing: Treatment needs to be smarter — not just stronger.

Candida Biofilms - Part 2

Now that you understand what biofilms are and how tough they are to beat, be sure to read part 2 of this series that will soon be published here on Reddit:

Inside Candida Biofilms: Structure, Candida Species Differences and Their Survival Mechanisms

We'll go deeper with the next post. Because once Candida forms a biofilm, it doesn’t just sit there. It builds, adapts, and it survives.

Studies used for the 3-part series on Candida biofilms:

• Studying Candida Biofilms Across Species: Experimental Models, Structural Diversity, and Clinical Implications - Squitiere et al., 2025
• Antifungal therapy of Candida biofilms: Past, Present and Future - Ajetenmobi et al., 2023
• Study on the impact of biofilm formation by Candida albicans in recurrent vulvovaginal candidiasis on drug susceptibility - Li et al., 2025
• Our current clinical understanding of Candida biofilms: where are we two decades on? - Ramage et al., 2023

As usual, let me know your thoughts!

Eric Bakker, Naturopath (NZ)
Specialist in Candida overgrowth, gut microbiome health & functional medicine

Get your free Candida Lite Guide PDF copy here

Greetings all, let's talk about misdiagnosis today. Many people assume they "have Candida", when in fact they may have a bacterial issue, a parasite, or a mixed-problem such as SIBO and Candida imbalance overlapping. Confused? Many people are.

After working with gut problems for many years, I’ve noticed something that often catches people off guard. A lot of people who are "convinced" they have Candida are actually dealing with a pattern that looks like Candida, but isn’t being driven by it.

Many doctors are still not convinced that Candida species can cause a wide range of issues unless they are trained in functional or integrative medicine. And I’m not talking about "systemic candidiasis" — the kind of infection many people believe they have. True blood-borne Candida infections are serious, life-threatening conditions, and are mostly limited to hospital settings or people with severely compromised immune systems.

What I see far more often are people with bloating after meals, white tongue, fatigue, skin problems, itching, and recurring symptoms that keep coming back despite treatment.

They try antifungals, strict diets, supplements, pharmaceutical drugs, and often go from practitioner to practitioner. Either nothing changes, or they actually feel worse! It’s not because they’re doing everything wrong. More often, they’re treating the wrong driver behind their symptoms.

Candida Isn’t Always The Main Problem

Candida albicans is a real microorganism. There’s no doubt about that. It lives in our body and can overgrow under the right conditions.

But here’s where things can go side-ways. The symptoms people associate with Candida overlap heavily with many other conditions. Fatigue. Brain fog. Digestive problems. Skin issues. These are not "Candida-specific" symptoms, and that’s where people get misled.

In many cases, what’s really going on is:

• Poor digestion
• Poor elimination
• Gut imbalance patterns, often SIBO-type activity

Most people would struggle to clearly explain the difference between SIBO and Candida overgrowth. Candida may be present, but it’s not the main cause.

The most common misdiagnoses I see:

Over the years, these are the patterns I’ve seen most often.

1. SIBO (small intestinal bacterial overgrowth) This is probably the most common Candida mimic. It involves bacterial overgrowth in the small intestine, leading to bloating, gas, and pain after meals. People often treat it like Candida, but it’s a bacterial issue, not a fungal one. SIBO and leaky gut go hand-in-hand.
2. IBS (irritable bowel syndrome) Many IBS cases get labelled as Candida, and many Candida cases get labelled as IBS. I’ve seen this repeatedly when reviewing comprehensive stool tests. IBS is a functional disorder, not just a yeast problem. Motility issues, gut sensitivity, and pain can all be involved.
3. Food sensitivities Gluten, dairy, histamine-rich foods and others can all trigger symptoms. People remove these foods, feel better, and assume they’ve “killed Candida.” In reality, they may have simply removed a key trigger. Leaky gut is often a major driver here, but it’s frequently overlooked. I’ve helped countless patients reintroduce foods they were once told to "avoid completely"by teaching them how to repair leaky gut.
4. Vaginal conditions (for women) Not all itching is due to yeast. It can be bacterial vaginosis, or even cytolytic vaginosis, where there is too much “good” bacteria. I’ve seen this happen after repeated use of lactobacillus treatments. These conditions won’t respond to antifungals.
5. Chronic fatigue and fibromyalgia These are often self-diagnosed as systemic Candida. In reality, many of these cases involve broader dysfunction, including the nervous system and hormonal balance, especially stress and cortisol.
6. Blood sugar issues Sugar cravings and fatigue are often linked to blood sugar instability. There can be many causes. In many cases, it comes down to poor eating patterns, lack of protein, irregular meals, or high intake of processed foods. Some people believe this is yeast “demanding sugar,” when it can actually be linked to just a basic nutrient deficiency, particularly vitamin B6, zinc, and magnesium.

