If you have been on a road where you've added more fiber to your diet, tried laxatives, and maybe even followed a strict low-FODMAP diet leading nowhere, I get it. Doing everything you can think of to get your bowels moving, yet somehow, you're still struggling.
Some mornings, you spend far too long on the toilet, only to walk away feeling like you haven't fully emptied. Other days, you manage to produce a bowel movement, but the bloating and uncomfortable pressure in your abdomen barely improve. By the evening, your gut feels so swollen that even your favorite pair of jeans becomes unwearable.
If you've been dealing with chronic constipation and bloating for months or even years(!!), it's totally understandable that you might start wondering whether something deeper is going on.
One possibility worth exploring is methane SIBO, more accurately known as Intestinal Methanogen Overgrowth (IMO). Research has linked methane production in the gut with slower intestinal transit and constipation, which may help explain why some people continue struggling despite their efforts.
But not everyone with constipation has IMO, and not every case of persistent bloating can be explained by methane.
So, before committing to another gut protocol, let's explore how methane and other underlying issues may influence your bowel movements, why constipation can persist despite your best efforts, and what else might be worth investigating.
Can you be constipated even if you have a bowel movement every day?
When you think of constipation, you probably imagine someone who hasn't had a bowel movement in several days.
But what if you're going to the bathroom every morning and still feel constipated?
The truth is, constipation isn't just about how often you go. It's also about how easily and completely you empty your bowels.
You might have a bowel movement every day but still experience:
- Hard, dry, or lumpy stools that are difficult to pass
- Excessive straining, even when you feel the urge to go
- A sensation that you haven't fully emptied your bowels
- Spending a long time on the toilet with little result
- Feeling as though something is blocking the stool from coming out
One useful tool for assessing stool consistency is the Bristol Stool Chart, which categorizes stools into seven types. Types 1 and 2, which describe hard lumps or lumpy, sausage-shaped stools, are commonly associated with constipation. (1)
However, stool consistency is only one part of the picture.
For example, someone who regularly passes soft stools but strains excessively or never feels completely emptied may have difficulty with the evacuation process itself.
In some cases, this involves the pelvic floor muscles, which need to relax and coordinate properly during a bowel movement. If they don't, passing stool can become difficult even when its consistency is normal.
This may point to a problem with how the bowels empty, sometimes called a defecatory disorder, which needs specific assessment. (2)
It's also why I pay attention to more than just bowel movement frequency when reviewing a client's digestive symptoms.
The goal isn't just to have a bowel movement every day, but to have comfortable, regular bowel movements without excessive effort or a persistent feeling of incomplete emptying.
What is methane SIBO or IMO, and how is it connected to constipation?
You may have read that SIBO can cause bloating, gassiness, abdominal pain, and changes in bowel habits. However, these symptoms are nonspecific, and different patterns of intestinal microbial overgrowth may be linked to different bowel symptoms.
While hydrogen-dominant SIBO is more often associated with diarrhea, methane production is more commonly linked to constipation and slower intestinal transit. (3)
Interestingly, what we commonly call “methane SIBO” isn't technically SIBO.
SIBO stands for Small Intestinal Bacterial Overgrowth. However, the microorganisms that produce methane aren't bacteria. They're called methanogens, a group of microorganisms known as archaea. (4)
The main methane producer in the human gut is Methanobrevibacter smithii.
These microorganisms use hydrogen produced during fermentation by other gut microbes (together with carbon dioxide) to generate methane gas. And unlike the bacterial overgrowth associated with SIBO, methanogens aren't necessarily limited to the small intestine. They can also be found in the large intestine. (5)
That's why the more accurate term is Intestinal Methanogen Overgrowth (IMO).
How does methane affect gut motility?
Your intestines rely on coordinated contractions, controlled by intestinal muscles, nerves, and other signaling mechanisms, to move food, gas, and waste through the digestive tract. This process is known as gut motility.
Think of it as a conveyor belt that keeps everything moving along at an appropriate pace.
Research has found an association between intestinal methane production and slower intestinal transit. (6)
When transit slows down, stool spends more time in the colon, allowing more water to be absorbed. This can lead to harder stools, more difficult bowel movements, and that uncomfortable feeling of being backed up.
Slower transit may also create conditions that favor methane-producing microorganisms, potentially reinforcing the problem. (7)
However, the relationship between methane and constipation isn't entirely straightforward. Researchers are still investigating how much methane directly contributes to slower transit and how much slower transit may encourage methane production in the first place.
