Glucose Revolution: The Life-Changing Power of Balancing Your Blood Sugar
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processed foods and sugar are inherently bad for us,
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Glucose is our body’s main source of energy.
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Regulating glucose is important for everyone, diabetes or no diabetes:
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The flatter our glucose curves, the better.
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With flatter glucose curves, we reduce the amount of insulin—a hormone released in response to glucose—in our body,
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“Nothing matters—not school, not work, not money—nothing matters more than being healthy, physically and mentally.”
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We know how we want to feel. We want to wake up with a smile, feeling energized and excited for the day.
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12 percent of Americans are metabolically healthy,
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(Waist size is better for predicting underlying disease than BMI
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Glucose isn’t everything. There are other factors that determine our health: sleep, stress, exercise, emotional connection, medical care, and more.
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pay attention to fat, to fructose, and to insulin, too.
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High-fiber pasta is “good” compared to regular pasta but “bad” compared to veggies.
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An oatmeal cookie is “bad” in relation to almonds but “good” in relation to a can of Coca-Cola.
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10 minutes of moderate physical activity after a meal reduces the glucose spike of that meal.
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walking after any meal reduces the glucose spike of that meal.
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How Plants Create Glucose
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photosynthesis: the process of turning carbon dioxide and water into glucose using the energy of the sun.
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Beets, potatoes, carrots, celeriac, parsnips, turnips, jicama, and yams are all roots, and all contain starch.
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Rice, oatmeal, corn, wheat, barley, beans, peas, lentils, soybeans, and chickpeas are all seeds, and all of them contain starch,
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extra-sweet molecule called fructose, which is about 2.3 times as sweet as glucose.
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Plants concentrate fructose into fruit—apples, cherries, kiwis,
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The purpose of fructose is to make fruit taste irresi...
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Sucrose exists to help plants compress energy even further
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fiber is an essential part of our diet and plays a very important role in aiding digestion, maintaining healthy bowel movements, keeping our microbiome healthy, and more.
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Why carbohydrates? Because it refers to things that were made by joining carbon (carbo) and water (hydrate), which is what happens during photosynthesis.
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Carbohydrates = Starch and Fiber and Sugars (glucose, fructose, sucrose)
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broccoli contains a lot of fiber and some starch, potatoes contain a lot of starch and some fiber,
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“Broccoli contains a lot of carbs, most of which are fiber.”
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when glucose is limited, many cells in our body can, when needed, switch to using fat for fuel instead.
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fiber is often removed in the creation of processed foods, because its presence is problematic if you’re trying to preserve things for a long time.
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American Diabetes Association (ADA) states that a baseline concentration (also known as your fasting level, that is, your glucose level first thing in the morning before eating) between 60 and 100 mg/dL is “normal”;
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between 100 and 126 mg/dL indicates prediabetes; and anything above 126 mg/dL indicates diabetes.
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thriving range for fasting glucose may be between 72 and 85 mg/dL.
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ADA states that our glucose levels shouldn’t increase above 140 mg/dL after eating.
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strive to avoid increasing our glucose levels by more than 30 mg/dL after eating.
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glucose spike as an increase in glucose in our body of more than 30 mg/dL after eating.
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goal is to avoid spikes, whatever your fasting level is, because it’s the variability caused by spi...
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I advise you to flatten your glucose curves, which means zooming out and seeing fewer and smaller spikes over time.
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flattening your glucose curves is reducing glycemic variability.
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Free radicals are a big deal because anything they touch, they damage.
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Oxidative stress is a driver of heart disease, type 2 diabetes, cognitive decline, and general aging.
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Too much fat can also increase oxidative stress.
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even though we’re fueling up by eating, we suffer from lassitude; it’s hard to get up in the morning, and we have no energy throughout the day.
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We’re tired. Do you know the feeling? I sure did.
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hemoglobin A1c (HbA1c) test (well known among diabetics) measures how many red blood cell proteins have been glycated by glucose over the past two to three months.
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The combination of too many free radicals, oxidative stress, and glycation leads to a generalized state of inflammation in the body.
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World Health Organization calls inflammation-based diseases “the greatest threat to human health.”
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Insulin’s sole purpose is to stash excess glucose in storage units throughout the body, to keep it out of circulation and protect us from damage.
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Once insulin has stored all the glucose it can in our liver and muscles, any glucose beyond that is turned into fat and stored in our fat reserves.
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only thing that fructose can be stored as is fat.
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