The 3 Reasons Why Misdiagnosis Commonly Happens

There are a few common reasons for misdiagnosis:

• Symptoms overlap and look similar, especially SIBO and Candida imbalance
• Testing is poor or incomplete. Many people never test for various reasons, and are left guessing.
• Fast solutions are desired today, super fast. People are drawn to quick-fix solutions

Many people want a single, simple answer, and Candida often becomes that answer.

“If all you have is a hammer, everything looks like a nail.”

People default to what they already know or what they’ve been told. Practitioners often push their favourite approach, I call them one-trick ponies. The lyme doctor will inform you that all your woes are cause by lyme disease, whereas another may say "It's a Candida problem". Patients then repeat the same type of treatment over and over, with limited success.

It usually shows up like this:

• "Kill the yeast" - using antifungals only
• "Fix the gut - using probiotics only
• " Fix SIBO” - using antibiotics only

The is essentially same mindset, but using a different hammer.

The Candida Trap

This is where people often get stuck. They go on a Candida diet and start to feel better, but then symptoms return. That’s no resolution, that’s just suppression.

Candida adapts extremely well. In many cases, it adapts better than bacteria. It can hide, return, and persist. It commonly lives with many kinds of bacteria, both good and bad. If the underlying issue (the cause or driver) isn’t fully addressed, the cycle just continues. It might take weeks, months, or even years, but it eventually comes back. I've seen this a lot in my clinic, and often a significant stress in the person's life can be enough to suppress immunity and drive yeast or bacterial counts up. And it's the micro-organism that get's the blame, never the stress that caused their immune function to bottom-out.

What Works...and What Doesn’t

What doesn’t work:

• Impatience
• Diets alone
• Supplements alone
• Ignoring underlying digestive issues like poor stomach or pancreatic function
• Random antifungal use
• Short-term protocols from different sources
• Aggressive “kill everything” approaches (looking for a "better hammer")

What does work:

• Patience
• The right whole-foods diet, used strategically and consistently
• Targeted antimicrobial support
• Rebuilding the gut microbiome
• Repairing the gut lining
• Preventing recurrence by addressing cause and drivers (the most overlooked one)

Most importantly, doing things in the right order, Candida is not a "one-step problem".

About Candida Quizzes

This is something I want to be very clear about. Most Candida quizzes I've seen tend to pigeonhole people right from the start. They put everybody into the "Candida box" before even remotely understanding what’s really going on.

Gut problems are much more complex than that, you might be dealing with:

• Candida dominance
• SIBO dominance
• IBS-type patterns
• Leaky gut patterns
• Gut microbiome depletion

Or you may have a Candida dominant pattern with underlying SIBO tendencies (very common today). Your symptoms may well involve a combination of these two patterns.

That’s exactly why I’ve been working for a few months on a better way to more easily and quickly identify these key dominant patterns more accurately, instead of labelling everything as Candida, something you'll soon hear about.

The Bigger Picture

Candida overgrowth does exist, and I’m not denying that. But in many cases, it’s the result of a compromised gut, not the "root cause" of everything. I'd like you to clearly understand this concept, but to also understand the limitations of any health-vcare professional you get advice from regarding treatments.

If you focus only on "killing Candida", you risk missing the bigger picture completely, and this could means delays, more cost, and always looking for "a better hammer".

Eric's Final Thoughts

If you’ve tried treating Candida and something still feels off, there’s a good chance you’re on the wrong track. You may simply be treating the wrong driver!

Once you identify the correct dominant pattern, things start to make more sense, the needle starts to move in the right direction - and that’s when real progress for you begins.

I’m interested to know, has anyone here treated Candida imbalance and felt like something still wasn’t quite adding up?

Eric Bakker, Naturopath (NZ)
Specialist in Candida overgrowth, gut microbiome health & functional medicine

Get your free Candida Lite Guide PDF copy here

Greetings guys, it's Eric Bakker N.D., here. I’m a naturopath from New Zealand with 39 years of clinical experience, mostly working with gut health, Candida overgrowth, SIBO, IBS, and chronic recurring issues that don’t fully resolve. I'm 66 yrs this, and there ain't much I haven't seen or heard in my clinic over the years when it comes to men's health. Even though approx. 60% of my patients were female, I've had plenty of guys come to see with fungal-related issues involving their penis, but also many jock itch cases, hundreds.

Problems similar to what I experienced as young man in me early 20s, serious yeast problems that crippled my chances of dating, especially intimacy. I know how crushing this can be.

So I’ve worked with quite a few men dealing with balanitis, especially the kind that keeps coming back or never quite clears properly. I’ve also worked with gay male and female over the years, and earlier in my career I worked alongside a gay doctor in Australia before moving to NZ in the late 90s. I'm straight btw, but have plenty of experience in both straight and gay sexual health. One of my most interesting and challenging Candida cases years ago was an hermaphrodite, an individual that possesses both male and female reproductive organs.

Yes, I do have a product line, but I’m not here to promote or sell anything, just to contribute, share what I’ve learned, and hopefully help a few of you get unstuck. I've written a few articles on men's yeast infections, including balanitis and jock itch on my site candida . com, check it out.

Feel free to tag me or ask questions anytime. I'll respond when I'm free.