Great article! I have been diagnosed with familial hypercholesterolemia, however, I am not concerned at all. I continue to follow a restricted calorie, zero carb ketogenic diet, that I have been doing strictly for the last year and a half. All of my health markers are excellent, except for LDL particle number and total, and it is the large buoyant type. I am middle-aged (46). I did get both a CT scan and tri-vascular scan, and got perfect scores for both. That alleviated any concerns that I might have previously had. Since this diet has improved my gut issues, bodyfat, blood pressure, insulin, blood glucose, mood, energy, A1C, CRP, etc., - basically every single health parameter I have tested, I am sticking with it! Thank you for clearing up the confusion surrounding LDL!
Not surprisingly, he immediately and strongly advised that I abandon the keto lifestyle in favor of the Mediterranean diet. I was incredibly disappointed, given the ease with which I had lost weight, though I understood his position and followed his counsel. In the past several weeks, I have gained some weight back, though certainly not all, and generally feel unhappy about the direction I seem to be headed. I have not had cholesterol levels checked again. I very much want to return to the keto lifestyle I was following, but I respect my provider and don’t want to make decisions that might lead me to poorer health down the road.
So why the hate for meat you might ask?? I’ll give you 2 things to ponder that are observations at best. 1) Sugar, and all the tasty frakenfoods we make with it, make up a multi billion dollar food industry. 2) there is an anti-meat morality sentiment/culture that has grown and condemning meat “saves the animals” —-If you look at who funds the studies that are quick to point a finger at meat for all the diseases in modern society (even though its been our primary source of nutrition forever and doesn’t explain the increase in disease from non existent to probable), you’ll usually find that the “research” was funded by someone tied into the food industry or the animal rights industry.
Wondering how many carb foods you can eat and still be “in ketosis”? The traditional ketogenic diet, created for those with epilepsy consisted of getting about 75 percent of calories from sources of fat (such as oils or fattier cuts of meat), 5 percent from carbohydrates and 20 percent from protein. For most people a less strict version (what I call a “modified keto diet”) can still help promote weight loss in a safe, and often very fast, way.
While I can appreciate Mr. Feldman's efforts and I am also a hyper responder, I have no doubt that cholesterol levels are merely an artifact / symptom of the real cause of CVD which is hyperinsulinemia which for type 2 diebetics or pre-diabetics (which are simply undiagnosed diabetics) is due to high carbohydrate diets causing high blood glucose levels as well as other known causes of infllammation such as trans fat and high omega 6 to omega 3 ratios. In other words, there is no need to try and cure the symptom which is controlling lipoprotein levels directly.
Notice he used the word “effective” twice. The word “effective” does not mean cure. It typically only means temporarily slowed growth or temporary tumor shrinkage. To put it in perspective, over 580,000 “effectively treated” cancer patients die in the U.S. each year. The sobering truth is the cancer industry has only improved the overall cancer death rate by 5% in the last 60+ years. “Ineffectively treated” is a more accurate and appropriate way to describe the current state of affairs, but I digress.
The premise of the ketogenic diet for weight loss is that if you deprive the body of glucose—the main source of energy for all cells in the body, which is obtained by eating carbohydrate foods—an alternative fuel called ketones is produced from stored fat (thus, the term “keto”-genic). The brain demands the most glucose in a steady supply, about 120 grams daily, because it cannot store glucose. During fasting, or when very little carbohydrate is eaten, the body first pulls stored glucose from the liver and temporarily breaks down muscle to release glucose. If this continues for 3-4 days and stored glucose is fully depleted, blood levels of a hormone called insulin decrease, and the body begins to use fat as its primary fuel. The liver produces ketone bodies from fat, which can be used in the absence of glucose. 
Purpose of review Altered glucose metabolism in cancer cells is an almost ubiquitous observation, yet hardly exploited therapeutically. However, ketogenic diets have gained growing attention in recent years as a nontoxic broad-spectrum approach to target this major metabolic difference between normal and cancer cells. Although much research still needs to be done, new knowledge has been gained about the optimal utilization of ketogenic diets for cancer treatment that this review aims to summarize.
After my original lengthy conversation with Dr. Kelley, my research mentor Dr. Good suggested that during my summer break I begin an informal review of Kelley’s patient charts located in his Dallas office. From my first day in Dallas, I found among Kelley’s records patient after patient with appropriately diagnosed poor prognosis or what would be considered terminal disease such as metastatic pancreatic and metastatic breast cancer, who had done well under his care for many years, often with documented regression of his disease.
