H. pylori 60’s

H. pylori (Helicobacter pylori) is a spiral-shaped bacterium that infects the stomach lining. It is one of the most common bacterial infections worldwide, especially in developing countries.

Information below pertains to both Capsules & Tinctures.
Due to the nature of ingredients, Tinctures will only contain herbs and alcohol, not Vitamins, Minerals and Amino acids

Stage-by-Stage Breakdown: H. pylori Progression & Capsule Ingredient Actions

Summary of Our Capsule’s Approach

✔ Targets urease activity to weaken bacterial survival.
✔ Disrupts biofilms to expose bacteria to the immune system.
✔ Interferes with adhesion to the stomach lining.
✔ Soothes and protects the gastric mucosa.
✔ Reduces inflammation and tissue damage.
✔ Supports nutrient absorption and long-term gut health.

What H. pylori Does:

 It survives the acidic environment of the stomach by producing urease, an enzyme that neutralizes stomach acid around the bacteria.

• It penetrates the protective mucus layer of the stomach lining, allowing it to attach to and inflame the underlying tissue.
• Over time, this weakens the stomach’s protective mechanisms, leading to irritation, ulcers, or even long-term complications.

Common Health Effects:

 ✔ Chronic gastritis (inflammation of the stomach lining)
✔ Stomach or duodenal ulcers
✔ Indigestion, bloating, or burning pain
✔ Loss of appetite or nausea
✔ Bad breath (in some cases)
✔ Increased risk of stomach cancer (if untreated over many years)

Does H. pylori Always Cause Symptoms?

 No. Many people carry H. pylori without noticeable symptoms. In some, it remains dormant. But in others, especially when combined with stress, diet, or other factors, it can lead to active symptoms or ulcers.

How Do You Get It?

H. pylori is mainly spread through:

• Contaminated food or water
• Saliva or close contact
• Poor hygiene

How is it Diagnosed?

 Breath test

• Stool test
• Blood test (less accurate)
• Gastroscopy with biopsy

Why Natural Formulas are Used

 While antibiotics are standard treatment, many people explore herbal and natural options to:

• Disrupt bacterial biofilms
• Reduce inflammation
• Support stomach healing
• Improve the body’s natural defense

How long does it take to develop problems after H. pylori infection?

The time it takes for H. pylori to become a noticeable problem varies significantly between individuals and depends on several factors. Here’s a factual breakdown:

Timeline of H. pylori Progression: 

1. Initial Infection:
   • Often occurs in childhood, especially in areas with poor sanitation.
   • Most people do not experience symptoms immediately.
   • The bacteria settle in the stomach lining and can remain there silently for months to years.
2. Silent Phase (Often Years):
   • pylori may live in the stomach without causing noticeable symptoms.
   • During this phase, it slowly weakens the stomach’s protective mucus and causes low-grade inflammation.
3. Symptom Development:
   • In some individuals, symptoms like bloating, burning, nausea, or indigestion appear within months to a few years after infection.
   • For others, symptoms may not appear until 5 to 20 years later, often triggered by stress, poor diet, NSAID use, smoking, or immune weakening.
4. Ulcer Formation:
   • About 10-20% of infected individuals eventually develop peptic ulcers.
   • Ulcers can form after several months to several years, depending on bacterial activity, lifestyle, and stomach acid levels.
5. Serious Complications (Long-Term):
   • If left untreated for decades, H. pylori can lead to:
     • Chronic gastritis
     • Atrophic gastritis (thinning of the stomach lining)
     • Stomach cancer (especially in high-risk individuals

Summary:

• Some experience problems within months; others, it takes decades.
• Many people never develop symptoms, but the bacteria quietly damage the stomach.
• Risk increases with poor diet, stress, smoking, alcohol, NSAIDs, and genetic susceptibility.

If you suspect H. pylori or have digestive issues, it’s recommended to test early—even before symptoms become severe.

How do you test for H. pylori?

