Do You Need Carbohydrates on No Plant GAPS? Understanding Glycogen, Gut Healing, and Carbohydrate Cravings

One of the most common questions people ask when exploring No Plant GAPS is whether carbohydrates are necessary for long-term health.

For many people, the idea of removing plant-based carbohydrate sources feels uncomfortable. We have been taught that carbohydrates are essential for energy, brain function, metabolism, and overall wellbeing. Yet Dr. Natasha Campbell-McBride has repeatedly explained that the human body is far more adaptable and intelligent than most people realize.

Within the No Plant GAPS framework, the focus shifts away from feeding symptoms and toward supporting deep digestive healing, microbial balance, nervous system regulation, and the body's innate ability to recover.

Understanding how the body uses glycogen, how it produces glucose when necessary, and why cravings often develop can help explain why many individuals thrive without relying on plant-based carbohydrates.

The Hidden Carbohydrates Found in Animal Foods

One of the biggest misconceptions about No Plant GAPS is the belief that animal foods contain no carbohydrates.

In reality, animal foods naturally contain glycogen.

Glycogen is the storage form of carbohydrate found in animals. It is particularly concentrated in the liver and, to a lesser extent, in muscle tissues. Biochemically, glycogen serves a similar purpose to starch found in plants, but its structure makes it highly accessible to the human body.

When consuming nutrient-dense animal foods, particularly liver and other organs, individuals are not consuming only protein and fat. They are also consuming naturally occurring carbohydrates in the form of glycogen.

This is one reason why traditional cultures often prized organ meats as valuable foods for health, fertility, growth, and recovery.

A properly constructed No Plant GAPS meal can provide:

• Complete proteins

• Essential fats

• Naturally occurring glycogen

• Fat-soluble vitamins

• Trace minerals

• Electrolytes

• Bioavailable nutrients required for cellular function

Rather than viewing foods through isolated macronutrients, the GAPS philosophy views whole animal foods as complete nourishment.

The Human Body Can Make Its Own Glucose

Another important concept often overlooked in modern nutrition discussions is the body's ability to produce glucose when needed.

The human body possesses a remarkable survival mechanism known as gluconeogenesis.

This process allows the liver and other tissues to create glucose from:

• Amino acids from protein

• Glycerol from fat metabolism

• Other metabolic substrates

This means the body is not entirely dependent on dietary carbohydrates to maintain blood sugar levels.

From a physiological perspective, glucose production is tightly regulated because certain tissues require it. Rather than relying exclusively on external carbohydrate intake, the body continuously manufactures what it needs according to current demands.

This adaptive capability reflects the body's extraordinary intelligence.

Within the GAPS and No Plant GAPS approach, the emphasis is placed on restoring metabolic flexibility rather than constantly supplying external sources of glucose.

Why Salt Matters on No Plant GAPS

While many people focus heavily on carbohydrates, Dr. Natasha Campbell-McBride frequently highlights another nutrient that deserves attention: sodium.

As insulin levels decrease and metabolic health improves, the kidneys often excrete more sodium. This can lead to symptoms such as:

• Fatigue

• Dizziness

• Weakness

• Headaches

• Muscle cramps

Using high-quality natural salt helps replenish essential minerals and supports:

• Adrenal function

• Nervous system regulation

• Hydration

• Electrolyte balance

• Cellular communication

For individuals healing digestive dysfunction, proper mineral balance can be just as important as food selection itself.

Understanding Carbohydrate Cravings Through the GAPS Lens

Perhaps the most fascinating aspect of this discussion involves cravings.

Many people report intense difficulty reducing bread, pasta, sweets, fruit, processed foods, or even certain vegetables.

Conventional nutrition often interprets these cravings as evidence that the body "needs" carbohydrates.

The GAPS perspective proposes a different possibility.

Dr. Natasha Campbell-McBride has long taught that microbial imbalances within the digestive tract can strongly influence food preferences and cravings.

When dysbiosis develops, certain microbes may flourish on sugars and starches. As these organisms multiply, they generate metabolites that can affect mood, cognition, appetite, and behavior.

This creates a cycle where cravings may be driven not only by the individual but also by the microbial ecosystem living within them.

The Connection Between Fungal Overgrowth and Cravings

According to GAPS principles, chronic illness often involves significant microbial imbalance, including fungal overgrowth.

