What is *The Diabetes Code* by Jason Fung about?

*The Diabetes Code* by Dr. Jason Fung argues that type 2 diabetes is rooted in excessive sugar consumption and hyperinsulinemia, asserting the condition can be reversed through low-carb diets and intermittent fasting instead of medication. The book critiques conventional drug-focused treatments, advocating for dietary changes to reduce insulin resistance and stabilize blood sugar.

Who should read *The Diabetes Code*?

This book is ideal for individuals diagnosed with type 2 diabetes, prediabetes, or those seeking natural strategies to manage insulin resistance. It’s also valuable for healthcare professionals exploring alternative dietary approaches to diabetes care. Fung’s clear, evidence-based explanations cater to readers skeptical of pharmaceutical-dependent treatments.

Is *The Diabetes Code* worth reading?

Yes, for its actionable plan to reverse type 2 diabetes through diet and fasting, supported by medical research. However, its restrictive dietary recommendations (eliminating sugars, refined carbs, and grains) may challenge long-term adherence. Critics note it oversimplifies diabetes as solely caused by sugar, but it remains a compelling resource for non-drug solutions.

What dietary changes does *The Diabetes Code* recommend?

Fung advocates avoiding all added sugars, refined carbohydrates (bread, pasta, rice), and processed foods while increasing natural fats. He emphasizes whole foods like vegetables, nuts, and proteins, paired with intermittent fasting to lower insulin levels. Sample meal plans prioritize low-carb, high-fat meals to stabilize blood glucose.

How does intermittent fasting help reverse diabetes according to Jason Fung?

Fasting periods reduce insulin production, allowing the body to burn stored fat and improve insulin sensitivity. By alternating eating windows with fasting (e.g., 16–24 hours), the body depletes glycogen reserves, lowering blood sugar and addressing hyperinsulinemia. Fung argues this approach treats the root cause, not just symptoms.

What are the criticisms of *The Diabetes Code*?

Critics argue the book oversimplifies diabetes as solely caused by sugar, ignoring genetic and lifestyle factors. Others question the sustainability of its strict diet, particularly the elimination of fruits and grains. Medical professionals caution against discontinuing medications without supervision, as Fung’s approach may not suit all patients.

How does *The Diabetes Code* compare to *The Obesity Code*?

Both books emphasize insulin’s role in metabolic disorders and promote intermittent fasting. While *The Obesity Code* focuses on weight loss through hormonal balance, *The Diabetes Code* targets reversing type 2 diabetes via similar mechanisms, with added meal plans and diabetes-specific research. Fung’s core message—reducing sugar and refined carbs—ties the two works together.

Can type 2 diabetes truly be reversed using Fung’s methods?

Fung cites studies and clinical cases where low-carb diets and fasting normalized blood sugar levels, enabling patients to reduce or eliminate medications. Success depends on strict adherence to dietary changes, which may reverse insulin resistance in motivated individuals. However, results vary, and maintenance requires lifelong lifestyle adjustments.

Riassunto di Codice Diabete

Prevenire e Invertire il Diabete di Tipo 2 in Modo Naturale

Jason Fung

4.48(6502 Reviews)

Panoramica del Riassunto di Codice Diabete

La guida rivoluzionaria del Dr. Fung sfida il trattamento convenzionale del diabete, offrendo strategie di inversione naturale attraverso la dieta e il digiuno intermittente. Approvato dal Dr. Mark Hyman, questo bestseller del New York Times ha trasformato innumerevoli vite, dimostrando che il diabete di tipo 2 non è la condanna cronica che ci è stata raccontata.

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Capitolo 1

The Silent Epidemic: Unmasking the Truth About Diabetes

Imagine waking up one day to discover that a disease once considered rare has become a global epidemic affecting nearly half a billion people worldwide. Type 2 diabetes, once an obscure condition primarily affecting the elderly, now strikes children as young as three. This metabolic disorder has transformed from medical curiosity to public health crisis in just one generation, yet conventional medical wisdom continues to label it "chronic and progressive" - a life sentence of deteriorating health and increasing medication. Dr. Jason Fung's groundbreaking book challenges this fatalistic view with a revolutionary premise: type 2 diabetes is fully reversible through dietary changes rather than medications. This isn't just theoretical - his approach has enabled countless patients to eliminate insulin injections after decades of dependency. The book has become a cultural phenomenon, endorsed by health professionals worldwide and sparking a movement that questions the pharmaceutical-centered approach to diabetes management. What makes Fung's work particularly compelling is that his solution isn't new or experimental - it's rooted in treatments that predate insulin therapy but were forgotten when medication became the standard of care.