1. Urea Breath Test (Highly Recommended for Active Infection)

• How it works: You drink a liquid containing a harmless urea compound. If H. pylori is present, its urease enzyme breaks down the urea, releasing carbon dioxide, which is detected in your breath.
• Accuracy: Around 95%, highly reliable.
• Pros: Non-invasive, quick, good for confirming active infection or testing if treatment worked.
• Cons: Must stop antacids, PPIs, antibiotics 2 weeks before test for accuracy.

2. Stool Antigen Test

• How it works: Detects H. pylori proteins in your stool sample.
• Accuracy: High, especially for detecting current infection.
• Pros: Non-invasive, good for children and adults.
• Cons: Requires proper stool collection, must stop PPIs and antibiotics before testing.

3. Blood Antibody Test

• How it works: Detects antibodies your body produces against H. pylori.
• Accuracy: Only useful for initial diagnosis; cannot tell if infection is active or treated.
• Pros: Simple blood draw, widely available.
• Cons: Cannot distinguish past vs. current infection; not useful after treatment.

4. Gastroscopy (Endoscopy) with Biopsy

• How it works: A thin camera is inserted through your mouth to the stomach. Small tissue samples are taken for testing.
• Accuracy: Gold standard for severe cases or when ulcers or cancer are suspected.
• Pros: Allows direct view of stomach lining, biopsy, and sometimes immediate treatment.
• Cons: Invasive, expensive, only recommended for severe or complicated cases.

Summary Recommendation:

✔ For general detection: Breath test or stool test preferred.
✔ For confirmation after treatment: Breath test or stool test.
✔ For severe symptoms (ulcers, bleeding, cancer risk): Endoscopy with biopsy.

Here’s how to prepare for H. pylori tests to ensure accurate results:

1. Urea Breath Test – Preparation Tips

• Stop proton pump inhibitors (PPIs) like omeprazole, pantoprazole, lansoprazole at least 2 weeks before.
• Stop antibiotics at least 4 weeks before.
• Avoid bismuth-containing medicines (like Pepto-Bismol) for 4 weeks.
• Fast for 6 hours before the test (usually overnight). Water is allowed.
• Do not smoke, chew gum, or eat anything before the test on the day.

2. Stool Antigen Test – Preparation Tips

• Stop PPIs at least 2 weeks before.
• Stop antibiotics at least 4 weeks before.
• Collect the stool sample according to lab instructions, avoiding contamination.
• Avoid stool softeners or laxatives before collection.

3. Blood Antibody Test – Preparation Tips

• No special preparation required.
• Remember: This test cannot confirm active infection, only exposure.

4. Endoscopy with Biopsy – Preparation Tips

• Do not eat or drink for 6–8 hours before the procedure.
• Discuss with your doctor if you’re taking PPIs or antibiotics — they may advise stopping them beforehand.
• Arrange for someone to drive you home after, as sedation is usually given.

Why These Restrictions?

PPIs, antibiotics, and bismuth suppress H. pylori or alter test results, leading to false negatives. Waiting the recommended time ensures accurate diagnosis.

What are PPI’s?

PPIs (Proton Pump Inhibitors) are medications that reduce stomach acid production by blocking the enzyme in the stomach lining responsible for acid secretion.

What They Do:

• Suppress acid production in the stomach
• Provide relief for acid reflux, heartburn, indigestion, and ulcers
• Allow the stomach lining to heal in conditions like gastritis or peptic ulcers

Common PPI Examples:

• Omeprazole (Losec, Prilosec)
• Esomeprazole (Nexium)
• Lansoprazole (Zoton)
• Pantoprazole (Pantoloc, Somac)
• Rabeprazole (Pariet)

Why They Affect H. pylori Testing:

PPIs suppress stomach acid, which alters the environment in the stomach. This can:

• Reduce the activity of H. pylori temporarily
• Lead to false negative results in breath or stool tests
• Mask symptoms without clearing the infection

How Long to Stop Before Testing:

• Recommended to stop PPIs at least 2 weeks before a breath or stool test for accurate results.
• If you are on long-term PPI treatment, consult your doctor before stopping.

