The Living vs. the Processed: How Food Affects Energy, Hydration, and Health

Are All Sugars Bad? What About Honey, Fruit, and Natural Sweeteners?

Are all sugars harmful – or are some actually supportive to the body?

This is one of the most common (and confusing) questions in nutrition today. With so many options – refined sugar, organic cane sugar, honey, fruit sugars, and alternative sweeteners – it’s easy to assume that anything “natural” must be good. But the reality is more nuanced.

Doctor Nature and Irina Ra are answering questions about the energy and properties of foods

According to this perspective, refined and processed sugars of any kind are not beneficial, regardless of whether they are labeled organic or marketed as healthy alternatives (including popular options like monk fruit sweeteners).

So, what is considered acceptable?

The only minimally acceptable form of processed sugar is raw coconut sugar (dehydrated coconut nectar). Even then, it’s seen as a compromise rather than an ideal.

The Best Sugar: Living Sugars in Fruit

The most supportive form of sugar is described as fresh, natural fructose found in whole, ripe fruit.

Why?

Because fruit contains sugar in a “synergistic environment” – alongside water, fiber, enzymes, and subtle energetic qualities (prana). This combination allows the body to process it differently compared to isolated or refined sugars.

Ripeness also matters. For example:

• Ripe fruit → higher natural sugar content, easier to assimilate

• Unripe fruit (like green bananas) → contains more resistant starch, affecting digestion differently and interacting uniquely with the body’s energy (doshas)

Honey: Powerful but Misunderstood

Honey occupies a unique space.

It’s considered beneficial – but only when used correctly and carefully:

• Honey is not just sugar; it contains enzymes (proteins), making it a more complex substance

• It is slightly fermented, especially when aged

• Because of this complexity, it should be treated more like medicine than food

Best practices for honey:

• Take it alone, not mixed into meals

• Use small amounts (e.g., 1 tablespoon)

• Ideal timing: morning, with warm lemon water, optionally with a bit of ginger

• Let it absorb in the mouth first, rather than swallowing immediately

When used properly, it’s believed to have potent effects, even supporting processes like cleansing and digestion.

What About Dried Fruit and Cooking?

Dried fruits can be used as sweeteners, especially when gently prepared. However, there’s an important distinction:

Drying removes the fruit’s natural structured water, which is said to carry vitality (prana). Rehydrating it doesn’t fully restore this original quality.

This introduces a broader idea:

The more food is processed (dried, cooked, refined), the more it may lose its “living” qualities.

Cooked Foods and Hydration

Interestingly, even foods that seem hydrating – like soups – are described as dehydrating on a deeper level.

Why?

Because:

• Cooking alters the structure of water in food

• While it may hydrate the bloodstream (extracellular fluids), it may not effectively hydrate inside the cells (intracellularly)

This distinction highlights a growing interest in water structure and absorption, not just quantity.

A Note on Grains and Digestion

Grains and legumes are a staple in many traditional diets, yet their impact on digestion is more complex than it may seem.

At the core of this discussion is the structure of the grain itself.

Inside each grain is the endosperm, a storage area for carbohydrates. These carbohydrates are naturally bound to proteins known as lectins, which help protect the grain but can make digestion more challenging.

When grains are cooked – especially at high temperatures – this delicate structure changes.

The bonds between carbohydrates and proteins are altered, and the proteins can become denatured, meaning they lose their original form. Instead of becoming easier to digest, these altered proteins may form more resistant, compact structures that require greater effort from the digestive system.

As a result, the body may need to:

• Produce more digestive acids and enzymes

• Work harder to break down these compounds

• Potentially deal with residual, harder-to-process byproducts

Over time, this can place a heavier load on digestion.

There are, however, traditional preparation methods that can improve how grains are tolerated:

• Soaking helps initiate the breakdown of certain compounds and reduces some of the more challenging elements

• Sprouting goes a step further – activating the grain’s life cycle, increasing nutrient availability, and reducing lectin content

Sprouted grains and legumes are considered the most natural and supportive form, as they are closer to a living state. However, even after sprouting, cooking at high temperatures will still alter their structure.

This perspective doesn’t necessarily suggest eliminating grains altogether but rather invites a more conscious approach: how they are prepared, how often they are consumed, and how they interact with your individual digestion.

Go deeper with full video:

https://www.youtube.com/watch?v=37nYUcq3rsE