Capitolo 2

Diabetes: From Rare Disease to Global Pandemic

For thousands of years, diabetes was recognized across ancient civilizations. Egyptian texts from 1550 BC described "passing too much urine," while Hindu writings discussed "honey urine." Greek physician Aretaeus of Cappadocia provided the most vivid description, calling it "the melting down of flesh and limbs into urine," noting that "life with diabetes is short, disgusting and painful." The first effective treatment came in 1797 when John Rollo developed an all-meat, extremely low-carbohydrate diet that showed substantial improvement in diabetic patients. By contrast, Pierre Piorry's contradictory advice to consume more sugar proved fatal. By 1910, Sir Edward Sharpey-Schafer proposed that insulin deficiency caused diabetes, leading physicians Frederick Allen and Elliott Joslin to become strong proponents of intensive dietary management. Everything changed in 1921 when Frederick Banting, Charles Best, and John Macleod discovered insulin at the University of Toronto. After purifying insulin from cow pancreases, they administered it to fourteen-year-old Leonard Thompson, who immediately regained normal weight and saw his symptoms disappear. The average lifespan of young diabetics increased from sixteen months to thirty-five years. This breakthrough overshadowed previous dietary treatments, but soon revealed that different types of diabetes existed. The roots of today's epidemic trace back to the 1950s when dietary fat was falsely vilified as the cause of heart disease. The 1977 "Dietary Goals for the United States" recommended increasing carbohydrate consumption to 55-60% of calories while decreasing fat to 30%. The infamous food pyramid placed breads, pastas and potatoes at its base as daily essentials - precisely the foods that provoke the greatest rise in blood glucose and insulin. Obesity rates increased immediately after these guidelines were implemented, and ten years later, diabetes began its inevitable rise. Today, diabetes affects 422 million people worldwide, with 80% living in developing countries. China has become the diabetes epicenter with 11.6% of adults affected, a staggering 1160% increase since 1980. In the U.S., 14.3% of adults have type 2 diabetes and 38% have prediabetes - meaning for the first time in history, more Americans have the disease than not. With estimated costs of $245 billion annually and medical expenses 2-5 times higher than for non-diabetics, diabetes threatens to bankrupt entire healthcare systems.

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Capitolo 3

Understanding the Two Faces of Diabetes

Diabetes mellitus encompasses several disorders characterized by chronically elevated blood glucose. Type 1 diabetes results from an autoimmune destruction of insulin-producing cells, while type 2 diabetes (approximately 90% of cases) involves insulin resistance rather than insulin deficiency. Despite sharing the symptom of high blood glucose, these conditions are fundamentally opposites - one characterized by very low insulin levels, the other by very high ones. In type 1 diabetes, the body's immune system destroys insulin-producing cells, evidenced by antibodies to islet cells in patients' blood. Despite insulin treatment, type 1 diabetics face higher complication risks, with life expectancy reduced by 5-8 years and heart disease risk increased tenfold. Type 2 diabetes, historically affecting older adults, is rapidly increasing in children alongside obesity rates. Unlike type 1, type 2 features insulin resistance rather than insulin deficiency - surprisingly, insulin levels are high, not low. The body compensates for this resistance by increasing insulin secretion, but when this compensation fails to keep pace with increasing resistance, blood glucose rises. Yet treatment paradigms for both primarily target blood glucose by increasing insulin, addressing only the symptom rather than the underlying disease. While insulin helps type 1 diabetes by replacing what's missing, it doesn't address the core problem of type 2 diabetes: insulin resistance. Without understanding the cause of this resistance, we can't hope to reverse the disease.