So having constipation doesn't necessarily mean you have IMO. And even if methane is elevated on a breath test, it may not be the only factor contributing to your symptoms.
When should you consider testing for methane SIBO or IMO?
If you've been dealing with persistent constipation, bloating, and abdominal discomfort despite making changes to your diet and lifestyle, you might be wondering whether methane SIBO or IMO could be part of the picture.
And it's especially relevant if you've already been diagnosed with IBS-C (constipation-predominant irritable bowel syndrome) or your symptoms haven't responded as expected to conventional constipation strategies.
However, symptoms alone cannot tell you whether you have IMO.
Constipation and bloating overlap with several other digestive conditions, so testing may be worth discussing with your gastroenterologist rather than assuming methane is responsible. (8)
How does a methane breath test work?
The most commonly used method for identifying IMO is a hydrogen and methane breath test.
During the test, you drink a sugar solution, usually lactulose or glucose, and provide breath samples at regular intervals over the next few hours.
As gut microorganisms break down carbohydrates, they produce gases that are absorbed into your bloodstream and eventually exhaled through your lungs.
By measuring these gases, the test offers an indirect picture of microbial activity in your digestive tract. (9)
According to commonly used diagnostic guidelines, the North American Consensus, a methane level of 10 parts per million (ppm) or higher at any point during the test (including the fasting sample taken before the sugar solution) is considered positive for IMO.
(To compare, in the case of hydrogen, a rise of at least 20 ppm above baseline within 90 minutes supports SIBO). (10)
Unlike hydrogen-dominant SIBO, where the timing of the gas increase is important, methane can originate from microorganisms in both the small and large intestine.
Here's something else that often surprises people when they look at their breath test results.
Methanogens use hydrogen produced by other gut microbes to make methane, which can lower the hydrogen measured on a breath test.
This is one reason why measuring hydrogen alone can miss important information.
For example, you may have relatively low hydrogen readings alongside elevated methane levels. That doesn't necessarily mean very little hydrogen is being produced. Methanogens may consume some of it before it can be measured.
It's also why changes in methane levels after treatment can sometimes be accompanied by changes in hydrogen readings.
However, an increase in hydrogen after methane decreases doesn't automatically confirm hydrogen-dominant SIBO. Breath test patterns need to be interpreted in context, including the timing of gas production, symptoms, and testing conditions.
What are the limitations of breath testing?
Breath testing has limitations. Preparation, recent antibiotics, certain medications, and the sugar solution used can affect results.
False-positive and false-negative results are possible, so findings need to be interpreted alongside your symptoms and medical history.
The test measures gases, not the number or exact location of microorganisms. (11)
What else could be contributing to persistent constipation and bloating?
Methane may be one piece of the constipation puzzle, but it's rarely helpful to look at your digestive symptoms through a single lens.
For example, you might have a positive methane breath test and also have an underactive thyroid, take a medication that slows intestinal transit, or struggle with pelvic floor coordination.
And if those factors are overlooked, focusing exclusively on reducing methane may not give you the relief you're hoping for.
Here are a few other possibilities worth investigating.
1. Slow colonic transit
Sometimes, constipation happens because stool moves too slowly through the large intestine, even without IMO.
The longer stool remains in the colon, the more water is absorbed, which can make it harder to pass.
If you regularly go several days without a bowel movement, rarely experience the urge to go, or find that typical constipation strategies provide little relief, slow-transit constipation may be worth investigating.
A gastroenterologist can assess this using a colonic transit study, which tracks how quickly material moves through your colon. This is generally considered when initial strategies haven't worked, and stool evacuation difficulties have been assessed. (12)(13)
2. Pelvic floor dysfunction
The problem isn't always just how quickly stool travels through your intestines. It can also involve what happens when you try to empty your bowels.
Normally, certain pelvic floor muscles need to relax while your abdominal and rectal muscles work together to pass stool.
When that coordination is disrupted, you might experience:
- Frequent straining, even when stools are soft
- A feeling of blockage or incomplete emptying
- The need to change positions or use your fingers to help pass stool
If these symptoms sound familiar, ask your gastroenterologist about anorectal manometry and balloon expulsion testing. These tests help assess the muscles and coordination involved in bowel movements.
When a defecatory disorder is confirmed, pelvic floor biofeedback therapy can be particularly helpful because it targets the coordination problem rather than simply making stool softer. (14)
3. Thyroid dysfunction and other health conditions
Your thyroid hormones influence many processes in the body, including how efficiently your digestive tract moves food and waste along.