The only issue with keto, is really that I’m afraid that it might be hard to up my calories to a maintenance weight now that I’ve gotten a taste preference for the rich assortment of foods with no carbs in them. I’m satisfied with less calories than I will need after my excess fat is burned off… but , maybe I bet my body will send more hunger signs once there isn’t anymore body fat in the cupboard to use instead of what goes down my throat.
This book is an excellent source for those who want to know much of the details about a Ketogenic diet for cancer but who need it succinctly. Miriam Kalamian's book has more detail, but I have had friends tell me it was more than they wanted to know. For those people Ellen Davis's book would be best. There were some things I learned from Davis that I did not learn from Kalamian. The only problem with Davis is that there is NO INDEX. That means if you want to go back to something you remember, you have no quick and easy way to find it. Because of that I wound up reading it 3 times, each of which had value. However, I would have appreciated an index. But the book has so much that I did not want to take away a star. When I find something of value in a book, I mark it up. My copy has marks all over.
The ketogenic diet has been shown to produce beneficial metabolic changes in the short-term. Along with weight loss, health parameters associated with carrying excess weight have improved, such as insulin resistance, high blood pressure, and elevated cholesterol and triglycerides. [2,7] There is also growing interest in the use of low-carbohydrate diets, including the ketogenic diet, for type 2 diabetes. Several theories exist as to why the ketogenic diet promotes weight loss, though they have not been consistently shown in research: [2,8,9]
I am a board-certified medical oncologist with 30 years experience in caring for cancer patients and another 20 years of research in cancer medicine dating back to 1963. Seyfried’s “Cancer as a Metabolic Disease” is the most significant book I have read in my 50 years in this field. It should be required reading of all cancer specialists, physicians in general, scientific researchers in the field of cancer and for medical students. I cannot overstate what a valuable contribution Thomas Seyfried has made in writing this masterpiece.
But no fear, there’s always a new miracle around the corner, and in 1998 the newspaper reporters and TV newscasters, having effortlessly drifted away from interferon and interleukin-2 and the bone marrow transplant craze, were all in a tizzy over the newest “final” solution to cancer, anti-angiogenesis, based on the pioneering work of the late Dr. Judah Folkman of Harvard. Dr. Folkman had spent decades studying the process of angiogenesis in cancer tissues, the formation of new blood vessels that allow tumors to grow quickly and invade through normal tissues and organs with deadly effect.
In its 2016 report “Healthy Eating Guidelines & Weight Loss Advice,” the Public Health Collaboration, a U.K. nonprofit, evaluated evidence on low-carbohydrate, high-fat diets. (The Keto diet falls under the LCHF umbrella.) Among 53 randomized clinical trials comparing LCHF diets to calorie-counting, low-fat diets, a majority of studies showed greater weight loss for the Keto-type diets, along with more beneficial health outcomes. The collaboration recommends weight-loss guidelines that include a low-carbohydrate, high-fat diet of real (rather than processed) foods as an acceptable, effective and safe approach.
If pricking your finger regularly isn't for you, you can also use ketone strips, which measure ketones in your urine. Some critics argue they aren’t as accurate as checking blood levels, but they can provide some indication of whether you’re in ketosis, they’re less expensive than glucose meters, and you don't have to prick your finger multiple times daily.
By the 1990s, just as practicing oncologist were giving up on interleukin-2, bone marrow transplant (BMT) as a solution to poor prognosis or metastatic breast cancer started grabbing the headlines, touted as a cure for this most invidious of diseases striking so many women in the prime of life. Despite the lack of any compelling evidence it worked for this indication, bone marrow transplant was being pushed as a solution to deadly forms of breast malignancy. However, initially insurance companies refused to pay for this unproven and very expensive treatment, which could cost in those days up to $500,000 or more.
25-30 grams a day is about my max with carbs, which my avocado … when I have avocado, that’s about half of that allotment. I have to be real careful with that. My protein is about 80-100 grams. Doesn’t sound like a lot, I’m 6 foot 3, I’m doing my standing work desk here … 6 foot three in a big guy, 80-100 grams doesn’t sound like a lot but if I go over that I start having that gluconeogenesis kick in, and I can see it on my blood sugar monitor and I can see it on my blood ketone monitor. They go in the wrong direction. You have to be real mindful. Then you’re like, okay you cut the carbs, you moderate the protein, well then what do you eat? Hmm.