Capitolo 4

The Devastating Toll: How Diabetes Destroys the Body

Diabetes uniquely devastates virtually every organ system. Its complications are classified as either microvascular (affecting small blood vessels in eyes, kidneys, and nerves) or macrovascular (affecting large blood vessels in the heart, brain, and legs). Diabetes is the leading cause of blindness in the United States, with approximately 10,000 new cases annually. It weakens small retinal blood vessels, causing blood and fluids to leak. In response, new fragile vessels form that easily break, leading to more bleeding and scar tissue formation that can eventually detach the retina. Diabetic kidney disease is the leading cause of end-stage renal disease, accounting for 44 percent of all new cases. When kidneys fail, toxins build up, causing loss of appetite, weight loss, persistent nausea and vomiting, and eventually coma and death if untreated. Patients with over 90 percent kidney function loss require dialysis indefinitely unless they receive a transplant. Diabetic nerve damage affects 60-70 percent of diabetes patients. Symptoms include tingling, numbness, burning, and often debilitating pain that worsens at night and resists even powerful painkillers. The loss of protective pain sensation can lead to repeated trauma and joint destruction, potentially requiring amputation. Diabetes dramatically increases the risk of atherosclerosis - the hardening and narrowing of arteries that leads to heart attacks, strokes, and peripheral vascular disease. It increases heart attack risk two- to fourfold, with complications developing at younger ages than in non-diabetics. Sixty-eight percent of diabetics aged 65+ die of heart disease and another 16 percent from stroke. Beyond these complications, diabetes increases risk for most common cancers, is linked to Alzheimer's disease (sometimes called "type 3 diabetes"), causes non-alcoholic fatty liver disease in 75 percent of patients, increases susceptibility to infections, and is associated with numerous skin conditions and erectile dysfunction. Despite centuries of knowledge about diabetes, complications are worsening, not improving. Our obsessive focus on lowering blood glucose addresses only the symptom, not the cause. Until we target the root cause - insulin resistance - the type 2 diabetes epidemic and its devastating complications will continue to worsen.

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Capitolo 5

Diabesity: The Insulin-Weight Connection

The term "diabesity" unifies type 2 diabetes and obesity, recognizing them as essentially the same disease. In 1990, Dr. Walter Willett identified the strong relationship between weight gain and type 2 diabetes, finding that gaining 44-77 pounds increased diabetes risk by 11,300 percent. Even slight weight gain significantly raises risk, while weight loss decreases it by over 50%. However, the conventional "eat less, cut calories" advice has utterly failed to address obesity. The fundamental flaw in the calories-in/calories-out model is ignoring how the body adapts - when you reduce caloric intake by 40%, your basal metabolic rate drops by 40%, preventing weight loss. The Women's Health Initiative study devastatingly proved this: 50,000 women reduced calories for seven years with virtually no weight loss. The conventional approach has a 99.4% failure rate because it falsely assumes metabolic rate remains stable and that weight is consciously regulated. In reality, body weight is hormonally controlled, just like all other vital bodily systems. Hormones, not willpower, control hunger and satiety. Ghrelin triggers hunger while cholecystokinin and peptide YY signal fullness. Obesity isn't about excess calories but about energy distribution - too much energy diverted to fat storage rather than other bodily functions. Insulin is the master hormone of energy storage. When we eat, insulin rises, signaling the body to store energy as glycogen and fat. During fasting periods, insulin falls, prompting the body to break down glycogen for immediate energy and eventually burn fat. This balanced system maintains stable weight when feeding (high insulin) and fasting (low insulin) periods are balanced. However, when insulin remains persistently elevated, the body continuously receives signals to store fat, leading to weight gain. The causal relationship between insulin and weight gain is clearly demonstrated in medical practice. Insulin prescriptions for diabetes invariably cause weight gain as a side effect. Insulinomas (rare tumors that secrete excessive insulin) cause persistent weight gain until surgically removed. Conversely, untreated type 1 diabetics with pathologically low insulin cannot gain weight regardless of caloric intake. These examples prove that obesity is fundamentally a hormonal imbalance, not a caloric one.

