This way of eating has made me feel better in so many ways. I just had such a craving For the texture of cake or bread last night that I had a piece of cake and a sandwich wrap! I knew I had to find a way to satisfy that craving and considered eating a sandwich once a week. Now I can do it without too many carbs. Thanks for taking the time to make it come out right. No more carb BINGES for me.

Ketone esters (BHB-BD) increases activation of protein synthesis 31. Following exercise, complex signalling pathways within the muscle are activated to trigger the synthesis of muscle protein. A key regulator of muscle protein synthesis is a ‘kinase’ enzyme called mTOR. When athletes mixed ketone ester with a protein and carbohydrate recovery drink , muscle samples revealed that mTOR was much more strongly activated with ketone drinks compared with carbohydrate control drinks. This could help to promote gain of muscle mass occurring as a result of exercise.   
An increase in fat burning ability could decrease the efficiency of exercise: one adaptation to a high fat diet is an increase in a process called mitochondrial uncoupling. This means that some of the stored energy from metabolic substrates is not used to generate ATP but is ‘dissipated’ leading to a decrease in efficiency of energy production 26 ,19.  
Metabolic syndrome is the commonly observed clustering of obesity, high blood pressure, abnormal blood lipids, and insulin resistance. Some healthy debate exists regarding its definition and existence, but it is clinically apparent that the components of metabolic syndrome occur together more often than expected by chance. Investigations into monogenic diseases that model features of the common metabolic syndrome have uncovered responsible genes. Genome-wide association studies of the components of the metabolic syndrome have been enormously successful. Research will continue to uncover how metabolic pathways interact to form the metabolic syndrome and its subsequent risk for atherosclerosis and diabetes.
Another lipid marker of interest is blood triglyceride levels. Blood triglycerides are frequently elevated in the metabolic syndrome, and are a risk factor for cardiovascular disease111. A common misconception is that consuming high levels of fat leads to persistently high levels of blood triglycerides. However, there is data that suggests that a high fat diet does not affect blood triglyceride levels, and may even lower them21 ,112, especially following a period of adaptation113. 
More definitive evidence that metabolic syndrome per se predisposes to coronary heart disease and cerebrovascular disease has been reported. Thus a twofold to fourfold increase in subsequent cardiovascular events has been described in men and women with metabolic syndrome (modified WHO criteria) even in the absence of type 2 diabetes or impaired glucose tolerance.234-236 Qualitatively, similar results have been obtained when metabolic syndrome was defined by ATP III criteria237,238 (Fig. 43-9). In a compilation of multiple studies, the presence of metabolic syndrome had a greater impact on the risk for developing diabetes (fivefold) than ASCVD (twofold).22,182,199 In addition, where studied, the rate of cardiovascular events was higher in patients who had diabetes and metabolic syndrome than in individuals with only metabolic syndrome.22,239
I want to say thank you. I don’t always have time to bake, and this is a life saver, of sorts. My brother is diabetic, and his doctor recommended a low-carb diet; I’m diabetic also, and gluten intolerant. This bread has the most wonderful taste and texture, and is so quick and easy, I’ve already committed the recipe to memory. Even my SO, who is neither gluten free nor diabetic, likes the taste and texture. I did cut down the salt, because like some others, I found the 1/4 teaspoon to be too salty. Other than that, raves and kudos!! We are thrilled, and planning all the different ways we’re going to use this bread. Many thanks!!
Well, everyone, I am sensitive to psyllium so I experimented and it kind of worked! I made a half recipe using chia seed I ground in my Vitamix into 5 buns. They didn’t really rise but the flavor was quite good. Might add garlic and onion powder next time. I was able to slice the skinny bun and have a burger on it. Yum! Hadn’t had a burger on a bun for ages! Worth a try! I did weigh everything and was very precise so inaccurate quantities would not be an issue. Maria, any ideas on how to make this mixture rise some? I’m sure I’m not the only one with psyllium issues. Can’t have flax much either and I think if I have the chia too often that will give me tummy trouble also. One more question Maria. Is there a reason for no salt in the egg white protein bread? I don’t really like the flavor or texture but thought salt and seasonings would help. Thank you, Maria! You have made my meals so much more enjoyable! So grateful!
^ Lawrie 2014, pp. 92-. "A much delayed onset of rigor mortis has been observed in the muscle of the whale (Marsh, 1952b). The ATP level and the pH may remain at their high in vivo values for as much as 24h at 37ºC. No adequate explanation of this phenomenon has yet been given; but the low basal metabolic rate of whale muscle (Benedict, 1958), in combination with the high content of oxymyoglobin in vivo (cf 4.3.1), may permit aerobic metabolism to continue slowly for some time after the death of the animal, whereby ATP levels can be maintained sufficiently to delay the union of actin and myosin in rigor mortis."