The role of gut microbiota has recently been studied for its effect on several diseases, especially those with some inflammatory involvement. Several metabolic pathways are known to be modulated by the gut microbiota. Olson et al. (2018) demonstrated the impact of gut microbiota on the anti-seizure effect of KD. She found that KD modifies the gut microbiota, with a decrease in alpha-diversity and increases in the putatively beneficial bacteria Akkermansia muciniphila and Parabacteroides spp. This microbiota transformation leads to changes in the colonic luminal metabolome, with a decrease in gamma-glutamyl amino acids. This increases the GABA/glutamate content in the brain by decreasing gamma-glutamyl amino acids in the blood (Olson et al., 2018). In an acute electroshock model, it is reported that KD confers protection against seizures. Moreover, KD decreases the frequency of spontaneous seizures in Kcna1 knockout mice (Kim et al., 2015). In summary, changes in the gut microbiota seem to be important for the KD-mediated seizure protection.
A great deal of exciting research is emerging regarding the application of a ketogenic diet in the treatment of neurodegenerative diseases, including Alzheimer’s and Parkinson’s disease. (17) Neurodegenerative diseases are characterized by brain insulin resistance, a condition that starves neurons of the glucose they normally need to function correctly. Scientists have found that ketones are an excellent alternative fuel for the insulin-resistant brain. In addition, ketones reduce brain oxidative stress and mitochondrial dysfunction, two significant factors in the neurodegenerative disease process.
Increases in cholesterol levels need discussion too. We do see temporary increases in cholesterol levels often as individuals transition onto a ketogenic diet. However, when you examine lipid particle size (a more important way to look at the cardiovascular risks), the risk pattern doesn’t seem to increase with a ketogenic diet. Harvard Health has written about lipid particle size here before: http://www.health.harvard.edu/womens-health/should-you-seek-advanced-cholesterol-testing-
Any recommendations on cookbooks? I just purchased Simply Keto and the author uses what seems an abundance of processed meats which have highly toxic cancer causing sodium. Also, the sweeteners suggested rather then sugar are also highly toxic cancer causing…and so on. I am trying to cancel my order so I can research more on recipes, using foods that truly are healthy and not causing cancer in itself, losing weight is not my priority and seems these cookbooks are more focused on losing weight not fighting cancer. The list of foods provided could not be complete, so if you are going to guide people to Keto lifestyle (I hate using the word “diet”) please provide more information such as those in the know and can trust recipes and guidance with complete list of foods and so on. Thank you in advance.
When our blood ketone levels reach a certain point, our body is said to enter a state of ketosis, typically three to four days after eliminating carbs or minimizing their consumption. Ketosis has been shown to help people lose weight and excess body fat rapidly – along with making many significant health gains – even while consuming lots of healthy fats and sufficient calories for their needs.
Instead of thinking about the total carbs you’re eating, assess what those carbs provide to you. Do the majority of your carbs come from fruit and vegetables, with a payload of fiber and disease-fighting antioxidants? Fantastic. Or are you consuming them in the form of added sugars (cookies, candy, soda) or refined flour? If you are, you know what to do.
Gluconeogenesis is the endogenous production of glucose in the body, especially in the liver primarily from lactic acid, glycerol, and the amino acids alanine and glutamine. When glucose availability drops further, the endogenous production of glucose is not able to keep up with the needs of the body and ketogenesis begins in order to provide an alternate source of energy in the form of ketone bodies. Ketone bodies replace glucose as a primary source of energy. During ketogenesis due to low blood glucose feedback, stimulus for insulin secretion is also low, which sharply reduces the stimulus for fat and glucose storage. Other hormonal changes may contribute to the increased breakdown of fats that result in fatty acids. Fatty acids are metabolized to acetoacetate which is later converted to beta-hydroxybutyrate and acetone. These are the basic ketone bodies that accumulate in the body as a ketogenic diet is sustained. This metabolic state is referred to as "nutritional ketosis." As long as the body is deprived of carbohydrates, metabolism remains in the ketotic state. The nutritional ketosis state is considered quite safe, as ketone bodies are produced in small concentrations without any alterations in blood pH. It greatly differs from ketoacidosis, a life-threatening condition where ketone bodies are produced in extremely larger concentrations, altering blood ph to acidotic a state.
