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https://www.donnadreamhypnosis.com/2024/10/blog-post_27.html連續血糖測試的結果分析與啓示
血糖值“正常”,就不會有糖尿病并發症嗎?
隱形殺手 - 胰島素阻抗
What I found through a continuous glucose monitor:
"Don't just look at the data — look at the symptoms! Some people have controlled, good, or 'normal' numbers… but so what? They still have diabetic complications.
Some so-called well-controlled diabetic patients already start developing complications — like skin problems or diabetic foot — even when their HbA1c is only 6.5%.
I realized that I don't have diabetes myself, but I do have insulin resistance — and I discovered this through 24-hour monitoring over 12 consecutive days.
70% of people worldwide have prediabetes or diabetes. They just haven't paid attention or gotten tested — so they don't know.
Having a reading below 5.7% and 'no diabetes' does not mean you have no insulin resistance. Our bodies use symptoms to speak to us.
I just need to understand the contributing factors and try to manage this through self-awareness and self-discipline. A healthy diet and good daily habits are the key to prevention.
I used the monitor to find out how to reduce it. The results were positive — everything worked. I'm grateful and surprised.
I can reverse my insulin issues naturally. Exercise, sunlight therapy, fewer or no carbs, detox, sleep management, meditation, self-healing, and self-reflection — all combined as a daily routine."
More discussion -
Why does the body react with insulin resistance?
What is it protecting from?
This is an insightful question because it reframes insulin resistance not just as a "breakdown" but as a potential adaptation.
The short answer: Insulin resistance is primarily a protective mechanism to prevent cellular overnutrition, especially in muscle and liver cells. It’s a response to chronic energy surplus.
Here’s the detailed breakdown of what it’s protecting against.
What triggers the protective response?
Insulin resistance arises when cells are constantly flooded with more glucose (energy) than they can safely use or store. Key triggers include:
· Chronic high calorie intake (especially from refined carbs and sugars)
· Excess body fat, particularly visceral fat (which releases inflammatory signals)
· Chronic inactivity (muscles become less hungry for glucose)
· Chronically high insulin levels (cells "downregulate" receptors to avoid overload)
What is the body protecting from?
The body is protecting cells from three specific forms of harm:
1. Intracellular Metabolic Overload (Glucose Toxicity)
When a muscle or liver cell takes in more glucose than it can process through glycolysis or store as glycogen, toxic byproducts accumulate. These include:
· Reactive oxygen species (ROS) – oxidative stress that damages mitochondria and DNA.
· Advanced glycation end-products (AGEs) – which stiffen proteins and drive inflammation.
The protective move: The cell reduces its insulin sensitivity (fewer active insulin receptors) to block further glucose entry. It’s like pulling up the drawbridge to prevent overcrowding.
2. Lipotoxicity (Fat-induced damage)
In obesity and high-fat diets, fat cells become overloaded and leak free fatty acids. Muscle and liver cells take up these fats, but when they build up, they create metabolites (e.g., diacylglycerol, ceramides) that directly interfere with insulin signaling. This is actually a feedback mechanism: the cell becomes insulin resistant to stop taking in more glucose and more fat simultaneously.
The protective move: Resist insulin → lower glucose uptake → reduce substrate for fat synthesis → limit further lipotoxic damage.
3. Hypoglycemia in critical tissues
The brain and red blood cells need glucose constantly. If muscles and liver gobble up glucose indiscriminately after every meal, blood sugar could crash. By developing resistance, the body spares glucose for the brain when supplies are uncertain.
In a physiological (healthy) context, this happens overnight or during fasting (physiologic insulin resistance) to protect the brain.
The crucial distinction: Adaptive vs. Pathological
Adaptive insulin resistance v,s, Pathological insulin resistance
Short-term, reversible v,s, Chronic, fixed
Occurs during fasting, overnight, or low-carb intake v,s. Occurs with obesity, chronic overeating
Protects brain glucose supply & prevents cellular overload v.s. Breaks down because stress (inflammation, lipotoxicity) persists
Muscle/liver become sensitive again after a meal v.s. Muscle/liver stay resistant, forcing pancreas to overproduce insulin, leading to prediabetes/diabetes
So what fails?
The protection becomes harmful when the underlying cause (calorie surplus, obesity, inflammation) never stops. The cells remain resistant, so the pancreas secretes more insulin to compensate.
High insulin levels then promote fat storage, worsen inflammation, and eventually exhaust the pancreas. At that point, blood sugar rises, and type 2 diabetes appears.
In summary: Insulin resistance is the body’s way of saying “No more fuel right now – we’re already full, and more will cause internal damage.” It protects against glucose toxicity and lipotoxicity. The problem isn’t the resistance itself—it’s the relentless metabolic environment that forces it to become permanent.
總而言之:胰島素阻抗是身體發出的一種訊號,表示「我們現在不需要更多能量了——我們已經飽了,攝取更多能量會造成內部損傷」。它能保護身體免受葡萄糖毒性和脂毒性的侵害。問題不在於胰島素抗性本身,而是持續不斷的代謝環境迫使它變成永久性的。
Actionable Levers for Insulin:
- Workout: Increases glucose uptake; lowers demand.
- Low Carbs: Directly reduces insulin release.
- Detox: Lowers inflammation; improves liver function.
- Sleep: Lowers cortisol; restores sensitivity.
- Meditation: Reduces stress hormones.
- Self-coaching: Improves consistency; limits emotional eating.
- 打破了沒有糖尿病就等於不需要理會血糖值,不需要控制血糖、建立健康飲食的錯誤觀念。
- 從我和好多個案也發現,大數據血糖值不能代表每個人真正的情況。不能只看數據,要看症狀。一個人的症狀,是做好的證明,身體會説話。
- 每個人都有自己的正常血糖值範圍。不能只看“大數據的框框”。(我的發現)