When thyroid hormone levels are too low, as in hypothyroidism, intestinal transit may slow down, contributing to constipation, bloating, and sometimes more digestive discomfort.
One of the most common causes of hypothyroidism is Hashimoto's thyroiditis, an autoimmune condition in which the immune system attacks the thyroid gland and can gradually impair hormone production.
If you're struggling with persistent constipation alongside fatigue, sensitivity to cold, dry skin, hair loss, or unexplained weight changes, thyroid function may be worth investigating. (15)
Testing usually starts with TSH, with free T4 added if needed. If autoimmune thyroid disease is suspected, thyroid antibody testing such as thyroid peroxidase antibodies (TPOAb) and sometimes thyroglobulin antibodies (TgAb) can help identify Hashimoto's thyroiditis. (16)
And if you're already taking thyroid medication such as levothyroxine, it's worth checking whether your thyroid hormone levels are adequately controlled.
Interestingly, the relationship between your thyroid and gut works in both directions. Thyroid hormones influence intestinal movement, while certain gastrointestinal conditions and medications or supplements can interfere with levothyroxine absorption.
For example, iron and calcium supplements taken too close to levothyroxine can reduce its absorption, potentially affecting thyroid hormone control.
This is another reason why persistent constipation deserves a broader assessment, even if you've already been diagnosed with a thyroid condition. (17)
Want to understand this connection better?
<You can also explore the SIBO-thyroid connection in my previous article.>
Other conditions, including diabetes and certain neurological disorders, can also affect intestinal function.
And let’s not forget medications. Iron supplements, opioid painkillers, certain antidepressants, and some calcium-containing products can contribute to constipation.
If your symptoms started or worsened after starting a new medication or supplement, review it with your healthcare professional rather than stopping it on your own.
4. IBS-C and gut-brain communication
If constipation regularly comes with abdominal pain related to bowel movements and bloating, constipation-predominant irritable bowel syndrome (IBS-C) may also be part of the picture.
People with IBS-C can experience changes in gut motility alongside visceral hypersensitivity, meaning the nerves in the digestive tract become more sensitive to normal sensations such as stretching and gas.
This helps explain why two people with similar amounts of intestinal gas may experience very different levels of bloating or discomfort.
Stress and nervous system activity can further influence these symptoms, although that doesn't mean the problem is simply psychological. (18)
Gut-directed hypnotherapy, including app-based options such as Nerva, or IBS-focused cognitive behavioral therapy may help manage symptoms, even when stress isn't an obvious trigger. (19)(20)
If you have noticed that your constipation or bloating has become more unpredictable since entering your 40s or 50s, even though your diet and daily habits haven't changed much, you aren’t imagining that connection.
During perimenopause, estrogen and progesterone levels fluctuate and eventually decline as you approach menopause. These hormones have receptors throughout the gastrointestinal tract and may influence gut motility, digestive sensitivity, and the composition of your gut microbiome.
In a survey presented in 2025, 54% of 564 perimenopausal and menopausal women reported constipation and 77% reported bloating. Most said their digestive symptoms had started or worsened during this stage of life. (21)
However, because this was a self-selected online survey, it cannot prove that menopause caused these symptoms or estimate how common they are in all women.
Hormonal changes may interact with several other factors (22), including:
- Changes in gut motility: Hormonal fluctuations may influence how efficiently intestinal contents move along, although the effects vary between individuals.
- Gut-brain communication: Sleep disruption, increased stress, and changes in digestive sensitivity may make bloating and abdominal discomfort more noticeable.
- Pelvic floor function: Age-related and hormonal changes, alongside factors such as previous pregnancies and childbirth, may contribute to difficulties with bowel emptying.
- Gut microbiome changes: Research suggests that the intestinal microbiome can change during the menopause transition, although we don't yet know whether these shifts directly contribute to IMO.
So, what can you do if your digestive symptoms seem to be changing during perimenopause?
- Track your bowel habits alongside changes in your menstrual cycle, sleep quality, stress levels, and any new symptoms.
- Pay attention to whether you're eating enough, eating regular meals, and getting enough fiber. If incomplete emptying or excessive straining is a major issue, a pelvic floor assessment may also be worthwhile.
- And if you're also experiencing other perimenopausal symptoms, such as hot flashes, night sweats, sleep disturbances, or significant changes in your menstrual cycle, it may be worth discussing hormone replacement therapy (HRT) with a healthcare practitioner who specializes in peri/menopause. (23) HRT can be an effective option for managing certain menopausal symptoms, although its direct benefits for constipation, gut motility, or SIBO haven't been clearly established.