H. Guldbrand, B. Dizdar, B. Bunjaku, T. Lindström, M. Bachrach-Lindström, M. Fredrikson, C. J. Östgren, F. H. Nystrom, “In Type 2 Diabetes, Randomisation to Advice to Follow a Low-carbohydrate Diet Transiently Improves Glycaemic Control Compared with Advice to Follow a Low-fat Diet Producing a Similar Weight Loss,” Diabetologia (2012) 55: 2118. http://link.springer.com/article/10.1007/s00125-012-2567-4.
The medical community has known about cancer cell’s preference for glucose for quite some time. In fact, one of the ways they get an image of a tumor is essentially by injecting a glucose-based “dye” into the body and using some sort of machine to see that “dye.” The area that lights up the most when taking the image is where the cancer tumor is – that’s because of the cancer cell’s overwhelming desire for glucose.
Copyright © 2019 D’Andrea Meira, Romão, Pires do Prado, Krüger, Pires and da Conceição. This is an open-access article distributed under the terms of the Creative Commons Attribution License (CC BY). The use, distribution or reproduction in other forums is permitted, provided the original author(s) and the copyright owner(s) are credited and that the original publication in this journal is cited, in accordance with accepted academic practice. No use, distribution or reproduction is permitted which does not comply with these terms.
One notes that the patient who didn’t survive 12 months wasn’t much mentioned; so I assume she didn’t demonstrate any clinical improvement. In any case, this study doesn’t really show anything, other than that a ketogenic diet might decrease glucose uptake in some brain tumors. It’s like a Burzynski case report, in which we have no idea whether the patient did better than expected because of the intervention or because she had less aggressive disease.
In fact, ketogenic diets have been used for nearly a century to treat seizures, says Gary Yellen, a professor or neurobiology at Harvard Medical School. “It dates back to studies from the 1920s that found this kind of diet was like a sustainable form of fasting, which we’ve known, supposedly since antiquity, to be beneficial for epilepsy,” he says.
The original therapeutic diet for paediatric epilepsy provides just enough protein for body growth and repair, and sufficient calories[Note 1] to maintain the correct weight for age and height. The classic therapeutic ketogenic diet was developed for treatment of paediatric epilepsy in the 1920s and was widely used into the next decade, but its popularity waned with the introduction of effective anticonvulsant medications. This classic ketogenic diet contains a 4:1 ratio by weight of fat to combined protein and carbohydrate. This is achieved by excluding high-carbohydrate foods such as starchy fruits and vegetables, bread, pasta, grains, and sugar, while increasing the consumption of foods high in fat such as nuts, cream, and butter. Most dietary fat is made of molecules called long-chain triglycerides (LCTs). However, medium-chain triglycerides (MCTs)—made from fatty acids with shorter carbon chains than LCTs—are more ketogenic. A variant of the classic diet known as the MCT ketogenic diet uses a form of coconut oil, which is rich in MCTs, to provide around half the calories. As less overall fat is needed in this variant of the diet, a greater proportion of carbohydrate and protein can be consumed, allowing a greater variety of food choices.
Practitioners from hospitals both in the U.S. and abroad who wish to start a ketogenic diet center at their institutions can participate in one of our 1- or 2-week training sessions for a fee. The training covers both the ketogenic and modified Atkins diets. Professionals affiliated with centers already using ketogenic diet programs are welcome to attend our monthly ketogenic diet follow-up clinics.
In addition to neuroblastoma, various researchers have investigated the efficacy of KDs as an adjuvant therapy for other types of cancer. The strongest evidence (> 3 studies) for a tumor-suppressing effect has been reported for glioblastoma, whereas little or no benefit was found for two other brain tumors (astrocytoma and medulloblastoma). Good evidence (2 - 3 studies) is available for prostate, colon, pancreatic and lung cancer ; neuroblastoma also falls into this category (Figure 1). Some of those studies report a tumor-suppressing effect of KD alone and/or in combination with classic therapy and/or caloric restriction. One study on prostate cancer applied the KD in a preventive, instead of a therapeutic, study setting. Only limited evidence (1 study) supports the anti-tumor effect of an unrestricted KD on breast, stomach, and liver cancer.
Of course, we know that genes alone are not responsible for cancer because we share many of the same genes as our hunter–gatherer ancestors and even just the same genes as our ancestors several generations ago, and yet the rate of cancer keeps going up. It’s expected to overtake cardiovascular disease as the number one cause of death in the U.S. fairly soon, and so that can’t be explained by genes alone.