Hi Tammy, I still have to try the muffin tin method to ive you a better response. Why don’t you make the recipe using exact ingredients for one bread multiplied x 9-10 and divide between 12 muffin tin slots? I think this will work better. This way we are not changing the amount of eggs. If you use less eggs, the bread will be more dry, since it is gluten-free.


I was recently diagnosed with diabetes which I had had uncontrolled for an estimated seven years. I have done a lot of research and while there is a lot of diabetes information available, little was helpful for whatever reasons – too simplistic in nature, didn’t answer hard hitting questions, or didn’t apply forward thinking scenarios. This article is one of the best I have read because it is both clear and concise and givens you all of your essential important information in a single place – something everyone needs. Even after all of my research, I still learned a couple new things reading this article. Excellent reference.


But comprehensive transcriptional profiling of glucose-sensing neurons is challenging, as glucokinase (Gck) and other key proteins that transduce glucose signals are expressed at low levels. Glucose also exerts a hormonal-like action on neurons; electrophysiological recordings demonstrated, for example, that hypoglycemia activates growth hormone-releasing hormone (GHRH) neurons, suggesting a mechanistic link between low blood glucose levels and growth hormone release (Stanley et al., 2013).
Development of metabolic syndrome depends on distribution as well as amount of fat. Excess fat in the abdomen (called apple shape), particularly when it results in a high waist-to-hip ratio (reflecting a relatively low muscle-to-fat mass ratio), increases risk. The syndrome is less common among people who have excess subcutaneous fat around the hips (called pear shape) and a low waist-to-hip ratio (reflecting a higher muscle-to-fat mass ratio).
While it is believed that carbohydrate intake after exercise is the most effective way of replacing depleted glycogen stores,[72][73] studies have shown that, after a period of 2–4 weeks of adaptation, physical endurance (as opposed to physical intensity) is unaffected by ketosis, as long as the diet contains high amounts of fat, relative to carbohydrates.[74] Some clinicians refer to this period of keto-adaptation as the "Schwatka imperative" after Frederick Schwatka, the explorer who first identified the transition period from glucose-adaptation to keto-adaptation.[75]
Now, back to the real question at hand.  Why would our body make these substances? To understand why or when the body would do this requires some understanding of how the body converts stored energy (the food we eat or the energy we store in our body, i.e., fat or glycogen) into phosphate donors.  For a refresher on this process, please refer to the video in this post, specifically the section from 2:15 to 13:30.

