Theyre Lying About Healthy Foods and Sugar Shocking New Research Thats Harming Your Family

The Glucose Goddess Returns: Blood Sugar Beyond the Basics

Jessie Inchauspe, known as the Glucose Goddess, returns to The Diary of a CEO to discuss her latest research into how blood sugar affects far more than energy levels. Since her last appearance two years ago, she has deepened her understanding of glucose's impact on mood and relationships. She cites a fascinating voodoo doll study where married couples tracked spousal annoyance: those with the most glucose lows stabbed the most pins into dolls representing their partners. The mechanism involves tyrrosine, a neurotransmitter affected by unsteady glucose that destabilizes mood. When glucose crashes, the brain enters alert mode, triggering intense cravings and compulsive food-seeking behavior that feels nearly impossible to override. Jessie explains the protein leverage hypothesis: the body keeps you hungry until it receives adequate protein, which is why a low-protein breakfast of oats and toast leads to persistent hunger and snacking throughout the day, while 40 grams of protein can dissipate cravings entirely.

Modern Fruit Is Not Natural: The Engineering of Sugar

Jessie draws a striking analogy between dog breeding and fruit engineering. Just as all dog breeds descend from wolves, modern fruits are products of centuries of selective breeding. Ancestral bananas were tiny, full of fiber and seeds, and not very sweet. Modern bananas are sugar-laden with minimal fiber. However, whole fruit still contains fiber and water that slow sugar absorption into the bloodstream. The real problem begins when fruit is denatured, such as making orange juice. A glass of orange juice contains the same 25 grams of sugar as a glass of Coca-Cola, and the body processes both identically. The World Health Organization recommends only 25 grams of sugar per day, meaning a single glass of morning orange juice hits the daily maximum. Jessie argues orange juice should disappear from school lunches and hospital meals, noting that even people with diabetes drink it thinking it helps their condition.

Sugar, Dopamine, and the Doom Scrolling Connection

Sugar triggers dopamine release in the brain, the same pleasure molecule activated by social media scrolling. When someone is on a dopamine binging cycle, glucose spikes and doom scrolling go hand in hand. Research shows that during a glucose crash, the prefrontal cortex, responsible for willpower and decision-making, is the first brain region to dim its lights to conserve energy. This creates three cascading problems: loss of executive function making it nearly impossible to resist dopamine hits from social media, a dopamine trap where the brain desperately seeks any pleasure source, and collapsed emotional regulation. Stephen Bartlett confirms noticing this pattern in himself: when eating a higher glucose diet, he becomes more prone to compulsive behaviors like internet scrolling. Jessie emphasizes that telling someone to simply eat less sugar is ineffective. The biological craving from a glucose crash is nearly impossible to override through willpower alone. The solution is fixing the underlying glucose spike, which naturally reduces cravings.

Food Marketing Deception: How Labels Trick Consumers

Jessie's followers constantly ask her to decode food marketing messages. She identifies several deceptive labeling practices. The phrase "no added sugars" is particularly misleading because orange juice naturally contains 25 grams of sugar from the original fruit, yet can legally carry this label since no additional sugar was introduced during processing. Labels like "gluten-free" or "vegan" create a health halo effect even though these designations say nothing about whether a product is actually nutritious. When shopping, Jessie goes straight to the ingredients list rather than the nutrition facts panel. Ingredients are ordered by weight, so if sugar or any sweetener like dates, fruit juice, molasses, or syrups appears in the first five ingredients, the product is essentially a dessert. She contrasts this with sardines whose ingredients are simply sardine, olive oil, and salt. Jessie also challenges the calorie-counting approach: an avocado and a donut both contain roughly 200 calories but have completely different impacts on the body. Calories are like page counts in books, telling you nothing about what is actually inside.

Pregnancy as Programming: The Bun in the Oven Myth

Jessie wrote her new book "Nine Months That Count Forever" because she discovered a massive gap between what science knows about pregnancy nutrition and what parents are actually told. She challenges the "bun in the oven" metaphor, arguing it implies mothers are passive vessels providing only heat and time, and that babies are set in stone at conception. The science shows the opposite: what happens during nine months of pregnancy co-creates the baby's developmental plan. Through epigenetics, little dimmer switches on DNA that activate or silence genes, a mother's diet during pregnancy programs her baby's future health vulnerabilities. If a mother has high glucose levels, her baby's DNA receives epigenetic switches programming higher vulnerability to diabetes throughout life. This is not just theoretical: Jessie traced her own near-pre-diabetes at age 25 back to her mother's high-sugar diet in the 1990s, which included daily orange juice and cereal with half a cup of table sugar. The plant metaphor makes it intuitive: identical seeds planted in poor gravel versus rich soil grow into dramatically different trees. The mother's body is the soil.