Capitolo 6

The Overflow Phenomenon: How Insulin Resistance Develops

Obesity typically precedes type 2 diabetes by a decade or more, with fasting insulin levels progressively increasing through obesity to prediabetes to diabetes. However, hyperinsulinemia appears to be the underlying "X factor" causing both conditions. Insulin resistance develops as a protective homeostatic mechanism against chronically elevated insulin levels. The body naturally resists change outside its comfort range by adapting to it - exposure creates resistance. This principle is illustrated by the case of Laura, who developed an insulinoma (insulin-secreting tumor) that caused excessive hunger, weight gain, and dangerous hypoglycemia. Her body protected itself by developing insulin resistance to shield against dangerously low blood glucose. When her tumor was removed, both the high insulin levels and the insulin resistance reversed, demonstrating that insulin itself causes insulin resistance. Resistance is a fundamental biological principle across multiple domains. When exposed to constant stimuli, systems develop resistance - whether it's people tuning out persistent noise, bacteria evolving against antibiotics, or bodies building viral immunity through vaccines or natural exposure. The mechanism varies, but the principle remains consistent: exposure creates resistance, and removing the stimulus removes the resistance. Studies prove this directly: healthy volunteers given constant insulin infusions for 40-96 hours developed 15-40% increased insulin resistance. The implications are staggering - I can make anyone insulin resistant simply by giving them enough insulin. In type 2 diabetics, higher insulin doses create greater insulin resistance, even as blood glucose improves. The traditional lock-and-key paradigm of insulin resistance fails to explain a central paradox: insulin's action to stop glucose production is blunted, yet its action to create new fat is paradoxically enhanced. The overflow phenomenon resolves this paradox. Rather than the cell being starved of glucose, it's already overflowing with it. Like a packed subway train that can't accept more passengers despite open doors, glucose can't enter cells already jammed full. Hyperinsulinemia acts as a "subway pusher," forcibly shoving more glucose into stuffed cells. The overfilled cell produces excess fat to relieve internal glucose congestion, explaining fatty liver development and resolving the paradox.

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Capitolo 7

The Twin Cycles of Type 2 Diabetes

Type 2 diabetes represents two separate physiological defects: insulin resistance and beta cell dysfunction. These two prerequisites share the same underlying mechanism rather than occurring for separate reasons. Insulin resistance emerges about thirteen years before type 2 diabetes develops. During this phase, compensatory hyperinsulinemia prevents rapid blood glucose elevation, though levels gradually rise. Visceral fat deposited around organs drives insulin resistance, with the liver being the first accumulation site. This creates a vicious cycle: hyperinsulinemia causes fatty liver, which causes insulin resistance, which leads to more hyperinsulinemia. The connection between obesity and liver damage began emerging in the 1950s when Dr. Samuel Zelman observed fatty liver in a hospital aide who consumed twenty bottles of Coca-Cola daily. Fatty liver can develop in just three weeks through excessive sugar consumption. When glucose and insulin drive new fat production (DNL) faster than the liver can export it to fat cells, fat accumulates in the liver. Fortunately, when sugar consumption decreases, these changes completely reverse, with a mere 4% decrease in body weight reducing liver fat by 25%. Skeletal muscles also become infiltrated with fat when hyperinsulinemia and excess sugar cause the liver to distribute triglycerides throughout the body. This intramyocyte lipid accumulation - essentially "fatty muscle" - resembles the marbling in premium beef. This fatty infiltration creates insulin resistance in skeletal muscles through the same overflow phenomenon seen in the liver. When pancreatic beta cells can no longer keep pace with rising insulin resistance, blood glucose rises rapidly, leading to type 2 diabetes diagnosis within just 1-2 years. The culprit is fatty infiltration of the pancreas - the same mechanism behind insulin resistance in other organs. Modern imaging confirms that fatty pancreas is clearly associated with type 2 diabetes - diabetic patients have more pancreatic and hepatic fat than non-diabetics, and the more pancreatic fat, the less insulin secreted. The removal of just 0.6 grams of pancreatic fat can reverse type 2 diabetes. Two vicious cycles sustain type 2 diabetes: the hepatic and the pancreatic. The hepatic cycle develops first, where excessive glucose and fructose consumption leads to hyperinsulinemia, fatty liver, and insulin resistance. The pancreatic cycle begins when the fatty liver exports fat as VLDL to other organs, including skeletal muscles and pancreas. As the pancreas becomes clogged with fat, it cannot secrete insulin normally. The fundamental cause is excessive dietary consumption of sugar - primarily glucose and fructose. Simply put, type 2 diabetes is entirely caused by too much sugar.

