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The Liver’s Transformation of Fructose: A Key to Tumor Growth

The Liver’s Transformation of Fructose: A Key to Tumor Growth

Recent research has unveiled a surprising link between dietary fructose and tumor growth. While cancer cells can’t metabolize fructose directly, the liver plays a pivotal role in transforming fructose into nutrients that fuel tumor proliferation. Here’s how this...

The Liver’s Transformation of Fructose: A Key to Tumor Growth

Recent research has unveiled a surprising link between dietary fructose and tumor growth. While cancer cells can’t metabolize fructose directly, the liver plays a pivotal role in transforming fructose into nutrients that fuel tumor proliferation.

Ribose: Fuel Your Body with an ATP-Building Sugar

Ribose: Fuel Your Body with an ATP-Building Sugar

In our fast-paced lives, many of us feel tired and struggle to recover quickly after exercise. Ribose, a natural sugar, can be a great natural remedy for this. The body produces ribose; it’s a key component of ATP (adenosine triphosphate) and plays a vital role in the body’s energy production, enabling cells to store and release energy efficiently.

Isomaltulose: The Secret to Sustained Energy

Isomaltulose: The Secret to Sustained Energy

Isomaltulose is a special kind of carbohydrate that doesn’t spike your blood sugar levels. Isomaltulose is a disaccharide, meaning it’s made up of two sugar molecules – in this case glucose and fructose joined together.

Isomaltulose: The Inflammation-Reducing Sugar

Isomaltulose: The Inflammation-Reducing Sugar

Chronic inflammation is a major health problem, contributing to various lifestyle diseases including diabetes, cardiovascular disease, arthritis, and cancer. In fact, over half of all deaths are attributed to inflammation-related diseases. It’s important to reduce inflammation to prevent and protect against disease and maintain a good level of overall health.

Tumour Tissue Acidity: Cancer Aggression and Treatment Resistance

Tumour Tissue Acidity: Cancer Aggression and Treatment Resistance

Acidosis is a condition in which the body’s tissues become excessively acidic due to a drop in pH levels. Within tumour tissue, acidosis accelerates tumour progression and can cause cancer cells to become resistant to treatment. It promotes several mechanisms that lead to invasiveness, metastasis, and resistance to immune responses and chemotherapy in cancer cells.

Galactose: Why Your Brain Needs Sugar

Galactose: Why Your Brain Needs Sugar

From an evolutionary perspective, the human brain surpassed other animals with the development of complex thought processes. We upgraded our intellectual abilities while developing social and behavioral constructs that override animal instincts.

Galactose: A Fat Burning Sugar

Galactose: A Fat Burning Sugar

Galactose offers unexpected and highly beneficial properties that actively encourage the body to use fat. The fat-burning properties of galactose promote oxidation, which essentially ‘forces’ the cell powerhouses (mitochondria) to use fat and oxygen to make fuel.
This means that by just adding galactose to your food, it will push your body into fat burning mode.

Premature Ageing: The Importance of Dietary Choices

Premature Ageing: The Importance of Dietary Choices

The anti-ageing industry often overlooks the root causes of accelerated ageing; hence consumers are bombarded with endless creams, surgeries, and injectables. Understanding the cellular impact of sugar is key to making dietary decisions that support skin health and reduce signs premature ageing.

Tagatose Is Not An Added Sugar: FDA Label Overturned

Tagatose Is Not An Added Sugar: FDA Label Overturned

A legal win for tagatose could revolutionise healthier sugar alternatives.
U.S. constitutional lawyer Jonathan Emord recently achieved a significant legal victory against the U.S. Food and Drug Administration (FDA).

Unlocking TKTL1 – Part 2

Unlocking TKTL1 – Part 2

TKTL1 is a special gene that emerged during the evolution of mammals. Numerous genetic changes optimized this gene, and the enzyme it created, over the course of 300 million years.

Unlocking TKTL1 – Part 1

Unlocking TKTL1 – Part 1

TKTL1 is a special gene that emerged during the evolution of mammals. Numerous genetic changes optimized this gene, and the enzyme it created, over the course of 300 million years.

Train your Muscles with Sugar: Galactose’s Metabolic Capabilities

Train your Muscles with Sugar: Galactose’s Metabolic Capabilities

Imagine eating a chocolate bar to help train your muscles to burn energy more efficiently.

A recent study proves galactose’s ability to make our muscles more efficient. Researchers investigated how changing the type of sugar (from glucose to galactose) drastically affects the energy metabolism of our muscle cells.