The difference between PPIs and natural acid-reducing herbs from our formulation

Here’s a clear comparison between PPIs (Proton Pump Inhibitors) and natural acid-reducing or stomach-supporting herbs found in our formulation:

1. Mechanism of Action

PPIs:

• Directly block the proton pumps in the stomach lining.
• These pumps are responsible for producing hydrochloric acid (HCl).
• Effectively reduce stomach acid by up to 90%, often within hours.

Natural Herbs (from your formulations):

• Work indirectly to balance acid levels rather than completely suppress them.
• Support the protective mucus layer or reduce inflammation.
• Some calm the stomach lining or mildly alter acid secretion but preserve digestive function.

2. Examples from our Formulations

PPIs:

• Omeprazole, Esomeprazole, Pantoprazole (pharmaceutical)

Natural Ingredients You Use with Similar Soothing or Mild Acid-Balancing Effects:

• Licorice Root: Boosts protective mucus, calms inflammation, helps tissue repair.
• Marshmallow Root: Forms a protective barrier over the stomach lining.
• Slippery Elm: Coats and soothes irritated stomach tissues.
• Chamomile: Reduces inflammation and calms spasms.
• Plantain: Supports tissue repair and strengthens the mucosal barrier.
• Aloe Marlothii: Soothes irritation, promotes healing of damaged tissue.
• Turmeric: Reduces inflammation without suppressing necessary acid entirely.

Pros and Cons

4. Important Note

• If someone is on a PPI, they need to stop it 2 weeks before an H. pylori test for accurate results.
• Our herbal ingredients generally do not interfere with H. pylori testing unless they have strong antimicrobial effects.

Summary

PPIs suppress acid aggressively, often necessary in severe ulcers or erosive reflux. Your herbal ingredients support healing and balance acidity, often ideal for prevention, mild symptoms, or supporting treatment for H. pylori.

Here’s a clear list from our H. pylori capsule, showing which herbs mainly help reduce acidity or protect the stomach lining, and which ones are more focused on weakening or killing H. pylori:

1. Herbs That Reduce Acidity or Protect the Stomach Lining

These do not suppress acid completely like PPIs, but they soothe irritation, enhance mucus production, and protect the stomach from damage:

• Aloe Marlothii: Soothes and helps repair the stomach lining.
• Chamomile Flowers: Calms inflammation, mild acid-regulating effect.
• Licorice Root: Increases protective mucus, promotes ulcer healing.
• Marshmallow Root: Coats the stomach lining, reduces irritation.
• Plantain: Strengthens mucosal barriers, enhances tissue repair.
• Slippery Elm: Forms a protective barrier over irritated tissue.
• Turmeric: Reduces inflammation, supports mucosal healing.
• Yarrow: Mild astringent, tones and protects stomach lining.

2. Ingredients That Directly Weaken or Kill H. pylori

These ingredients disrupt bacterial membranes, inhibit urease enzyme, interfere with biofilm formation, or suppress virulence factors:

• Berberine (Goldenseal, Berberine added): Inhibits bacterial division, disrupts biofilms.
• Black Jack (Bidens pilosa): Disrupts membranes, weakens biofilms.
• Broccoli Extract: Sulforaphane inhibits urease, reduces bacterial adhesion.
• Cat’s Claw: Modulates inflammation, indirectly weakens H. pylori.
• Christmas Bush: Antibacterial and biofilm-disrupting properties.
• Cloves: Damages bacterial membranes.
• Coriander: Reduces bacterial virulence.
• Cryptolepsis: Disrupts replication, impairs biofilm formation.
• Cumin Black Seed: Weakens bacterial membranes.
• Fulvic Acid: Disrupts biofilms, enhances antimicrobial action.
• Garlic: Inhibits urease, weakens bacterial membranes.
• Gentian Root: Increases stomach acidity, making environment hostile for H. pylori.
• Ginger: Reduces adhesion, weakens bacterial survival.
• Goldenseal: Antibacterial, biofilm-disrupting effect.
• Grape Seed Extract: Supports tissue integrity, indirectly weakens colonization.
• Grapefruit Extract: Disrupts biofilm cohesion, inhibits efflux pumps.
• Green Tea: Inhibits urease, reduces bacterial adhesion.
• Horseradish Root: Inhibits urease, impairs bacterial survival.
• Knotgrass (Resveratrol content): Reduces bacterial virulence.
• Myrrh: Damages bacterial structures.
• N-Acetyl L-Cysteine: Breaks down biofilms.
• Origanum (Oregano): Disrupts membranes, weakens bacterial colonies.
• Pau D’Arco: Reduces bacterial energy production.
• Thyme: Weakens bacterial defenses.