Capitolo 8

The Fructose Factor: Sugar's Toxic Legacy

In 2009, Dr. Robert Lustig's lecture "Sugar: The Bitter Truth" went viral with its message that sugar is toxic, echoing Dr. John Yudkin's warnings from 1957. While dietary guidelines warned about sugar in 1977, this message was overshadowed by anti-fat hysteria. Sugar consumption rose steadily until 2000, followed by increasing diabetes rates - even in countries with low obesity rates, suggesting sugar's unique role in diabetes development. Following Paracelsus's principle that "the dose makes the poison," fructose consumption has risen dramatically from 15-20 grams daily before 1900 to 55 grams by 1994. The development of high-fructose corn syrup (HFCS) in the 1960s accelerated this trend, as food companies replaced sucrose with this cheaper alternative in countless processed foods. By 2000, fructose consumption had increased fivefold in just a century, with adolescents consuming up to 25% of their calories as added sugars. Fructose is particularly harmful compared to glucose because of how the body metabolizes it. While glucose is distributed throughout the body with only 20% processed by the liver, fructose targets the liver exclusively. For a 170-pound person consuming equal parts glucose and fructose (as in sucrose), the entire body metabolizes the glucose, but the 5-pound liver must process all the fructose. The liver converts fructose to glucose, lactose, and glycogen without limitations, and when glycogen stores fill, excess fructose becomes liver fat through de novo lipogenesis (DNL). Fructose can increase DNL fivefold and boost liver fat by 38% in just eight days - making it approximately 34 times more likely to cause fatty liver than glucose. Since 1980, research has shown that fructose overfeeding rapidly induces insulin resistance. Healthy subjects consuming 1000 extra calories of fructose daily showed 25% worse insulin sensitivity after just one week, while glucose overfeeding produced no similar effect. This rapid progression suggests that decades of high fructose consumption would inevitably lead to widespread diabetes. Data from over 175 nations links sugar intake directly to diabetes, independent of obesity. Asian sugar consumption is rising nearly 5% annually, resulting in a diabetes epidemic. In 2013, approximately 11.6% of Chinese adults had type 2 diabetes despite having an average BMI of only 23.7 (considered ideal). This presents an apparent paradox: despite traditionally consuming white rice (refined carbohydrates), Chinese populations historically had low diabetes rates because they consumed almost no sugar. Fructose is particularly toxic because only the liver can metabolize it, converting virtually all ingested fructose into new fat, directly causing insulin resistance. The liver processes fructose without limits - more fructose leads to more fat production independent of insulin, with no natural satiety pathways to curb intake. Sugar (sucrose) plays a dual role in disease: its glucose component stimulates insulin production, while its fructose component directly produces fatty liver and insulin resistance. This makes sugar far more dangerous than starches containing only glucose.

