Here are my fasting blood glucose levels for the past several days. That is a 45% increase in fasting glucose in less than 2 weeks. What the heck is going on here? 1. DIET: My meals have been absolutely identical every day during these two weeks. For breakfast I have a "health shake" made with 1 banana, kale juice, 1 tbsp unsalted peanut butter, 1/2 tsp spirulina, 1/2 tsp goji powder, GlycoMode 1/2 tsp maca powder, 1/2 tsp acai powder, and 1/2 tsp cherry powder. For lunch I always eat 2 cups of a blended soup containing kale, peas, broccoli, potato, onion, garlic, nutritional yeast, ground flax, dried dill weed, pepper, and salt (ordered by weight). I eat the soup with a 1/2 cup of raw shredded kale and 1/2 cup of alfalfa sprouts, with some ground flax and nutritional yeast sprinkled on top. During the day I usually eat two pieces of fruit (usually an apple, orange, or watermelon) and a handful of homemade trail mix (raw cashews, pumpkin seeds, almonds, filberts, goji berries, dates, etc.).

For dinner I usually simply repeat the lunch. And that's it. No sodas. No alcohol. No fruit juices or candy. The total caloric intake always hovers around 1,500 and contains a fairly even percent distribution between fat, starch, sugar, fiber, and protein. 2. DRUGS: Three days ago I started taking Seroquel and Xanax at bedtime, .25 mg and .5 mg, respectively, to treat bipolar type II and anxiety. 4. EXERCISE: I do not exercise at all and haven't for several months. 5. I do not and have never smoked. Here's my basic question: Since diet and exercise are serving as natural controls here (I eat the same thing and don't exercise), what the heck is causing my GlycoMode blood sugar supplement glucose levels to RISE! I thought that my diet and the associated weight loss would LOWER my fasting blood glucose levels. What is going on? Thank you for your advice. I am a 26-year old male. My father has type II diabetes, but only developed it in his 70's after becoming morbidly obese. I haven't checked my blood pressure in a while, but for most of my life it has tested in the pre-hypertensive range. My brother (24 year old smoker and drinker) has hypertension but he's rail thin.

Starch is a carbohydrate found in foods like bread, pasta, rice, and potatoes, and it quickly raises blood sugar and insulin on Keto. Resistant starch acts more like fiber, GlycoMode blood sugar supplement but foods containing it still come packaged with regular starch. This guide explains how starch works and the best low-carb alternatives. Going Keto means cutting carbs from your diet. The forbidden carbs fall into two main categories: sugar and starch. This article is about starch. Starch, which is just a cluster of sugar molecules, is found in foods like rice, bread, pasta, potatoes, yams, and carrots. Since the Agricultural Revolution about 12,000 years ago, starch has dominated the human diet. Once we started growing crops, we hung up the hunting spears. But 12,000 years is nothing in evolutionary terms. In the millions of years before agriculture, hominids evolved to flourish without a steady supply of carbs. We evolved, in other words, to cycle in and out of ketosis.

That’s how our ancestors stayed lean and metabolically flexible. Taking a break from starch can help you activate your fat-burning machinery too. Today you’ll learn what starch is, why it’s prohibited on the Keto diet, and how to replace starch with low-carb alternatives. Starch is a type of carbohydrate, the primary way in which plants store energy. Plants form carbs via photosynthesis and store them as starch and sugar. Animals eat plants and store the digested sugar (glucose) as glycogen. Starch is made up of molecules called polysaccharides. In layman's terms, this means that starches are made of chains of sugar molecules. That sugar molecule is called glucose. It’s the same molecule that arrives in your blood as blood sugar (blood glucose) when you digest starch. The two main starch molecules are called amylose and amylopectin. When you eat amylose or amylopectin, an enzyme called amylase breaks them into glucose for easy absorption through the small intestine.