3. Additional Supportive Ingredients

These support healing, immune function, and tissue repair, but aren’t strongly antimicrobial or acid-regulating on their own:

• Lion’s Mane Mushrooms: Supports nerve and tissue repair.
• Maitake Mushrooms: Enhances immune defenses.
• Reishi Mushrooms: Regulates immune responses.
• Parsley: Mild protective effect.
• Selenium: Antioxidant, supports healing.
• Vitamins A, B3, B12, C, D3, E: Tissue repair, immune function, antioxidant support.
• Pumpkin Seed: Provides zinc for tissue healing.

Summary

 Our formula combines ingredients to:

✔ Soothe and protect the stomach lining
✔ Weaken and disrupt H. pylori
✔ Break down biofilms
✔ Support immune defense and tissue repair

1. Pylori Capsule Ingredient Summary

Notes:

• Several ingredients overlap in functions (e.g., Ginger both soothes the stomach and weakens H. pylori).
• This combination targets both symptom relief (acid irritation) and root causes (bacterial survival and biofilms).

What are the symptoms of H. pylori infection?

The symptoms of H. pylori infection can vary widely. Some people carry the bacteria for years without noticeable symptoms, while others develop clear digestive issues.

Here’s a breakdown of common and possible symptoms:

Common Symptoms of H. pylori Infection

• Burning or aching pain in the upper abdomen
• Bloating or feeling full quickly after eating
• Loss of appetite
• Nausea or queasiness
• Frequent burping or belching
• Bad breath (in some cases)
• Unexplained weight loss
• Indigestion or acid reflux
• Heartburn

When Infection Progresses (Possible Ulcer Formation)

• Sharp or burning stomach pain (may improve temporarily after eating or taking antacids)
• Nausea and vomiting
• Black or tarry stools (indicating bleeding)
• Vomiting blood (rare, in severe cases)
• Fatigue (linked to anemia if bleeding occurs)

Asymptomatic Cases

• Many people have no symptoms, especially in the early stages.
• The infection can quietly damage the stomach lining over months or years.
• Symptoms often appear under stress, poor diet, or with other risk factors like NSAID use.

Complications if Untreated

• Chronic gastritis (ongoing stomach inflammation)
• Peptic ulcers (stomach or duodenal)
• Atrophic gastritis (thinning of the stomach lining)
• Increased risk of gastric cancer (after many years in some cases)

When to Get Tested

If you experience recurring stomach discomfort, indigestion, ulcers, or unexplained weight loss, especially with risk factors (smoking, poor diet, stress), testing for H. pylori is recommended.

The path and form of H. pylori since ingestion, and how it works throughout the body

Here is a detailed medical explanation of the path, form, and activity of H. pylori from ingestion through its effects in the body:

1. Entry into the Body

• Ingestion:
  H. pylori typically enters the body through the oral route, via contaminated food, water, utensils, or close contact (e.g., saliva).
• The bacteria pass through the esophagus into the stomach.

2. Survival in the Stomach Acid

• Form:
  H. pylori is a spiral-shaped, motile, gram-negative bacterium with multiple flagella, enabling it to move.
• To survive the highly acidic stomach environment (pH 1.5–3.5), H. pylori produces the enzyme urease.
• Urease converts urea into ammonia, neutralizing stomach acid around the bacterium and creating a protective “cloud.”
• This allows H. pylori to resist the acidic environment long enough to reach the protective mucus layer.