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Capitolo 9

Breaking the Cycle: The Path to Reversal

The conventional treatment for type 2 diabetes has been insulin injection, a triumph for type 1 diabetes but a disaster for type 2. While type 1 diabetics need insulin replacement due to deficiency, type 2 diabetics already have excess insulin. High-dose insulin therapy in type 2 diabetics creates "double diabetes" - they develop all the hyperinsulinemia problems while merely hiding glucose in tissues rather than addressing the fundamental problem of excess sugar and insulin. Multiple studies show insulin treatment dramatically increases mortality risk - by up to 279% in some studies. Insulin facilitates every step of atherosclerosis, from inflammation to plaque formation. Similarly, as a growth hormone, insulin drives tumor development - women with highest insulin levels have 2.4 times higher breast cancer risk, and insulin therapy increases colon cancer risk by approximately 20% per year. Standard diabetes medications represent a fundamental trade-off between glucotoxicity and insulin toxicity. Insulin, thiazolidinediones (TZDs), and sulfonylureas reduce blood glucose but increase insulin, causing weight gain with no net clinical benefit. Metformin and DPP-4 inhibitors are weight neutral but offer minimal benefits. Only acarbose, SGLT2 inhibitors, and GLP-1 analogs lower both glucose and insulin, causing weight loss and reducing complications. Bariatric surgery proves that type 2 diabetes is reversible when we treat the cause (hyperinsulinemia) rather than just the symptom (hyperglycemia). In virtually all cases, type 2 diabetes completely disappears after bariatric surgery, even in 500-pound patients with twenty years of disease. This rapid reversal occurs within weeks, long before substantial weight loss. The mechanism is simple: sudden, severe caloric restriction depletes liver glycogen in 24 hours, forcing the body to burn fat - particularly the ectopic fat around organs that causes metabolic syndrome. However, we can achieve the same benefits without surgery if we understand why it works. The simplest explanation is correct: all bariatric surgeries create sudden, severe caloric reduction, forcing the body to burn ectopic fat from organs. This removes the root cause of diabetes - the overflowing fat in liver and pancreas cells. The solution becomes obvious: stop putting sugar in (low-carbohydrate diets) and burn remaining sugar off (intermittent fasting). This natural, drug-free approach short-circuits the vicious cycle of excess glucose leading to insulin resistance and disease. Dr. David Unwin transformed his practice by teaching patients that starchy foods like bread raise blood glucose more than table sugar. His 160 patients achieved average weight loss of 9kg and significant HbA1c improvements, while his practice saved 50,000 annually on diabetes medications. Understanding diabetes development allows implementing three essential food rules for reversal: 1) Avoid fructose and all sweeteners, 2) Reduce refined carbohydrates and enjoy natural fats, and 3) Eat real food in its natural state. Sometimes these rules aren't enough for severe cases, requiring the oldest dietary intervention known to humans - fasting. Unlike continuous caloric restriction which triggers metabolic slowdown, fasting actually increases metabolism. Studies show that while chronic caloric reduction drops basal metabolic rate by up to 30%, fasting for four days increases it by 12%. This occurs because during fasting, the body accesses stored body fat for fuel rather than entering "starvation mode." This metabolic advantage makes fasting far more effective for long-term weight loss than daily caloric restriction. Both intermittent fasting and low-carbohydrate, healthy-fat diets effectively reduce insulin and can reverse type 2 diabetes. Fasting provides the maximum insulin reduction, while very low-carb diets deliver about 71% of fasting's benefits without actual fasting. The two approaches are complementary rather than competing - they can be combined for maximum effectiveness. With proper understanding of diabetes and effective treatments, complete eradication of type 2 diabetes is possible - naturally, without cost, without surgery. This vision means no more diabetic complications: no kidney disease, eye disease, nerve damage, foot ulcers, or infections. It means fewer heart attacks, strokes, and cancers, and no need for diabetic medications. Type 2 diabetes, obesity, fatty liver, and metabolic syndrome have become the modern equivalent of the Bubonic plague, spreading across all genetic boundaries worldwide. We must stop pretending type 2 diabetes is chronic and progressive - it's clearly a dietary disease requiring dietary treatment. The treatments that cure diabetes all share one characteristic: they lower insulin. The doorway to a diabetes-free world has opened through the oldest interventions known: low-carbohydrate, healthy-fat diet and intermittent fasting.

Capitolo 10

A Revolution of Hope: Changing the Diabetes Paradigm

Despite this book's deep exploration of diabetes, it's ultimately about hope - hope for eradicating type 2 diabetes within a generation, erasing metabolic syndrome diseases, and recovering both financial costs and human suffering using knowledge alone as our weapon. Dr. Fung recounts his medical journey from conventional training through his awakening about diabetes treatment. As a kidney specialist, he saw countless diabetic patients deteriorate despite medication adherence. After decades of treating thousands of patients, he realized diabetes medications made no real clinical difference. This suspicion was confirmed by landmark studies in 2008 that proved glucose-lowering medications were useless against complications. His breakthrough came from questioning causality - asking "why" people get fat and develop diabetes. Recognizing the astronomical failure rate of caloric reduction diets, he identified hormonal imbalance, primarily insulin, as the key to obesity. This insight revealed a paradox: if excess insulin causes obesity, why prescribe insulin to overweight diabetics? Further investigation led to understanding that obesity and type 2 diabetes are manifestations of the same underlying problem - too much insulin. The solution became clear: lower insulin through dietary changes, not pharmaceuticals. In 2011, Dr. Fung established the Intensive Dietary Management program with Megan Ramos to counsel patients on low-carbohydrate, high-fat diets. Initially, results were disappointing as patients misunderstood what constituted low-carbohydrate foods. Having followed low-fat diets most of their lives, this new approach was foreign to them, prompting Dr. Fung to seek a simpler solution. Inspired by a friend's mention of "cleanses," he investigated fasting in medical literature and began guiding patients through diet and fasting regimens with remarkable results. Patients on insulin for decades eliminated medications within weeks, lost significant weight, and reported increased energy rather than the weakness they expected. Type 2 diabetes, currently the leading cause of blindness, kidney failure, amputations, heart attacks, strokes, and cancer, doesn't have to define our future. The knowledge contained in The Diabetes Code offers the path to reversing type 2 diabetes, marking not an end but a beginning - a new dawn of hope.