The important takeaway is that persistent constipation doesn't always have one underlying cause. Sometimes several factors overlap, and making progress means identifying which ones matter most in your situation.
Practical strategies for methane overgrowth and persistent constipation
In my practice, I prefer to start by looking at what's keeping constipation going and which part of digestive function needs the most support.
For one person, the priority might be improving stool consistency. For another, it could be supporting slow gut motility, adjusting an overly restrictive diet, or exploring why bowel movements still feel incomplete.
Here are some of the strategies worth considering.
1. Find the right balance of fiber instead of eliminating it
If you're dealing with methane SIBO / IMO, you may have noticed that certain high-fiber foods leave you feeling more bloated.
That's because some fibers are fermented by gut bacteria, which can increase gas and bloating.
But eliminating fiber isn't the solution either.
Fiber can help maintain stool consistency, and fermentable types feed gut bacteria that produce short-chain fatty acids, including butyrate. (24)
The key is choosing fiber sources that you tolerate and introducing them gradually.
For example:
- Psyllium husk: A soluble, gel-forming fiber that can improve stool consistency and bowel regularity. It has some of the strongest evidence among fiber supplements for chronic constipation. Take psyllium with plenty of water. (25)
- Partially hydrolyzed guar gum (PHGG): A low-FODMAP, soluble prebiotic fiber that may support bowel regularity and beneficial gut bacteria. It can be a well-tolerated option for people prone to bloating, although individual responses vary. (26)
- Food-based fiber: Oats, kiwi fruit, ground flaxseed, and tolerated vegetables can help increase fiber intake without relying entirely on supplements. (27)
If you're particularly sensitive to fiber, introduce one source at a time, start with a small amount, and increase gradually to minimize discomfort.
And remember, more fiber isn't always better, especially if you have significant slow-transit constipation or difficulties with bowel evacuation.
2. Support gut motility
Managing constipation means considering both stool consistency and how effectively your bowels move and empty.
Magnesium citrate or magnesium oxide, for example, may help with constipation by softening stool through their osmotic effects and increasing water in the intestines. Magnesium oxide has also been shown to shorten colonic transit. (28)
But I also pay attention to daily habits that support normal digestive function.
For example:
- Eat regular, sufficiently sized meals. Skipping meals or eating very little may reduce stool volume and opportunities to stimulate colonic activity. Eating at consistent times can help establish a more predictable digestive routine. (Your body loves routines).
- Work with your gastrocolic reflex. The colon naturally becomes more active after eating, particularly in the morning. Try allowing yourself 15-45 minutes after breakfast to use the bathroom without rushing or straining.
- Food intake and variety: Eating too little, following highly restrictive diets, or eliminating entire food groups can affect stool volume and make it harder to maintain adequate fiber intake.
- Move your body daily. Walking, especially after meals, is a practical way to incorporate movement and may help support bowel regularity.
- Use a footstool when needed. Raising your knees above your hips can make the position for passing stool more comfortable for some people.
Understand which movement needs support
Gut movement isn't one single process.
Two aspects are particularly relevant here:
- Small-intestinal movement: Between meals, a pattern of contractions called the migrating motor complex (MMC) helps sweep residual contents through the stomach and small intestine. It's sometimes described as the digestive system's housekeeping mechanism. Disrupted MMC activity has been associated with SIBO/IMO. Because the MMC gets activated between meals, leaving time between meals may allow this normal activity to occur. (29)
- Colonic movement: These contractions move stool through the large intestine toward the rectum. Improving movement higher up in the digestive tract doesn't necessarily resolve slow movement through the colon. (30)
Where do prokinetics fit?
Prokinetics are substances that stimulate or support gastrointestinal movement. Unlike osmotic laxatives, such as certain forms of magnesium (as discussed above), prokinetics work by influencing the muscular activity that moves contents through the digestive tract. (31)
Both are important, but supporting one doesn't necessarily mean you're improving the other.
For example, someone may benefit from strategies that support small-intestinal movement but still struggle with constipation because their colonic transit is slow.
What prokinetic options are available?
- Prescription prokinetics: Medications such as prucalopride act on serotonin receptors involved in intestinal movement. Prucalopride has stronger clinical evidence for chronic constipation, particularly when other approaches haven't provided sufficient relief. It can help the colon move stool, rather than simply adding water to it. These options should be discussed with a gastroenterologist. (32)
- Ginger and artichoke extracts: as natural options, have mainly been studied for supporting stomach emptying and upper digestive symptoms. (33)
If an underlying motility problem contributed to overgrowth, addressing it may remain important after treatment.