3. Penetration of the Mucus Layer

• Using its flagella, H. pylori actively swims through the gastric mucus that coats the stomach lining.
• The mucus becomes less viscous in the more neutral pH environment near the epithelium, allowing easier movement.

4. Colonization of the Gastric Epithelium

• H. pylori attaches to gastric epithelial cells using surface adhesion proteins.
• Once attached, the bacteria can avoid being swept away by peristalsis or mucus turnover.
• The bacteria remain primarily localized in the stomach lining, particularly in the antrum (lower portion), but may spread over time.

5. Disruption of the Stomach Lining

• H. pylori produces several harmful factors:
  • Urease: Continues neutralizing acid, damaging epithelial cells.
  • Cytotoxin-associated gene A (CagA): Disrupts cell function, increases inflammation, promotes cancer risk.
  • Vacuolating cytotoxin A (VacA): Creates pores in epithelial cells, leading to cell damage and apoptosis.
• The bacteria also induce the host’s immune response, triggering chronic inflammation.

6. Breakdown of Stomach Defenses

• Chronic inflammation thins the protective mucus layer.
• Epithelial cells are damaged, and blood flow to the area may be reduced.
• Acid and pepsin penetrate more easily, leading to gastritis, ulcers, or atrophic changes.

7. Systemic Effects Beyond the Stomach

While H. pylori primarily colonizes the stomach, it indirectly affects other parts of the body:

• Anemia: Reduced iron absorption and chronic bleeding from ulcers can cause iron-deficiency anemia.
• Vitamin B12 Deficiency: Damage to gastric cells impairs intrinsic factor production, reducing B12 absorption.
• Immune Dysregulation: Chronic immune stimulation by H. pylori may affect immune function systemically.
• Increased Cardiovascular Risk (Speculative): Some research suggests chronic H. pylori infection may contribute to systemic inflammation, potentially impacting cardiovascular health.
• Potential Links to Neurological Conditions (Emerging Research): There are associations (not proven causation) between H. pylori and conditions like Alzheimer’s, possibly due to chronic inflammation and nutrient depletion.

8. Chronic or Progressive Disease

• In many, H. pylori remains asymptomatic for years or decades.
• In others, prolonged infection leads to:
  • Chronic gastritis
  • Peptic ulcers
  • Gastric atrophy
  • Intestinal metaplasia
  • Stomach cancer (in a minority, especially with genetic predisposition)

9. Biofilm Formation

• H. pylori can form biofilms, protective structures that shield bacterial colonies from immune attack and antibiotics.
• Biofilms contribute to treatment resistance and persistent infection.

Summary of H. pylori Journey

How an ulcer forms due to H. pylori

An ulcer caused by H. pylori forms through a step-by-step process that involves bacterial activity, immune response, and the breakdown of the stomach’s protective barriers.

Here’s a clear, medically accurate breakdown:

Step-by-Step Formation of an H. pylori-Related Ulcer 

1. H. pylori Infection Begins

• The bacteria enter the stomach and survive the acidic environment by producing urease, which converts urea into ammonia, neutralizing acid locally.
• This allows the bacteria to reach and colonize the stomach lining, especially the lower part (antrum).

2. Disruption of the Protective Mucus Layer

• Normally, a thick layer of mucus and bicarbonate protects the stomach lining from acid and digestive enzymes.
• H. pylori releases toxins (CagA, VacA, others) that damage epithelial cells and thin the mucus layer.
• The bacteria also trigger immune cells to release inflammatory chemicals (IL-8, TNF-α), further weakening the protective barrier.

3. Inflammatory Damage and Acid Exposure

• With the mucus barrier compromised, gastric acid and pepsin can now directly contact the stomach lining.
• The acid and enzymes begin to digest the stomach’s own cells, causing irritation and tissue damage.
• Persistent inflammation from the immune response adds to the injury.