★★★★★

Hai raggiunto la fine del Riassunto di Codice Diabete

“Sono passati 23 giorni e l'ho usata ogni giorno. Ora fa parte della mia routine quotidiana.”

jayallen

Temi chiave del Riassunto di Codice Diabete

insulin resistance
metabolic syndrome reversal
therapeutic fasting
low carbohydrate nutrition
hyperinsulinemia management

Le migliori citazioni dal Riassunto di Codice Diabete

Type 2 diabetes is a reversible dietary disease.
The problem is not high blood sugar; the problem is high insulin.
Calories are not the problem. It’s the hormones.
The most important thing to understand about insulin is that it is the hormone of fat storage.
If you frequently eat, you frequently raise insulin, and you become insulin resistant.

Personaggi del Riassunto di Codice Diabete

Jason FungAuthor and physician advocating dietary changes
Frederick BantingCo-discoverer of insulin in 1921
Leonard ThompsonFirst patient to receive successful insulin therapy
John RolloPhysician who developed an early low-carb diet
Aretaeus of CappadociaGreek physician who provided early descriptions

Sull'autore

Il Dr. Jason Fung, MD, è un nefrologo di Toronto e autore di bestseller del New York Times per il libro Codice Diabete. È un pioniere nell'uso degli interventi dietetici per il trattamento delle malattie metaboliche.

Specializzato nel digiuno intermittente e nella nutrizione a basso contenuto di carboidrati, Fung sfida gli approcci convenzionali alla gestione del diabete attraverso le sue strategie basate sulla ricerca. La sua esperienza clinica come specialista del rene e co-fondatore di The Fasting Method informa il suo lavoro, che unisce la medicina accademica con soluzioni pratiche per i pazienti.

I libri influenti di Fung — tra cui L'Codice dell'Obesità e The Cancer Code — esaminano le cause profonde delle malattie croniche, affermandolo come una voce leader nella salute preventiva. Collaboratore frequente dei media, è stato citato da The Washington Post, NPR e CBS, e ha tenuto conferenze presso istituzioni come l'Università di Harvard.

I suoi metodi sono adottati dai professionisti sanitari di tutto il mondo, con Codice Diabete che è diventato un testo fondamentale per ripensare l'insulino-resistenza. La portata globale del libro e la sua integrazione nella pratica clinica sottolineano il suo impatto, consolidando la reputazione di Fung come figura trasformativa nella moderna salute metabolica.

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@colonyofcreatorsNGO

Sono istruttore di apprendimento accelerato PhotoReading da 24 anni… libri, lettura e apprendimento sono il mio pane, e BeFreed ha fatto un ottimo lavoro offrendo un approccio innovativo per trasmettere le informazioni in un modo facile da assimilare.

@BeFreed user

Non è solo un'app di riassunti di libri: ho usato l'opzione di lettura divertente ed è un riassunto molto migliore, un modo più efficace di afferrare le idee rispetto al metodo tradizionale. Solo questo vale la spesa.

@austinakon

Adoro questa app. La uso da diversi giorni e non riesco a smettere di ascoltare. Un ottimo modo per iniziare.

@jcrules328

Il programma mi piace davvero; lo sto provando da circa un mese e lo trovo una vera gemma. Funziona così bene perché con BeFreed posso creare i miei argomenti, e la voce è ottima, con una scelta illimitata di narrazioni.

@DanielCZ

Sul serio, non ho ancora esplorato l'app fino in fondo, ma dopo questi primi giorni sono davvero colpita… BeFreed è su un altro livello rispetto a qualsiasi altra app di apprendimento che abbia usato. Ti coinvolge tantissimo e migliora davvero la concentrazione: perfetta per chi non riesce a smettere di scrollare!

@ladyInfinity

Ho comprato BeFreed esattamente 23 giorni fa e da allora l'ho usata ogni singolo giorno. Si è integrata completamente nel mio flusso di lavoro e nelle mie abitudini di studio.

@jayallen

La verità è che l'app ha superato tutte le mie aspettative. Posso chiederle di generare audio su qualunque argomento, qualsiasi esso sia, e il risultato è impressionante. Il mio campo professionale è una specializzazione in psicoterapia, molto multidisciplinare; eppure le risposte sono molto accurate.

@Raguipa

Quello che apprezzo di più è quanto abbia ridotto il mio scrolling: passo meno tempo a cercare e più tempo ad assorbire informazioni. La combinazione di audiolibri completi, podcast e piani di apprendimento è brillante.

