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© Dr. Sarah Solinger, PhD, ND, MSc, FCN, Root Health L L C, The Solinger Method. All rights reserved.

 

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H. PYLORI AND GASTRIC DYSFUNCTION

Digestive Health, The Solinger Method Educational Library

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1. Overview

Helicobacter pylori is a spiral shaped bacterium uniquely adapted to live in the stomach environment.
It survives stomach acid through urease enzyme activity, which neutralizes acid around the organism.
Over time, this disrupts the stomach’s acidity, digestion, nutrient absorption, and immune signaling.

H Pylori is not always harmful, but when virulence factors are present, when the host terrain is weakened, or when the immune system cannot regulate it, H Pylori becomes a deep physiologic disruptor.

Women with H Pylori often report:
• nausea
• upper abdominal discomfort
• bloating after meals
• acid reflux or heartburn
• early fullness
• difficulty digesting protein
• chronic fatigue
• belching or air hunger
• brain fog
• iron deficiency
• B12 deficiency
• anxiety or irritability
• food intolerances
• bitter taste or metallic taste
• slow motility
• sugar cravings or nausea when hungry

Although traditionally associated with ulcers, H Pylori affects the entire digestive system, leading to downstream dysfunction such as:
• low stomach acid
• SIBO
• Candida overgrowth
• dysbiosis
• constipation
• thyroid under conversion
• poor nutrient absorption
• impaired bile release
• pancreatic enzyme insufficiency
• blood sugar instability

H Pylori is not simply an infection.
It is a gastric ecosystem disruptor.

 

2. The Physiology of H Pylori

How one bacterium alters digestion, hormones, immunity, and metabolism

 

2.1 Urease and acid neutralization

H Pylori produces urease which converts urea into ammonia, raising the pH around the organism.
This reduces stomach acid and creates:
• impaired protein digestion
• reduced nutrient absorption
• increased pathogen survival
• delayed gastric emptying
• increased risk of SIBO and Candida

Low stomach acid is one of the strongest contributors to microbial and digestive dysfunction.

 

2.2 Virulence factors

Some strains have pathogenic genes such as:
• Cag A
• Vac A

These strains increase inflammation, cellular injury, and risk of long term complications.

Virulence factors dramatically alter the course of gastric and intestinal health.

 

2.3 Impact on digestive enzyme release

Stomach acid triggers:
• pancreatic enzymes
• bile flow
• digestive motility

When stomach acid decreases, enzymes decrease as well.
This creates maldigestion which leads to:
• bloating
• gas
• dysbiosis
• constipation
• nutrient deficiency
• SIBO

 

2.4 Immune system interaction

H Pylori alters mucosal immunity and increases inflammatory cytokines which can spread beyond the stomach, affecting systemic health and mood.

2.5 Nutrient depletion

H Pylori reduces absorption of:
• iron
• B12
• zinc
• vitamin C
• folate

This creates fatigue, mood changes, hair loss, and hormonal imbalance.

 

3. Root Causes of H Pylori Becoming Problematic

H Pylori is common.
The problem occurs when the host terrain becomes vulnerable.

 

3.1 Low stomach acid

Creates an ideal environment for colonization.

 

3.2 Chronic stress

Reduces stomach acid, vagus tone, and immune defense.

 

3.3 Nutrient deficiencies

Especially iron and zinc which support immune function.

 

3.4 High sugar nutrition

Fuels inflammation and disrupts gastric mucosa.

 

3.5 Low progesterone

Reduces mucosal repair and motility.

 

3.6 Low thyroid function

Slows gastric emptying and weakens gastric immune defense.

 

3.7 Overuse of acid suppressing medications

Removes the stomach’s natural defense mechanism.

 

3.8 Dysbiosis and SIBO

Disrupt balance and immune surveillance.