4. Breakdown of Tissue and Ulcer Formation

• As the damage continues, the epithelial cells die, and small erosions form.
• If the injury extends deep enough into the submucosal or muscular layers of the stomach or duodenum, an ulcer develops.
• Ulcers are essentially open sores that fail to heal properly due to ongoing bacterial activity, acid exposure, and inflammation.

5. Complications if Left Untreated

• Bleeding ulcers can occur if blood vessels are eroded.
• Scar tissue can form, narrowing the stomach outlet (pyloric stenosis).
• Long-term, untreated ulcers may contribute to gastric atrophy or increased risk of stomach cancer in some individuals.

Summary of Ulcer Development Process

Why Symptoms May Worsen After Eating

• In some cases, especially duodenal ulcers, eating stimulates acid production, aggravating the ulcer site.
• For gastric ulcers, food may temporarily buffer acid, giving short-term relief, followed by pain as digestion progresses.

Stage-by-Stage Breakdown: Ulcer Development & Capsule Actions

Additional Biofilm Disruption Support

• N-Acetyl L-Cysteine, Cryptolepsis, Fulvic Acid, Garlic, Grapefruit Extract, Oregano, Thyme all help disrupt H. pylori biofilms that contribute to treatment resistance and chronic ulcer formation.

Summary of Capsule’s Anti-Ulcer Benefits

✔ Weakens or eliminates H. pylori, reducing root cause of ulcers.
✔ Restores and protects the mucus layer of the stomach.
✔ Soothes irritation and reduces inflammation.
✔ Supports tissue regeneration and proper healing of ulcers.
✔ Disrupts biofilms, improving bacterial clearance and preventing recurrence

Ingredients which are traditionally used for this disorder
Technical info:

Aloe Marlothii: Contains aloin, emodin, and polysaccharides that inhibit H. pylori urease activity, reducing the bacteria’s acid-neutralizing ability. Polysaccharides promote fibroblast proliferation, epithelial repair, and strengthen the mucosal barrier, making it harder for H. pylori to colonize damaged tissue.

Basil: Eugenol, linalool, and flavonoids exhibit antimicrobial and anti-inflammatory effects. Eugenol disrupts bacterial membranes and inhibits H. pylori adhesion to gastric epithelial cells, limiting colonization. Basil also helps regulate gastric acid secretion, creating an environment less favorable for bacterial persistence.

Berberine: A potent isoquinoline alkaloid that directly inhibits H. pylori division by disrupting FtsZ protein function and DNA replication. Berberine weakens bacterial biofilms, reduces urease activity, suppresses inflammatory cytokines (IL-8, TNF-α), and enhances tight junction protein expression, supporting mucosal healing and reducing bacterial load.

Bilberry Berries: Rich in anthocyanins and proanthocyanidins that strengthen collagen, stabilize microvascular circulation, and protect against oxidative stress. These compounds indirectly protect the gastric lining from H. pylori-induced damage and inflammation.

Blackjack (Bidens pilosa): Contains polyacetylenes, flavonoids, and phenolic acids that exhibit antibacterial effects by targeting H. pylori membranes. It also disrupts biofilm structures and suppresses inflammatory pathways such as NF-κB, reducing H. pylori-induced gastric inflammation.

Borage: Provides gamma-linolenic acid (GLA), which is converted to anti-inflammatory prostaglandins that support mucosal integrity. GLA helps counteract chronic inflammation and tissue damage associated with H. pylori infection.

Broccoli Extract: Contains sulforaphane, a clinically studied compound that inhibits H. pylori urease, disrupts bacterial adhesion, and activates Nrf2 pathways, enhancing the production of glutathione and phase II detoxification enzymes, providing broad gastric protection.

Cat’s Claw: Oxindole alkaloids modulate inflammatory pathways (NF-κB, MAPK) and enhance antioxidant defense. By reducing cytokine-driven gastric inflammation, Cat’s Claw helps limit H. pylori-induced mucosal injury.

