#034 Refined Sugar and Its Effects on Mortality, the Brain, Cancer, Hormones & More

Mar 16, 2017 Episode Page ↗
Overview

This episode, from FoundMyFitness, details the significant health risks of refined sugar consumption, linking it to accelerated aging, various diseases, and brain harm. It provides actionable advice on how to reduce or eliminate refined sugar from one's diet.

At a Glance
6 Insights
15m 54s Duration
11 Topics
9 Concepts

Deep Dive Analysis

Introduction: The Dangers of Refined Sugar

Distinguishing Refined Sugar from Natural Sugars

Prevalence and Health Risks of Refined Sugar Consumption

Refined Sugar's Link to Cancer and DNA Damage

How Refined Sugar Accelerates Biological Aging

Refined Sugar and Chronic Inflammation

Impact of Refined Sugar on Longevity Genes and Hormones

Refined Sugar's Detrimental Effects on Brain Health

Understanding High-Fructose Corn Syrup Metabolism

The Addictive Nature of Refined Sugar and Dopamine

Strategies for Reducing or Eliminating Refined Sugar

Refined Sugar

Refined sugar is sugar extracted from sugar cane or sugar beets that undergoes extensive processing and is often added to foods like cookies, cakes, and soft drinks, distinguishing it from naturally occurring sugars found in whole foods like fruit or dairy.

Apoptosis

Apoptosis is a self-destruct mechanism, also known as programmed cell death, through which cells are hardwired to prevent damaged cells from surviving, thus acting as a safeguard against processes like cancer development.

Oncogene (Beta-catenin)

An oncogene, such as beta-catenin, is a gene that can accumulate in cells (e.g., intestinal cells due to excess refined sugar) and allow damaged cells to bypass the normal checkpoints that promote cellular death, enabling them to become immortal cancer cells.

Telomeres

Telomeres are distinctive structures made of short, repetitive DNA sequences located at the ends of chromosomes, forming a protective cap that gradually shortens with age and prevents chromosomes from losing genes or sticking together during cell division.

C-reactive protein

C-reactive protein is a biomarker of inflammation, where higher-than-normal levels in the blood indicate that the body is under stress from either an acute process like infection or a long-term process such as cardiovascular disease.

Small dense LDL particles

Small dense LDL particles are a type of cholesterol particle considered particularly dangerous because they are less efficiently recycled back to the liver, remaining in the bloodstream longer where they can undergo more inflammatory transformations.

FOXO3

FOXO3 is a longevity gene, present in both fruit flies and humans, that acts as a master regulator for hundreds of genes involved in stress resistance, stem cell production, and autophagy, and its inhibition by high refined sugar can lead to a decreased lifespan.

Fructose Metabolism

Unlike glucose, fructose is primarily metabolized by liver cells and does not require insulin, meaning it doesn't cause an insulin response or promote leptin production for satiety, which can lead to overconsumption and increased triglyceride production in the liver.

Food Matrix

The food matrix refers to the complex mixture of fiber and other compounds like polyphenols in whole foods, such as fruit, which binds fructose and changes how sugars are metabolized, preventing dramatic blood sugar spikes and increasing satiety.

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What is the difference between naturally occurring sugar and refined sugar?

Naturally occurring sugar is found in foods like fruit and dairy, while refined sugar is extracted from sugar cane or sugar beets and undergoes extensive processing, often added to many common foods like cookies, cakes, and soft drinks.

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How does refined sugar contribute to cancer?

Refined sugar increases DNA damage and inflammation, and can cause intestinal cells to accumulate beta-catenin, an oncogene that allows damaged cells to bypass self-destruct mechanisms and become immortal cancer cells.

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Can refined sugar accelerate the aging process?

Yes, refined sugar accelerates aging by shortening telomeres, which are protective caps on chromosomes that shorten with age, and by promoting chronic inflammation, a major driver of cellular aging.

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Why is high-fructose corn syrup considered uniquely dangerous compared to other sugars?

High-fructose corn syrup contains a higher percentage of fructose (typically 55%) than glucose, and fructose is primarily metabolized by the liver without requiring insulin, thus not promoting satiety and potentially leading to overconsumption and increased triglyceride production.

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Why is fructose in fruit not as harmful as fructose in high-fructose corn syrup?

Fructose in fruit is bound within a 'food matrix' of fiber and polyphenols, which changes how it's metabolized, prevents dramatic blood sugar spikes, and increases satiety, unlike the unbound fructose in processed syrups.

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Does refined sugar have addictive properties?

Yes, refined sugar increases dopamine and activates the brain's pleasure and reward centers in ways similar to drugs like nicotine, cocaine, and morphine, leading to loss of self-control, cravings, and tolerance.

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How long does it take for dopamine levels to normalize after quitting an addictive substance like sugar?