>You can read more about gut motility support and prokinetics in my previous blog post.<
3. Don't overlook digestive function and food tolerance
Another area I explore with clients is how well they tolerate and digest their meals.
For example, someone may have significant bloating after eating, feel unusually full for hours, or struggle with particular foods.
Depending on their symptoms and medical history, we might look more closely at meal size, eating habits, fat tolerance, overall lifestyle factors, and whether additional digestive assessment is appropriate.
Targeted supplements such as digestive enzymes can sometimes improve food tolerance by helping break down specific carbohydrates before gut bacteria ferment them. Examples include lactase for lactose intolerance and alpha-galactosidase for certain carbohydrates in beans and legumes. This may reduce gas and bloating, depending on the food and the individual. (34) (35)
4. Reducing methane-producing microorganisms
If you've tested positive for methane SIBO / intestinal methanogen overgrowth (IMO), improving bowel regularity is important, but you may also need an approach that specifically targets methane-producing microorganisms.
Unlike typical hydrogen-dominant SIBO, IMO involves archaea rather than bacteria. These microorganisms respond differently to antimicrobial interventions, which is one reason methane-positive cases can be more challenging to address.
Several approaches are worth understanding, including prescription antibiotics, herbal antimicrobials, and selected supplements.
Conventional antibiotic approaches
One antibiotic combination studied in methane-positive patients is rifaximin with neomycin. (36)
Rifaximin is a minimally absorbed antibiotic that acts primarily within the intestines. Neomycin is sometimes prescribed alongside it because research suggests the combination may reduce methane more effectively than either antibiotic alone.
For example, one small retrospective study found that approximately 87% of participants receiving both rifaximin and neomycin achieved methane levels below the study's threshold (using an older breath-test cutoff), compared with 28% of those receiving rifaximin alone. (37)
This may help explain why some people with methane-positive breath tests don't experience the improvements they expected after a course of rifaximin alone.
However, neomycin can cause serious hearing and kidney problems, so its suitability requires careful medical assessment.
Another combination gastroenterologists sometimes consider is rifaximin with metronidazole, particularly when neomycin isn't suitable. However, the evidence supporting this combination specifically for IMO is less established.
Does this mean everyone with IMO needs two antibiotics? Not necessarily.
The appropriate approach depends on your medical history, previous antibiotic exposure, test results, and potential risks. Antibiotics also have limitations and side effects, and a positive breath test doesn't guarantee that reducing methane will resolve every digestive symptom.
If antibiotics haven't helped, review both the treatment used and other possible causes of your symptoms, rather than assuming another course of antibiotics is the answer.
Herbal antimicrobials as natural options
In functional gut health practice, herbal antimicrobials are another approach sometimes considered for people with confirmed IMO.
One frequently discussed option is allicin, a sulfur-containing compound formed when garlic is crushed.
Allicin has demonstrated antimicrobial activity in laboratory research (38) and is commonly included in protocols aimed at methane-producing microorganisms. However, reliable human research showing that allicin or these combinations treat confirmed IMO remains lacking.
It's often combined with another botanical antimicrobial, such as:
- Berberine: A plant-derived compound with antimicrobial properties, commonly used in herbal digestive protocols. (39)
- Neem: A botanical traditionally used for its antimicrobial activity and biofilm disruption. (40)
- Oregano oil: Contains compounds such as carvacrol and thymol that have demonstrated antimicrobial effects in laboratory studies. (41)
The idea behind combining botanicals is to use ingredients with different antimicrobial properties, potentially targeting a broader range of microorganisms.
Just because these herbal products are considered natural doesn’t mean they cannot cause digestive irritation, interact with medications, or be suitable during pregnancy or certain health conditions. More herbs or higher doses don't necessarily mean better results.
Another supplement that sometimes comes up for methane-associated digestive symptoms is Atrantil.
It contains quebracho extract, horse chestnut extract, and peppermint-derived compounds.
Atrantil is primarily marketed for bloating, abdominal discomfort, and constipation-associated digestive symptoms.
A small observational study involving people with IBS-C reported improvements in bloating, abdominal pain, and constipation while taking the botanical combination. (42)
However, Atrantil has no evidence that it eliminates methanogens or consistently reduces methane levels on breath testing.
I'd view it as a possible symptom-support option rather than a proven alternative to an IMO-directed protocol.