@colonyofcreatorsNGO

Sono istruttore di apprendimento accelerato PhotoReading da 24 anni… libri, lettura e apprendimento sono il mio pane, e BeFreed ha fatto un ottimo lavoro offrendo un approccio innovativo per trasmettere le informazioni in un modo facile da assimilare.

@BeFreed user

Non è solo un'app di riassunti di libri: ho usato l'opzione di lettura divertente ed è un riassunto molto migliore, un modo più efficace di afferrare le idee rispetto al metodo tradizionale. Solo questo vale la spesa.

@austinakon

Adoro questa app. La uso da diversi giorni e non riesco a smettere di ascoltare. Un ottimo modo per iniziare.

@jcrules328

Il programma mi piace davvero; lo sto provando da circa un mese e lo trovo una vera gemma. Funziona così bene perché con BeFreed posso creare i miei argomenti, e la voce è ottima, con una scelta illimitata di narrazioni.

@DanielCZ

Adoro poter ricevere informazioni e idee utili e condensate in un audio in stile podcast da 8-15 minuti. Non sono un grande fan dei podcast per via di tutto il riempitivo, ma qui si va dritti al punto.

@BeFreed user

Sto finendo il dottorato e devo leggere un sacco di materiale che non conosco… Con BeFreed basta inserire un prompt: l'app trova le fonti per te e genera un podcast audio. Trovo il processo di BeFreed più scorrevole di NotebookLM.

@Brad

Cerco spesso su YouTube qualcosa da ascoltare mentre preparo la colazione, cammino o sono in viaggio, e BeFreed offre un approccio ancora più mirato, senza pubblicità e senza riempitivi!

@BeFreed user

La cosa in assoluto migliore di questa piattaforma è la versatilità. Non c'è letteralmente nessun argomento fuori portata. Gestisce qualsiasi cosa le proponi… È raro trovare uno strumento di apprendimento senza limiti che mantenga davvero le promesse.

@jayallen

BeFreed è fantastica. Il design intuitivo mi fa passare meno tempo a navigare e più tempo a imparare. Il mix di audiolibri, podcast e piani di apprendimento è una combinazione geniale che ha cambiato completamente la mia routine quotidiana.

@BeFreed user

All'inizio mi ci è voluto un po' per capire come creare podcast in italiano e poi… boom! È fantastico! Posso chiedergli di spiegarmi qualsiasi argomento e lo fa benissimo, con grande intelligenza!

@matteo77

BeFreed è diventata la mia app quotidiana per gli audiolibri… Quello che mi piace di più è che inserisci il tuo testo e ottieni un audio da ascoltare ovunque.

@kotanzu1

Adoro poter ricevere informazioni e idee utili e condensate in un audio in stile podcast da 8-15 minuti. Non sono un grande fan dei podcast per via di tutto il riempitivo, ma qui si va dritti al punto.

@BeFreed user

Sto finendo il dottorato e devo leggere un sacco di materiale che non conosco… Con BeFreed basta inserire un prompt: l'app trova le fonti per te e genera un podcast audio. Trovo il processo di BeFreed più scorrevole di NotebookLM.

@Brad

Cerco spesso su YouTube qualcosa da ascoltare mentre preparo la colazione, cammino o sono in viaggio, e BeFreed offre un approccio ancora più mirato, senza pubblicità e senza riempitivi!

@BeFreed user

La cosa in assoluto migliore di questa piattaforma è la versatilità. Non c'è letteralmente nessun argomento fuori portata. Gestisce qualsiasi cosa le proponi… È raro trovare uno strumento di apprendimento senza limiti che mantenga davvero le promesse.

@jayallen

BeFreed è fantastica. Il design intuitivo mi fa passare meno tempo a navigare e più tempo a imparare. Il mix di audiolibri, podcast e piani di apprendimento è una combinazione geniale che ha cambiato completamente la mia routine quotidiana.

@BeFreed user

All'inizio mi ci è voluto un po' per capire come creare podcast in italiano e poi… boom! È fantastico! Posso chiedergli di spiegarmi qualsiasi argomento e lo fa benissimo, con grande intelligenza!

@matteo77

BeFreed è diventata la mia app quotidiana per gli audiolibri… Quello che mi piace di più è che inserisci il tuo testo e ottieni un audio da ascoltare ovunque.

@kotanzu1

Scopri di piu su come si parla di BeFreed nel web