Research on quitting smoking suggests it takes about three months for the 15-20% dopamine drop to return to normal, implying a similar timeline for sugar withdrawal.

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What happens to your taste perception after cutting out refined sugar?

Clinical studies show that once you stop eating refined sugars, you'll discover that foods actually begin to taste sweeter, even a sucrose-sweetened pudding tasted sweeter to people who had cut out sugar compared to those who had not.

1. Cut Refined Sugar

Eliminate refined sugar from your diet to dramatically improve overall health, reduce risks of cancer, brain deterioration, accelerated aging, and type 2 diabetes.

2. Replace Sugary Drinks

Substitute just one sugar-sweetened beverage daily with water, unsweetened coffee, or tea to significantly reduce your risk of developing type 2 diabetes by up to 25%.

3. Opt for Natural Fruits

When experiencing sweet cravings, reach for naturally sweet fruits like strawberries, blueberries, or apples. This helps satisfy cravings and can make other foods taste sweeter over time.

4. Gradually Eliminate Refined Sugar

If complete elimination of refined sugar is challenging, take gradual steps towards reducing intake. This approach acknowledges its addictive properties and helps achieve the eventual goal.

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We're not even talking about deaths from smoking cigarettes or drinking alcohol. We're not even talking about deaths caused by eating sugar in general. We're talking about more than 140,000 deaths likely caused by consuming sugar sweetened beverages alone.

Speaker (implied: Rhonda Patrick)

Researchers have found that adults who drink 12 ounces, roughly a can of soda each day, have much shorter telomeres in their white blood cells, a reduction roughly equivalent to four and a half years of biological aging, compared to people the same age who don't drink soda. That's pretty alarming.

Speaker (implied: Rhonda Patrick)

It's now believed, in fact, that successful suppression of inflammation through lifestyle may be the most important driver of successful longevity, actually increasing in importance with advancing age.

Speaker (implied: Rhonda Patrick)

The same mechanisms are at play when we talk about sugar addiction too. This likely explains why so many people have a hard time quitting sugar cold turkey.

Speaker (implied: Rhonda Patrick)

In my opinion, the best thing you can do is to cut it out. You'll be so much healthier by just cutting out this one thing.

Speaker (implied: Rhonda Patrick)

How to Quit Refined Sugar

Speaker (implied: Rhonda Patrick)
  1. Cut out refined sugar entirely from your diet.
  2. When craving sweets, reach for naturally sweet fruits like fresh strawberries, blueberries, or apples.
  3. If complete elimination is challenging, make gradual steps in the right direction towards your eventual goal of complete elimination.
Nearly three-fourths get about 10%; 10% get nearly 25%
US adults getting daily calories from added refined sugar Proportion of daily calories from added refined sugar
Nearly 133,000 from diabetes, 45,000 from cardiovascular disease, and 6,450 from cancer
Estimated deaths from sugar-sweetened beverages in 2010 Worldwide deaths likely caused by consuming sugar-sweetened beverages alone
46% higher risk
Increased risk of pre-diabetes from daily sugar-sweetened beverages For adults drinking 12 ounces (roughly one can) per day over a 14-year period
Up to 25% drop
Reduced risk of type 2 diabetes from replacing one sugar-sweetened beverage When replaced with water or unsweetened coffee/tea per day over an 11-year period
5 points
Decrease in fasting blood sugar in obese children on no-added-sugar diet After just nine days
A third
Drop in insulin levels in obese children on no-added-sugar diet After just nine days
Nearly one third
Proportion of cancer deaths linked to lifestyle and environmental factors Worldwide, including low physical activity and diets high in processed foods with refined sugar
Tripled risk
Increased risk of prostate cancer from regularly drinking sugar-sweetened beverages For men in one study
Two-fold increased risk
Increased risk of breast cancer tumors in mice on high refined sugar diet For mice fed table sugar and high fructose corn syrup
21 nucleotides
Average annual loss of telomere structural units From the ends of telomeres each year; 50-60 units in rapidly dividing cells like white blood cells
4.5 years
Biological aging equivalent from daily soda consumption Reduction in telomere length in white blood cells for adults drinking 12 ounces (one can) of soda each day
60% to 100% increase
Increase in C-reactive protein from daily sugar-sweetened beverage consumption For healthy, normal-weight young men drinking 20 ounces daily for three weeks
7%
Lifespan decrease in fruit flies from high refined sugar diet Due to inhibition of the FOXO3 longevity gene
25% drop
Drop in testosterone after consuming sugar For up to two hours after consuming 75 grams of sugar (e.g., a can of soda and a medium donut) in men aged 19-74
6 to 10% more
Brain atrophy in pre-diabetic individuals In the hippocampus and amygdala compared to people with normal or low blood sugar levels (blood sugar between 100-125 mg/dL)