Could certain probiotics help lower methane?
Probiotics are another area where the specific strain matters much more than simply taking a product labeled as a gut health probiotic.
One particularly interesting strain is Lactobacillus reuteri DSM 17938.
In a small retrospective study involving 20 adults with functional constipation and elevated breath methane, four weeks of supplementation was associated with a significant reduction in breath methane levels.
Average methane levels decreased from approximately 20.8 ppm to 8.9 ppm, although larger controlled studies are needed to determine how reliably this translates into better symptoms and IMO outcomes. (43)
This doesn't mean all probiotics have the same effect.
Different strains may influence digestion in different ways, and some people with significant bloating find that certain probiotic products aggravate their symptoms.
If you're considering probiotic support, pay attention to the exact strain, the research behind it, and how your digestive system responds.
For more information, read my article on >Best Probiotics for SIBO<
Here's what to focus on next if you're still constipated
If you're still struggling with constipation despite everything you've tried, the next step depends on your symptoms and what's contributing to them.
Here's a quick guide to help you identify what might deserve attention:
|
If you're experiencing: |
Consider exploring: |
| Hard, dry stools that are difficult to pass | Fiber type, hydration, and stool-softening support |
| Several days between bowel movements | Slow colonic transit, gut motility support, and possible IMO |
| Daily bowel movements but incomplete emptying | Pelvic floor coordination and evacuation difficulties |
| Persistent bloating despite improving methane levels | Other sources of gas, visceral hypersensitivity, or IBS-C |
| Constipation worsening during perimenopause | Hormonal changes, thyroid function, and pelvic floor health |
These aren't diagnoses, but they can help you ask better questions and avoid repeating strategies that haven't worked.
There's more to constipation than methane
If you've been dealing with persistent constipation, bloating, and repeated digestive setbacks, it's easy to feel like you're missing that one supplement or protocol that will finally make everything work.
But as you’ve explored in this article, constipation can involve several overlapping factors, from methane production and impaired gut motility to pelvic floor function, thyroid health, and hormonal changes.
The key is figuring out which factors matter most for you, rather than continuing to experiment without clear direction.
Disclaimer:
The information provided on this site is for educational purposes only, is not intended as medical advice, and does not claim to diagnose, heal, treat, or cure any conditions. Always consult with a healthcare professional before starting any dietary regimen, supplement, or lifestyle changes, especially if you have underlying health conditions or are taking medication.
Frequently asked questions about methane SIBO / IMO and constipation
Can you have methane SIBO (IMO) and still poop every day?
Yes. Constipation isn't just about how often you go. You can have daily bowel movements but still experience hard stools, excessive straining, or incomplete emptying. However, these symptoms alone don't establish IMO. Sometimes the opposite can also happen: loose stools even if IMO is present.
Can methane SIBO (IMO) come back after antibiotics or herbal protocols?
Yes, methane levels may become elevated again after an intervention, particularly if contributing factors such as slow gut motility remain unresolved. However, recurring constipation doesn't automatically mean IMO has returned. Further assessment may be needed before repeating a protocol.
Is methane SIBO (IMO) harder to get rid of than hydrogen SIBO?
Methane-positive overgrowth can be challenging because methanogens are archaea rather than bacteria, and they may respond differently to antimicrobial approaches. Some studies suggest combination antibiotic regimens reduce methane more effectively than rifaximin alone, but research directly comparing long-term outcomes between IMO and hydrogen-dominant SIBO remains limited.
Need help figuring out your next steps?
If you're struggling with ongoing SIBO symptoms, constipation, or bloating despite everything you've tried, you don't have to figure it all out on your own.
During my free SIBO & Gut Assessment Call, we can discuss your symptoms, previous testing, and the approaches you've already tried to explore what may be worth focusing on next.
Related posts:
Healing SIBO Naturally: Holistic Strategies Without Antibiotics
SIBO vs IBS: Key Differences, Symptoms, and Treatments Explained
Gastritis signs, causes, and 5 effective natural remedies
Weight gain with SIBO: How your gut could be blocking weight loss
3 reasons why you have constant bloating: SIBO and more
Alexandra is a Functional Medicine Certified Health Coach & Holistic Nutritionist specializing in IBS, SIBO, and Gut Health. She helps her clients identify the root causes of their chronic gut issues with functional testing, supporting their bodies holistically and implementing the necessary lifestyle changes long-term to regain control of their bodies and enjoy food freedom. Book your FREE SIBO Assessment call now >>>