Cayenne Pepper: Capsaicin enhances gastric mucosal blood flow and stimulates protective mucus production. Though not strongly antibacterial, it improves mucosal resilience, indirectly reducing H. pylori’s ability to cause damage.

Chamomile Flowers: Apigenin and bisabolol inhibit inflammatory pathways and bacterial adhesion. Chamomile reduces gastric inflammation and may limit H. pylori colonization by preventing bacterial attachment to epithelial cells.

Christmas Bush (Alchornea cordifolia): Rich in tannins and ellagic acid, which exhibit antimicrobial and anti-biofilm effects. Christmas Bush strengthens epithelial tight junctions and disrupts protective biofilms formed by H. pylori.

Cloves: Eugenol disrupts bacterial membranes, inhibits ATP production in H. pylori, and provides mild anaesthetic effects, reducing gastric discomfort often seen with infection.

Comfrey Leaves: Contains allantoin and rosmarinic acid, which promote epithelial regeneration and reduce inflammation, supporting healing of ulcers and mucosal damage caused by H. pylori.

Cordyceps sinensis: Cordycepin enhances immune cell activity and mitochondrial protection. This indirectly strengthens gastric defenses, improving the body’s ability to manage H. pylori infection.

Coriander: Linalool and flavonoids reduce oxidative stress and inhibit H. pylori virulence factors, limiting bacterial colonization and associated gastric inflammation.

Cryptolepsis: Cryptolepine exhibits potent antibacterial activity by intercalating bacterial DNA and disrupting biofilm structures. It is particularly effective at impairing H. pylori replication and biofilm persistence.

Cumin (Black Seed): Thymoquinone provides anti-inflammatory, antioxidant, and mild antibacterial activity. It weakens H. pylori membranes, reduces biofilm formation, and modulates gastric immune responses.

Fulvic Acid: Functions as a biofilm disruptor by chelating minerals in the bacterial extracellular matrix, weakening H. pylori protective structures. It also enhances nutrient absorption and mucosal stability.

Garlic: Allicin inactivates H. pylori urease, disrupts bacterial membranes, and reduces gastric inflammation. Sulfur compounds in garlic also boost antioxidant defenses, promoting mucosal healing.

Gentian Root: Stimulates gastric secretions and acid production via bitter receptor pathways. Increased acidity and digestive motility create an unfavourable environment for H. pylori survival.

Ginger: Gingerols and shogaols exhibit anti-inflammatory and antibacterial properties, reduce H. pylori adhesion to the gastric lining, and promote protective mucus production.

Goldenseal: Berberine inhibits bacterial division and biofilm formation, reduces inflammatory signaling, and supports tight junction integrity, making gastric colonization by H. pylori more difficult.

Grape Seed Extract: Oligomeric proanthocyanidins (OPCs) stabilize collagen, reduce oxidative stress, and strengthen the gastric barrier, indirectly limiting H. pylori damage.

Grapefruit Extract: Naringenin and other compounds inhibit bacterial efflux pumps and disrupt biofilm cohesion, enhancing the efficacy of other antimicrobials against H. pylori.

Green Tea: EGCG catechins inhibit H. pylori growth, urease activity, and adhesion to gastric epithelial cells. Green tea also reduces gastric inflammation and supports mucosal defense.

Horseradish Root: Isothiocyanates disrupt H. pylori metabolism, inhibit urease, and provide mucolytic effects that weaken biofilm protection.

Knotgrass: Provides resveratrol, which reduces H. pylori-induced inflammation, oxidative stress, and may suppress bacterial virulence factor expression.

L-Glutamine: Essential for gastric epithelial repair, supports tight junction integrity, and restores the mucosal barrier compromised by H. pylori infection.

Licorice Root: Glycyrrhizin promotes mucus production, inhibits H. pylori adhesion, and enhances ulcer healing by modulating inflammatory pathways and improving mucosal defenses.

