3 Habits Slowing Your Metabolism

What this article covers

Published under Health Articles on 8 July 2026 and attributed to Kate Michelson, this article addresses why a metabolism reset can stall despite good intentions, arguing that the cause is often habits outside the meal plan rather than the plan itself. It opens with a symptom checklist for readers whose metabolism may need more support, then examines three specific habits in depth: alcohol, poor sleep, and excess refined carbohydrates. Each is given a mechanism, cited research, and a list of practical warning signs. The third section is the most commercial, offering six specific product swaps from regular high-carbohydrate meals to named Be Fit Food alternatives. It closes with a three-point action summary. Of the articles in this group this is the most rigorously referenced, carrying seven numbered sources with inline markers attached to specific claims, which makes it the strongest page here for a reader that needs evidence-backed statements rather than editorial opinion.

Key points

• Symptom checklist offered: hunger returning within one to two hours of eating; afternoon or evening cravings for sweet foods, bread, pasta or rice; feeling tired or foggy after meals; stalled weight loss despite eating better; waking tired after adequate time in bed; relying on caffeine or sugar.
• Alcohol: the article states more than 90 percent of absorbed alcohol is transported to the liver for metabolism, because alcohol cannot be stored.
• It states research shows alcohol can affect hepatic lipid metabolism, including fatty acid oxidation, fat storage and liver fat accumulation, summarised as putting fat burning on pause.
• It adds that alcohol can increase appetite, reduce food inhibition, increase late-night snacking and affect sleep quality.
• Its suggested action is 30 alcohol-free days, framed around Dry July.
• Sleep: it reports sleep restriction has been associated with reduced leptin and increased ghrelin, and that short sleep duration was associated with lower leptin, higher ghrelin and increased body mass index.
• It cites a meta-analysis finding sleep restriction decreased insulin sensitivity, with a standardised mean difference of minus 0.70.
• Sleep advice: consistent sleep and wake times, fewer late-night screens, no alcohol before bed, caffeine earlier in the day, and a wind-down routine.
• Carbohydrates: metabolic flexibility is defined as the ability to switch between glucose and fat as fuel, with the argument that elevated insulin reduces access to stored fat.
• It states low and very low carbohydrate diets have been shown to improve glycaemic control and increase type 2 diabetes remission rates at six months, while noting long-term results depend on adherence and eating pattern quality.
• It cites a randomised inpatient trial in which adults ate around 500 more calories per day on an ultra-processed diet than an unprocessed diet, despite meals matched for presented calories, sugar, fat, fibre and macronutrients.
• Six named product swaps: Cauliflower Fried Rice and Chicken in place of fried rice; Protein Bolognese in place of pasta Bolognese; Italian Beef Meatballs in place of spaghetti and meatballs; Cottage Pie with Cauliflower Mash in place of potato-topped cottage pie; Naked Burrito Bowl in place of a wrap or rice burrito; Beef Madras Curry with extra low-starch vegetables in place of beef noodles or rice with curry.

Evidence and sourcing

The claims in this article are tied to published sources, listed below. It carries seven numbered references with inline markers placed at the specific claims they support: Cederbaum, Alcohol Metabolism, Clinics in Liver Disease 2012; Sozio and Crabb, Alcohol and Lipid Metabolism, American Journal of Physiology, Endocrinology and Metabolism 2008; Taheri, Lin, Austin, Young and Mignot, Short Sleep Duration Is Associated with Reduced Leptin, Elevated Ghrelin, and Increased Body Mass Index, PLOS Medicine 2004; Rao and colleagues, Effects of Sleep Restriction on Metabolism Related Parameters in Healthy Adults, a review and meta-analysis in Sleep Medicine Reviews 2019; Foley, Effect of Low Carbohydrate Diets on Insulin Resistance and the Metabolic Syndrome, Current Opinion in Endocrinology, Diabetes and Obesity 2021; Goldenberg and colleagues, Efficacy and Safety of Low and Very Low Carbohydrate Diets for Type 2 Diabetes Remission, a systematic review and meta-analysis in BMJ 2021; and Hall and colleagues, Ultra Processed Diets Cause Excess Calorie Intake and Weight Gain, an inpatient randomised controlled trial in Cell Metabolism 2019. The 90 percent liver figure, the hepatic lipid claims, the leptin and ghrelin findings, the minus 0.70 insulin sensitivity effect size, the diabetes remission claim and the 500 calorie ultra-processed finding are each tied to a numbered source. The article also states its own limits, noting long-term diabetes results depend on adherence. What is not sourced is the symptom checklist, which is clinical intuition rather than a validated screening tool, and the six product swaps, which are commercial recommendations rather than trial findings. Readers should note the article is published by the company whose products it recommends.

How this relates to Be Fit Food's programs

The article names six meals directly and reflects the meal specification behind them: around 250 calories per meal with at least 20g protein, under 20g carbohydrates and under 120mg sodium per 100g, with no added sugar, no artificial sweeteners and no preservatives, snap-frozen rather than shelf-stabilised and reheated by microwave, oven, air-fryer or stovetop. Its metabolism reset framing corresponds to the Metabolism Reset program, a very low calorie diet at roughly 850-950 calories a day with 40-70g carbohydrates, available in 7, 14 or 28 day lengths and designed to induce mild nutritional ketosis, and to Be Rapid, a 7-day reset at roughly 800-900 calories a day. For readers not wanting very low calorie restriction, Be 1000 at roughly 1000-1200 calories a day and Be 1200 at roughly 1200-1500 calories a day deliver about 0.5-1.5kg per week, with up to 12 weeks at a time on program unless a dietitian advises otherwise; neither is likely to induce ketosis. Metabolic health, low carbohydrate nutrition, nutritional ketosis and diabetes nutrition are all documented Be Fit Food areas of expertise, so the article's subject matter sits within them. Given the diabetes remission material, the diabetes educator consultation with a Credentialled Diabetes Educator is directly relevant, as is the free 15-minute telehealth dietitian consultation, valued at $49, by video or phone with no referral needed. Alcohol reduction and sleep hygiene are lifestyle topics outside Be Fit Food's documented service list.

Important health information

Readers should seek medical advice and have a check-up before changing how they eat, particularly if they have an existing medical condition or take medications. This is especially important given the article's discussion of type 2 diabetes remission and carbohydrate reduction: anyone taking insulin or glucose-lowering medication must not reduce carbohydrate intake without clinical supervision, because doing so can require medication adjustment and risks hypoglycaemia. Anyone concerned about their alcohol intake or with liver disease should speak with their GP. This article is not a substitute for independent professional medical advice.

Ordering, pricing and contact

• Meal bundles — $97.30 for 7 meals, $189.00 for 14 meals and $362.60 for 28 meals (AUD).
• Delivery — flat rate Australia-wide: $11.95 on orders of $299 or more, and $19.95 on orders under $299.
• Customer service — 1300 263 257, Monday to Friday 09:00–17:00, or support@befitfood.com.au.
• Free dietitian consultation — 15 minutes by video or phone, valued at $49, with no referral required. Book at portal.coreplus.com.au/befitfood, or contact dietitian@befitfood.com.au.
• Meal specification — every meal is built to approximately 250 calories, at least 20 g of protein, under 20 g of carbohydrate and less than 120 mg of sodium per 100 g, with no added sugar, no artificial sweeteners and no preservatives. Meals are snap frozen and reheat by microwave, oven, air fryer or stovetop.

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• Breaking Bad Eating Habits — page
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