They need to make a lot of ATP, and quickly, to support their high requirements for energy. Adenosine triphosphate, also known as ATP, is a compound that provides energy to drive hundreds of thousands of biochemical processes in living cells. Found in all forms of life, ATP is often referred to as the chemical energy “currency” that powers metabolic activity.
To the surprise of these investigators – at the time no Western scientist believed any human could survive on nothing but meat – this Eskimo diet consisted of virtually 100% animal products, 80% in the form of fat, with much of it saturated, 20% protein, but essentially no carbohydrates. From cradle to grave these traditional Eskimos lived in a state of ketosis.
For many years the diet was not seen as helpful (or safe) in infants. That has changed in recent years and now infants are the fastest-growing population put on the diet. One of the reasons for this rise in popularity has been the widespread use of many ketogenic diet formulas that are easy to use and assure compliance. Also, we know infants can make ketones.
The ketogenic diet has many potential effects and is likely to have different mechanisms in different diseases . In metabolic conditions, cancer, trauma, and ischemia, the ketogenic diet may confer a protective effect by providing an additional energy substrate to tissue at risk of cell death. However, ketosis may have more complicated effects. In one model, rats fed the ketogenic diet show marked upregulation of both the ketone transporter and the glucose transporter type 1 (GLUT-1), promoting the influx of nutrients into the brain . These authors provided evidence that the ketogenic diet increases capillary density without increasing overall blood flow, providing a way that the diet may help nourish tissue at risk. This finding is particularly interesting in light of findings in animals with tumors, in which the diet is associated with an anti-angiogenic effect [10,11]. These discordant results eventually will need to be reconciled; they may be due to differences in angiogenic stimuli in normal cells versus malignant cells.
Stock up: Jet.com's new City Grocery service (available in select markets) makes it easy to ensure you always have keto-friendly veggies in the fridge. We love their delivery scheduling tool; simply fill your cart, then decide which day and timeframe you'd like your groceries delivered. One of our faves: Urban Roots Green Squash Veggie Noodles are great for whipping up low-carb "pasta" dishes.
Cancer cells are unlike normal cells in many ways, but one of their traits that is most unique regards insulin receptors. They have ten times more insulin receptors on their cellular surface. This enables cancer cells to gorge themselves in glucose and nutrients coming from the bloodstream at a very high rate. As you continue to consume glucose as your primary diet source, cancer cells will continue to thrive and spread. It is no surprise that the lowest survival rate in cancer patients is among those with the highest blood sugar levels.
This essential, fully referenced book is a practical guide for physicians, patients and caregivers, and provides step-by-step instructions for customizing the diet and clear explanations of the cutting-edge research on ketogenic therapies being done by Dr. Dominic D’Agostino’s team at the University of South Florida and Dr. Thomas Seyfried’s team at Boston College. The ketogenic diet for cancer is based on the consumption of whole, fresh foods and it can be used in addition to standard care or as a stand-alone treatment in wait-and-see situations.
There are several medical studies — such as two conducted by the Department of Radiation Oncology at the Holden Comprehensive Cancer Center for the University of Iowa, and the National Institutes of Health’s National Institute of Neurological Disorders and Stroke, for example — that show the ketogenic diet is an effective treatment for cancer and other serious health problems. (12)
firstly, the LMHR profile also applies to long-term fasting studies - this is perhaps where it can be observed in its natural, unconfounded state - LDL rises in lean healthy individuals during a fast, but drops or stays stable in those with obesity or atherosclerosis (period varies from 3-21 days). This is consistent with the keto pattern; this evidence clearly shows that LDL divergence is related to burning a high % of fat, and not to eating it, which is to some extent a confounder with keto (as shown by the cholesterol drop protocol and the possible different effects of different fat types and amounts).
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There’s less research, as I mentioned before, in humans, but the little that does exist, I think, is promising and should lead us to doing more. One study monitored tumor growth in response to a high-carb versus a ketogenic diet in 27 patients with cancer of the digestive tract. Tumor growth increased by 32.2 percent in patients who received the high-carb diet, but actually decreased by 24.3 in the patients on ketogenic diet. However, in this study, the difference was not statistically significant. That’s a whole other discussion about statistical significance that I won’t go into here, but that’s one potential reason to take that study with a grain of salt.