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Ketone bodies synthesized in the body can be easily utilized for energy production by heart, muscle tissue, and the kidneys. Ketone bodies also can cross the blood-brain barrier to provide an alternative source of energy to the brain. RBCs and the liver do not utilize ketones due to lack of mitochondria and enzyme diaphorase respectively. Ketone body production depends on several factors such as resting basal metabolic rate (BMR), body mass index (BMI), and body fat percentage. Ketone bodies produce more adenosine triphosphate in comparison to glucose, sometimes aptly called a "super fuel." One hundred grams of acetoacetate generates 9400 grams of ATP, and 100 g of beta-hydroxybutyrate yields 10,500 grams of ATP; whereas, 100 grams of glucose produces only 8,700 grams of ATP. This allows the body to maintain efficient fuel production even during a caloric deficit. Ketone bodies also decrease free radical damage and enhance antioxidant capacity.
Moving more . Even if you’ve never exercised before, you can start now and markedly reduce your risks. Even moderate amounts of activity will make a difference with heart markers. Walking is a good starter plan for many people. “I tell my patients to get an activity tracker,” Ndumele says. “Aim for 5,000 steps a day and work up to at least 10,000 steps a day.” Talk to your doctor to get the go-ahead on the types of workouts you want to try.
In relation to overall caloric intake, carbohydrates comprise around 55% of the typical American diet, ranging from 200 to 350 g/day. The vast potential of refined carbohydrates to cause harmful effects were relatively neglected until recently. A greater intake of sugar-laden food is associated with a 44% increased prevalence of metabolic syndrome and obesity and a 26% increase in the risk of developing diabetes mellitus. In a 2012 study of all cardiometabolic deaths (heart disease, stroke, and type 2 diabetes) in the United States, an estimated 45.4% were associated with suboptimal intakes of 10 dietary factors. The largest estimated mortality was associated with high sodium intake (9.5%), followed by low intake of nuts and seeds (8.5%), high intake of processed meats (8.2%), low intake of omega-3 fats (7.8%), low intake of vegetables 7.6%), low intake of fruits (7.5%), and high intake of artificially sweetened beverages (7.4%). The lowest estimated mortality was associated with low polyunsaturated fats (2.3%) and unprocessed red meats (0.4%). In addition to this direct harm, excess consumption of low-quality carbohydrates may displace and leave no room in the diet for healthier foods like nuts, unprocessed grains,  fruits, and vegetables.
In 2005, the American Heart Association (AHA) in conjunction with the NHLBI also released a scientific statement regarding metabolic syndrome that includes a set of criteria that defines the condition. In order to provide more consistency in both patient care and research, the International Diabetes Federation, NHLBI, AHA, World Heart Federation, and the International Association for the Study of Obesity published a joint statement in 2009 that describes a "harmonized" definition of metabolic syndrome. Waist circumference, with population and country-specific criteria, replaced obesity as a measure of body status.
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Though the hunger-reduction phenomenon reported during ketogenic diets is well-known, the underlying molecular and cellular mechanisms remain uncertain. Ketosis has been demonstrated to exert an anorexigenic effect via cholecystokinin (CCK) release while reducing orexigenic signals e.g., via ghrelin. However, ketone bodies (KB) seem to be able to increase food intake through AMP-activated protein kinase (AMPK) phosphorylation, gamma-aminobutyric acid (GABA) and the release and production of adiponectin. The aim of this review is to provide a summary of our current knowledge of the effects of ketogenic diet (KD) on food control in an effort to unify the apparently contradictory data into a coherent picture.

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The low carbohydrate content of the ketogenic diet prevents blood sugar spikes and stabilizes insulin levels. Chronically high insulin levels and the disrupted incretin signaling (gut derived molecules) lead to insulin resistance over time (pre-diabetes). This means that our cells are not willing to take up vast amounts of glucose anymore and more and more insulin is needed for glucose uptake – a vicious cycle.
Hi Christy, It might be a little more difficult, but in theory possible. You’d need to stir the dry ingredients, then use a hand mixer instead of food processor to mix them with the butter. Then, after beating the egg whites separately, you’d need to mix in part of them, trying not to break them down, then fold in the rest once it’s easier to fold.
I just made it using all the the optional ingredients but I didn’t have a food processor so I whipped/mixed everything by hand. One thing I noticed is that the top of the bread cracked unevenly. Could I have over fluffed the egg whites? Maybe creating an artificial cut in the middle could solve that next time? It rose very well and nearly doubled in size, though the size is still a bit small for my liking. I will most likely use 1.5x the amount next time. It smells great and I’m about to chow down on this!

Unlike other low-carb bagels that require conventional cheese to bind them together, this keto bread recipe uses psyllium husk to create the same dense texture. You may want to enjoy these bagels split in half, since each one contains 7 net carbs. Keep every bite more Bulletproof and use grass-fed ghee, swap white vinegar for apple cider vinegar, trade olive oil for avocado oil, and avoid eating psyllium, garlic, or sesame seeds too often.
Insulin resistance also may increase your risk for metabolic syndrome. Insulin resistance is a condition in which the body can’t use its insulin properly. Insulin is a hormone that helps move blood sugar into cells where it’s used for energy. Insulin resistance can lead to high blood sugar levels, and it’s closely linked to overweight and obesity. Genetics (ethnicity and family history) and older age are other factors that may play a role in causing metabolic syndrome.