Lion’s Mane Mushrooms: Stimulates nerve growth factor (NGF) production, supporting gastric innervation and promoting mucosal regeneration following H. pylori-induced injury.

Marshmallow Root: Forms a mucilaginous barrier over the gastric lining, reducing irritation, inflammation, and supporting healing from ulcers and H. pylori damage.

Maitake Mushrooms: Beta-glucans enhance immune function, supporting macrophage and T-cell activity that contribute to improved gastric defense against H. pylori.

Myrrh: Terpenoids and furanodienes provide antimicrobial and anti-inflammatory activity, contributing to the breakdown of H. pylori biofilms and supporting mucosal healing.

N-Acetyl L-Cysteine (NAC): Breaks down biofilm structures by disrupting disulfide bonds in the bacterial matrix. NAC also boosts glutathione, reducing oxidative stress and enhancing H. pylori eradication.

Origanum (Oregano): Carvacrol and thymol provide potent antibacterial effects, disrupt H. pylori membranes, inhibit biofilm formation, and synergize with other antimicrobials.

Parsley: Contains apigenin and flavonoids that provide mild antibacterial and anti-inflammatory support, enhancing overall gastric health during H. pylori treatment.

Pau D’Arco (Lapacho): Lapachol and related compounds inhibit bacterial respiration and DNA replication, exerting mild antimicrobial activity to support gastric microbial balance.

Peppermint: Provides mild antimicrobial and anti-inflammatory support. Soothes gastric tissue but should be used with caution in reflux-prone individuals.

Plantain: Aucubin and allantoin promote epithelial repair, reduce inflammation, and enhance gastric barrier function, aiding healing of H. pylori-induced damage.

Pumpkin Seed: Provides zinc, essential for tissue repair and mucosal regeneration, supporting recovery from H. pylori-induced gastric injury.

Reishi Mushrooms: Ganoderic acids reduce inflammation, modulate immune responses, and protect gastric tissue, indirectly supporting defense against H. pylori.

Rhubarb Root: Anthraquinones and tannins stabilize gastric mucosa, reduce inflammation, and mildly modulate bacterial populations, supporting gut health.

Selenium: Essential for antioxidant enzyme function, reduces oxidative damage in gastric tissues, and enhances mucosal healing during H. pylori infection.

Slippery Elm: Forms a soothing mucilaginous barrier over the gastric lining, protecting against acid irritation and promoting healing from ulcers and H. pylori damage.

Stevia Leaves: Provides mild antimicrobial and anti-inflammatory effects. Supports overall gastric function, but not a primary H. pylori-targeting agent.

Thyme: Thymol and carvacrol deliver potent antibacterial activity, disrupt biofilms, and enhance H. pylori eradication efforts.

Turmeric: Curcumin inhibits inflammatory pathways, protects epithelial cells, and contributes to reducing gastric inflammation and supporting mucosal healing.

Vitamin A Acetate: Enhances epithelial regeneration, strengthens mucosal defenses, and improves resistance to H. pylori colonization.

Vitamin B12: Supports tissue repair and neurological function. Addresses common B12 deficiencies associated with H. pylori-induced malabsorption.

Vitamin B3 (Nicotinamide): Supports cellular energy metabolism and reduces inflammation, enhancing mucosal healing during H. pylori treatment.

Vitamin C (Ascorbic Acid): Provides antioxidant protection, inhibits H. pylori urease, reduces inflammation, and promotes collagen synthesis essential for gastric repair.

Vitamin D3 (Cholecalciferol): Enhances immune function, strengthens the gastric epithelial barrier, and reduces inflammation, improving resistance to H. pylori.

Vitamin E (Alpha Tocopherol Acetate): Protects gastric cell membranes from oxidative damage and supports tissue healing.

Yarrow: Provides anti-inflammatory, antimicrobial, and astringent effects, promoting gastric mucosal healing and resilience to H. pylori infection.

Zinc Bisglycinate: Supports mucosal healing, tight junction integrity, and immune defense, essential for recovery from H. pylori-associated gastric damage.