 

4. Symptom Overlap Patterns

H Pylori overlaps with:
• SIBO
• Candida
• low stomach acid
• constipation
• ulcer risk
• GERD
• insulin resistance
• thyroid dysfunction
• iron deficiency anemia
• chronic fatigue
• mood disorders

Examples:
• H Pylori plus low thyroid equals severe motility problems and bloating
• H Pylori plus SIBO equals nausea and distention
• H Pylori plus iron deficiency equals fatigue and cold intolerance
• H Pylori plus cortisol imbalance equals burning, reflux, and panic sensations

 

5. Why Women Are More Affected

Women experience more complications from H Pylori because:
• higher likelihood of low stomach acid
• pregnancy related gastric changes
• hormonal cycling affects mucosal immunity
• increased hypothyroidism
• chronic stress and cortisol sensitivity
• lower baseline iron stores
• greater vagus nerve suppression from multitasking and emotional labor

Low stomach acid combined with low iron is a hallmark H Pylori pattern in women.

 

6. Hormone Crosstalk and H Pylori

Estrogen

Modulates mucosal immunity and gastric lining repair.

Progesterone

Supports motility and anti inflammatory activity.
Low progesterone worsens nausea and reflux.

Thyroid hormones

Regulate gastric acid production and motility.
Low T3 strongly predisposes to H Pylori related symptoms.

Cortisol

High cortisol suppresses digestion and increases stomach mucosal vulnerability.

 

7. Gut Brain Axis

H Pylori affects the gut brain axis through:
• reduced serotonin production
• increased inflammation
• vagus nerve inhibition
• nutrient deficiency

This creates anxiety, panic like sensations, irritability, and brain fog.

 

8. Metabolic and Mitochondrial Contributors

H Pylori disrupts nutrient absorption which reduces ATP production.
Low mitochondrial output leads to:
• fatigue
• low stamina
• cognitive issues
• poor detoxification

 

9. Recommended Labs

Educational only

Primary H Pylori testing

• Stool antigen test
• PCR based stool panel
• Urea breath test
• Stool DNA virulence factor analysis

Digestive and inflammatory markers

• Pancreatic elastase
• Calprotectin
• Occult blood
• Secretory IgA
• Zonulin

Nutrient assessment

• Iron panel
• Ferritin
• B12
• Folate
• Zinc
• Vitamin C
• Vitamin D

Hormone and metabolic labs

• Thyroid panel
• Estradiol and progesterone
• DHEA
• Fasting insulin
• CMP

Why these matter

• Low ferritin strongly correlates with chronic H Pylori
• Low elastase indicates impaired digestion from low stomach acid
• Elevated calprotectin reflects mucosal inflammation
• Zonulin suggests permeability resulting from chronic gastric irritation
• Thyroid patterns explain slow motility and poor stomach function

 

10. Recommended Nutrition

With deep physiologic explanation

A. Protein rich meals

Protein stimulates stomach acid, supports repair, improves enzyme output, and counters malnutrition from poor digestion.

B. Bitters to stimulate acid and bile flow

Bitters activate vagus tone, stomach acid release, and enzyme production.
Include:
• dandelion
• arugula
• grapefruit
• ginger
• radish
• endive

C. Sulforaphane rich foods to weaken H Pylori

Sulforaphane inhibits H Pylori urease activity and reduces colonization.
Foods include:
• broccoli sprouts
• kale
• cabbage
• cauliflower

These support mucosal detoxification and healing.

D. Polyphenols as natural anti adherents

Polyphenols interfere with H Pylori adhesion to the gastric lining.
Include:
• green tea
• pomegranate
• blueberries
• rosemary
• oregano

E. Healthy fats for mucosal healing and bile flow

Healthy fats stimulate bile which has antimicrobial activity.
Include:
• olive oil
• avocado
• nuts
• seeds
• coconut

F. Zinc rich foods for immune function and gastric repair

Zinc supports stomach acid production and tissue healing.
Include:
• oysters
• beef
• pumpkin seeds
• eggs

G. Avoid excessive sugar and refined carbohydrates

High sugar weakens immune function and irritates the gastric lining.

 

11. Lifestyle Strategies

• deep breathing to stimulate vagus tone
• avoid eating when stressed
• meal spacing
• chewing thoroughly
• gentle walking after meals
• circadian alignment
• reducing late night eating

 

12. Faith and Mindset Note

Digestive issues can feel all consuming, but your body is not failing.
It is signaling imbalance and asking for restoration.
Healing begins when the terrain is strengthened, and your body is always capable of renewal.