This poses a real evolutionary dilemma.  We need an enormous amount of energy just to not die, but the single most important organ in our body (also quite energy hungry in its own right) can’t access the most abundant source of energy in our body (i.e., fat) and is, instead, almost solely dependent on the one macronutrient we can’t store beyond a trivial amount (i.e., glucose). Obviously our species wouldn’t be here today if this were the end of the story. But, to understand how we survived requires one more trip down biochemistry memory lane.  In the figure below (also included and described in the video) I gloss over a pretty important detail.
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So happy I tried this recipe there are so many out there and you pick one to make and it has always been disappointing until now. I pinned both bread recipes the yeast one and the 90 second one and went for the 90 second since because not enough almond flour on hand. Wow so good!! No weird taste it really does toast up great like regular toast finally get that crunch. Thank you for all the work you put in to perfecting recipes. Finally found a bread recipe I will make again and again. Will try the yeast one soon. 🙂
A study on hippocampal mitochondrial function in rats more directly supports the induction of mitohormesis by a ketogenic diet. After the first day of the diet (Bio-Serv F3666), H2O2 production by isolated mitochondria was increased [96]. After the third day, mitochondrial levels of oxidized glutathione (GSSG) and hippocampal levels of 4-hydroxy-2-nonenal (4-HNE) were also increased, further indicating an increase in oxidative stress. However, at completion of the first week, upregulation of antioxidant signaling occurred, indicated by increased nuclear content and transcriptional activity of nuclear factor erythroid-derived 2-like 2 (NFE2L2), which persisted through the remainder of the study. By the third week, mitochondrial H2O2 production decreased to below baseline [96]. In the liver, content of reduced acetyl CoA, which is indicative of mitochondrial redox status, decreased after three days of the ketogenic diet, but increased relative to the control diet after three weeks, indicating an initial increase in oxidative stress followed by a decrease [96]. This was in conjunction with changes in NFE2L2 nuclear content and transcriptional activity similar to those observed in the hippocampus. As with the previously described C. elegans experiments, the time course of these observations is a strong indication of mitohormesis, and the similarity in results between the liver and hippocampus suggests that a ketogenic diet can induce mitohormesis in a variety of tissues.
In the previously described C. elegans experiments demonstrating mitohormesis, knockout of the NFE2L2 homologue SKN-1 attenuated the increases in antioxidant enzyme activity and lifespan [73], indicating that mitohormesis may, at least in part, be dependent on NFE2L2 signaling. Similarly, a ketogenic diet (Bio-Serv F3666) increased nuclear content of NFE2L2 and expression of its target NQO1 in the hippocampi of rats, all of which occurred after an initial increase in mtROS [96]. This increase in NFE2L2 content appears to have mediated the subsequent decrease in mtROS to a level below baseline [96], thereby further indicating a likely role of NFE2L2 in the induction of mitohormesis during a ketogenic diet.
Central obesity is a key feature of the syndrome, being both a sign and a cause, in that the increasing adiposity often reflected in high waist circumference may both result from and contribute to insulin resistance. However, despite the importance of obesity, patients who are of normal weight may also be insulin-resistant and have the syndrome.[27]

Another process also happens during ketosis that helps keep your body energized, and it’s called gluconeogenesis. This occurs when glycerol (created during beta-oxidation) get’s converted into glucose that your body can use for energy. Protein in your diet can also be converted to glucose in small amounts. So as you can see, essentially your body is able to create its own source of necessary glucose without getting it from carbohydrate foods. The human body is very efficient, and it knows just how to convert other macronutrients (protein and fat) into useable molecules that can be dispersed throughout the body as needed.
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Having adequate blood levels of vitamin D may reduce the risk of insulin resistance in people who are obese. There is some evidence that a certain blood level of vitamin D is needed for normal glucose metabolism in women who are overweight and obese (but not diabetic), but it is not clear whether any further benefit is gained with higher blood levels.

Consistent with the mechanisms described above, changes in AMPK in response to a ketogenic or low-carbohydrate diet have been reported in several studies. In rodents, a ketogenic diet (Bio-Serv F3666) has increased AMPK activity in skeletal muscle [150] and AMPK phosphorylation in the liver [230], and a low-carbohydrate diet (18.5% of energy) supplemented with ketone esters (6% w/v) increased AMPK content in brown adipose [149]. In humans, a nonketogenic low-carbohydrate diet (% energy: 50 fat, 30 carbohydrate, and 20 protein) has increased AMPK phosphorylation in skeletal muscle [231].
So I made my own coconut-flour from flaked coconut(according to a recipe I found on line). Psyllium Husk i managed to find only in whole husks form so I grind it up to a powder in a blender. I understand now it sounds like a recipe for disaster but I don’t have another choice (getting the ingredients from the internet will take about 2 weeks and until then it is all I have).
Unlike other low-carb bagels that require conventional cheese to bind them together, this keto bread recipe uses psyllium husk to create the same dense texture. You may want to enjoy these bagels split in half, since each one contains 7 net carbs. Keep every bite more Bulletproof and use grass-fed ghee, swap white vinegar for apple cider vinegar, trade olive oil for avocado oil, and avoid eating psyllium, garlic, or sesame seeds too often.
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