Choline: The Nutrient 90% of Mothers Are Missing

Choline is crucial for forming the baby's brain, specifically the neurons responsible for memory, learning, and attention. The American Association of Pediatrics states that failure to provide choline during pregnancy can result in lifelong brain deficits. Yet 90% of pregnant mothers are not getting enough choline, primarily because nobody tells them about it and modern diets lack choline-rich foods. The simplest source is eggs: four eggs per day provides the recommended 450 milligrams of choline, costing roughly one dollar per day. Jessie ate 28 eggs per week throughout her pregnancy. A Cornell University study gave one group of mothers the minimum recommended choline and another group double that amount. The babies born to high-choline mothers showed 10% faster reaction times in visual processing tests, which correlate with adult IQ. Animal studies show that choline deprivation causes brain development to stop prematurely, resulting in babies born with fewer neurons. Liver is also extremely high in choline but is controversially restricted during pregnancy due to vitamin A concerns. Choline supplements are available but eggs remain the cheapest and most accessible source.

Sugar During Pregnancy: The UK Rationing Natural Experiment

From 1940 to 1953, the UK government mandated sugar rationing, limiting everyone to 10 sugar cubes per day, down from the typical 20. Scientists in the early 2000s realized this created a natural experiment: two groups of pregnant mothers consuming either 40 or 80 grams of sugar daily. They contacted 60,000 people born just before or after the ration ended and found that babies gestated during the ration had a 15% lower likelihood of developing type 2 diabetes in their lifetime. The mechanism involves epigenetic programming: high maternal glucose levels activate genes related to diabetes in the baby. Additional research from a Danish study found children born to mothers with diabetes during pregnancy had a 15% higher risk of psychiatric disorders, with schizophrenia risk 55% higher and intellectual disability 29% higher. A 2025 Lancet review of 200 studies covering 56 million mother-baby pairs found a 25% higher risk of autism when mothers had gestational diabetes. The theory centers on microglia, immune cells in the baby's brain that normally prune damaged neurons. High maternal inflammation causes these cells to become overactive, destroying healthy neurons and potentially impacting brain architecture. Today most mothers eat 80 grams of sugar daily, over three times the WHO recommendation.

Omega-3s, Protein, and the Four Pillars of Pregnancy Nutrition

Beyond choline and sugar management, Jessie identifies omega-3s and protein as critical pregnancy nutrients. DHA, a specific omega-3 found in fish and algae, helps baby neurons connect with each other. Animal studies show restricted DHA leads to measurably less efficient brains. The recommendation is fatty fish three times per week, achievable cheaply with three cans of sardines costing six to seven dollars. Jessie also supplemented with two grams of DHA daily. Protein is equally critical: by birth, a baby is approximately 50% protein excluding water. In the third trimester, mothers need about 1.6 grams of protein per kilogram of body weight daily, equivalent to roughly four chicken breasts worth. Animal studies show that protein-restricted mothers trigger an epigenetic message to the baby saying there is not much protein available in the outside world, programming smaller muscle mass throughout life. Low protein diets consistently lead to smaller babies across all human studies. Jessie's daily third-trimester intake included four eggs for breakfast (30 grams protein), fish at lunch, meat or chicken at dinner, plus a high-protein snack like Greek yogurt with whey powder.

Alcohol, Caffeine, Exercise, and Practical Glucose Hacks

Jessie is unequivocal on alcohol: the placenta offers no filter, so when a mother drinks, the baby receives the same blood alcohol level. A 2024 University of Melbourne study using high-resolution 3D imaging revealed that even low alcohol doses cause consistent facial morphological changes visible at 12 months and persisting to age 8, plus weakened brain connections in the anterior cingulate cortex critical for emotional regulation. Complete abstinence is recommended. Caffeine is less concerning: the recommendation is under two cups of coffee daily, with no significant associations found at low doses. Exercise during pregnancy is strongly beneficial. In a remarkable animal study, pregnant rats given 30 minutes of daily treadmill walking produced babies that solved mazes twice as fast and showed fewer anxiety symptoms, likely due to elevated BDNF, a molecule promoting neuroplasticity, crossing into the baby's brain. For glucose management outside pregnancy, Jessie recommends several practical hacks: eating vegetables at the beginning of meals creates a protective fiber mesh that slows glucose absorption; doing calf raises at your desk for five minutes after eating engages the soleus muscle which soaks up glucose from the bloodstream; squats every five minutes after eating are even more effective; and moving the body within 90 minutes after eating any sugary food helps muscles burn off excess glucose.

Reversing Epigenetic Programming and Taking Back Control

Jessie addresses the question of whether adults can reverse suboptimal programming from their mother's pregnancy diet. The answer is definitively yes. Despite her own vulnerability to pre-diabetes possibly rooted in her mother's high-sugar pregnancy diet, Jessie implemented glucose management strategies and never progressed to pre-diabetes. The programming creates different starting points, not fixed destinies. She uses the analogy of two friends who work out identically: one builds muscle easily while the other struggles, but both can still build muscle. For managing cravings, Jessie distinguishes between the voice of enjoyment and the voice of addiction. She wants people to move from feeling controlled by sugar to choosing it freely. The practical framework: protein-rich savory breakfasts prevent glucose roller coasters, veggie starters before meals buffer glucose spikes, and avoiding sugar on an empty stomach prevents the cascade of spikes and crashes that fuel compulsive eating. She acknowledges that perfect adherence is unrealistic and that sometimes eating the late-night cookie is simply part of being human. Jessie closes by discussing her plans to work on mental health applications of glucose science and her hope that her book helps parents navigate a toxic food landscape with clear scientific evidence rather than marketing-driven confusion.