When fungi metabolize carbohydrates, they can produce a range of byproducts that may contribute to symptoms such as:

• Brain fog

• Fatigue

• Headaches

• Mood instability

• Poor concentration

• Low motivation

• Digestive discomfort

Many individuals beginning No Plant GAPS are surprised to discover that reducing carbohydrates often decreases these symptoms over time.

As microbial populations shift and gut healing progresses, cravings frequently become less intense.

This experience highlights an important principle of digestive healing:

Not every craving represents a true nutritional requirement.

Sometimes cravings may reflect microbial activity, inflammation, neurotransmitter imbalances, blood sugar instability, emotional conditioning, or nervous system dysregulation.

The Role of the Nervous System in Food Addiction Patterns

Food cravings are not solely physical.

The nervous system plays a major role in eating behavior.

Chronic stress, trauma, poor sleep, inflammation, and gut dysfunction can all influence neurotransmitter production and reward pathways within the brain.

Many individuals entering the GAPS journey have spent years operating in a heightened stress response.

When the nervous system remains dysregulated, the brain often seeks quick sources of comfort and stimulation.

This can contribute to:

• Emotional eating

• Sugar cravings

• Dependency on highly processed foods

• Caffeine reliance

• Cycles of energy highs and crashes

As digestive healing progresses and the nervous system becomes more regulated, many people report that cravings naturally decrease without relying on willpower alone.

How No Plant GAPS Supports Deep Healing

The goal of No Plant GAPS is not simply carbohydrate restriction.

The deeper objective is creating an environment where healing can occur.

This includes supporting:

• Gut lining repair

• Microbiome balance

• Immune regulation

• Detoxification pathways

• Histamine stability

• Oxalate reduction

• Mineral repletion

• Hormonal balance

• Nervous system resilience

By removing foods that may perpetuate irritation or feed microbial imbalances, the body often gains an opportunity to restore normal physiological function.

For many individuals, this process leads to improvements in digestion, energy, mental clarity, skin health, autoimmune symptoms, and overall wellbeing.

Trusting the Body's Innate Wisdom

One of the most powerful messages within the GAPS philosophy is that healing comes from the body itself.

No diet heals.

No supplement heals.

No practitioner heals.

These tools may provide support, but the healing work is ultimately performed by the body.

The role of No Plant GAPS is to remove obstacles, provide nourishment, and create conditions that allow the body to do what it was designed to do.

When we stop fighting our biology and begin supporting it, remarkable changes often become possible.

If you are new to this approach, you can learn more about No Plant GAPS, explore the No Plant GAPS philosophy and background, and browse additional educational resources on the No Plant GAPS blog.

FAQ

Do I need carbohydrates to survive on No Plant GAPS?

According to Dr. Natasha Campbell-McBride, the body can obtain glycogen from animal foods and can also produce glucose through gluconeogenesis when needed. Many people successfully follow No Plant GAPS without relying on plant-based carbohydrate sources.

What is glycogen?

Glycogen is the storage form of carbohydrate found in animals. It is especially abundant in the liver and serves as a readily accessible energy source.

Why do I crave carbohydrates so strongly?

Within the GAPS framework, cravings may be influenced by microbial imbalances, fungal overgrowth, blood sugar instability, nervous system dysregulation, emotional habits, and neurotransmitter imbalances.

Can gut microbes affect food cravings?

Yes. GAPS principles suggest that dysbiosis can influence appetite and food preferences through microbial metabolites that interact with the brain and nervous system.

Does No Plant GAPS support digestive healing?

The primary goal of No Plant GAPS is to support digestive healing, microbiome restoration, nervous system regulation, mineral balance, detoxification, and overall metabolic resilience.

Final Thoughts and Next Steps

If you are exploring No Plant GAPS and would like personalized guidance implementing the protocol, navigating detoxification reactions, addressing histamine or oxalate issues, or creating a healing plan tailored to your unique situation, visit the Work With Me page for personalized No Plant GAPS support.

You may also benefit from the free educational training available through the No Plant GAPS webinar, the exclusive interview with Dr. Natasha Campbell-McBride, and the comprehensive No Plant GAPS DIY Deep Dive Course designed to help you confidently apply the principles of digestive healing and microbial restoration.