As you might suspect, this metabolic theory of cancers is controversial in the mainstream cancer paradigm, but there’s already promising initial evidence to support it, and most traditional cancer specialists concede that this metabolic theory has merit, and it may be a piece of the puzzle. I would say that the dominant paradigm idea right now is that metabolic dysfunction is likely one of the pieces of the puzzle, but that cancer is multifactorial and probably does involve genetic mutations that may be independent of metabolic dysfunction and that there are other causes that may not be directly related to metabolic dysfunction.
In my previous articles, I discussed my friend, the late Dr. Robert Atkins, the famed diet doctor, who long before Dr. Seyfried appeared on the scene hoped his “ketogenic” diet might be an answer to cancer. During the late 1980s and right through most of the 1990s, Dr. Atkins treated hundreds of cancer patients, many, though not all, with a ketogenic diet, along with a variety of supplements and intravenous vitamin C.
After the 12 weeks intervention, researchers noted that the concentration of LDL particles decreased by 9.6% from 1180 nmol/L 1180 to 1066 nmol/L.  As previously mentioned, lower levels of LDL particles are beneficial to cardiovascular fitness. Additionally, the particle size of LDL increased by an average of 5.2% from 20.75 mm to 21.27 mm. 
Jimmy Moore: Quite frankly. They’ve not been trained to teach you how to do nutrition, and then if they turn to nutrition they either leave it to the dietitian who has been trained in low fat, high carb diets or they’ll just “Well, the USDA my plate says blah blah blah.” They’re just parading what someone else has said. They’ve not done their own research. Just assuming that your doctor knows everything about what it takes nutritionally to make you healthy is a bad mistake.
To obtain the optimum engagement of the family and the patients, providing information and training is essential because the diet is difficult to maintain. Counselors should talk with the family about their expectations and make clear the efficacy rate and adverse events (AE), to reduce the abandonment of the diet. Websites, videos and publications, especially from support groups, can be very helpful and should be encouraged. It is also important to review the medications and change from oral solutions (carbohydrate content) to tablets (Armeno et al., 2014). The KD counseling, evaluation and follow-up should be done by a multidisciplinary team. A pediatric neurologist or neurologist and a nutritionist are the minimum team requirements.
Jimmy Moore: Or B-B sized, exactly. You can have that particular test run to see all the sub-fractions of your LDL. It’s called NMR lipo profile, it’s only 1 lab in the entire world that does it, they’re in Raleigh, North Carolina called Lipo Science. Your doctor again, any doctor can run the NMR lipid profile test, and it shows you all the typical things that you see … HDL, triglycerides, all that is on this test as well but you get that LDL particle size breakdown. You get the total particle number, which is called LDLP, and then you get small LDLP and that’s the one you want as low as possible.
To identify which genes might be involved, the researchers used microarray "gene chips" to examine changes in gene expression for more than 7,000 rat genes simultaneously. They focused on the hippocampus, a region of the brain known to play an important role in many kinds of epilepsies. More than 500 of the genes they examined were correlated with treatment with the KD. The most striking finding was the coordinated up-regulation of genes involved in energy metabolism.
Your child may start the diet in the hospital, so nurses and doctors can observe the first few days. Your child will probably need to go without any food for 36 to 48 hours before beginning the diet. After that, food is gradually increased over a few days. This diet does not provide all the vitamins a body needs, so your child will probably have to take sugar-free vitamin supplements.
If you participate in exercise that involves explosive movements such as jiujitsu, mixed martial arts, CrossFit, or even some rigorous forms of dance, you may benefit from a moderate carbohydrate intake rather than a ketogenic diet. Explosive movements draw on your muscles’ glycolytic capacity, which is powered by glucose from dietary carbohydrates. Endurance athletes, on the other hand, may thrive on a ketogenic diet because their respective activities can be adequately fueled by fatty acid oxidation and ketones.
Cancer cells have damaged mitochondria and lack the ability to create energy from aerobic respiration. They cannot metabolize fatty acids for energy. For this reason, cancer cells thrive in oxygen-depleted environments. Instead, cancer cells metabolize glucose and amino acids. Restricting glucose or the amino acid glutamine is essential to starve off cancer.
If your child is helped by the diet and seizures are better controlled, your child may remain on the ketogenic diet for 2 to 3 years, or longer. The length of time on the diet will be determined by several factors, including how well the diet helps your child, whether your child can be weaned off seizure medications, and your willingness to continue the diet.
First of all, the “lipoprotein” in this scenario is a special molecule that has one job, transport cholesterol. So when you hear someone talking about HDL or LDL cholesterol, they aren’t really talking about cholesterol, they’re talking about the protein that is wrapped around the cholesterol. These lipoproteins come in different sizes. HDL is a larger protein particle and LDL is a smaller protein particle.
Jimmy Moore: Let’s look at all of those things. Let’s look at the triglycerides, let’s look at the HDL, let’s look at the HSCRP, let’s see how your blood sugar is doing, your fasting insulin levels are doing. All of it matters and I think anybody that tries to do treatment of their high cholesterol, which is not a disease by the way, they might even call it hypercholesterolemia, to make it sound like it’s just this dastardly thing. It’s just a medical term that says you have high cholesterol.
Dieter beware: U.S. News & World Report, in its high-profile January cover story on "best diets," calls the DASH and Mediterranean diets tops for health, though these regimens represent the failed nutritional status quo of the last 50 years. It's clear that U.S. News — which employed an expert panel to rate 40 diets on various criteria — merely recapitulated questionable dietary advice that has gone by a succession of names since the 1970s — "low-fat," "DASH," "USDA-style," "plant-based." The basic set of recommendations have remained the same, emphasizing plant foods (grains, cereals, fruits and vegetables) over animal products (eggs, regular dairy, meat), and vegetable oils over natural animal fats such as butter. According to government data, Americans have largely followed these recommendations over the last 50 years, notably increasing their consumption of grains, vegetables and fruits and eating less whole milk, butter, meat and eggs. The outcome? In that time, rates of obesity and Type 2 diabetes have skyrocketed. Something has gone terribly wrong. Why would 25 doctors, dietitians and nutritionists on the U.S. News panel choose a dietary philosophy that has — so far, at least — failed us?
Typically known as the “bad cholesterol” to its healthy counterpart HDL cholesterol, increased levels of LDL cholesterol are associated with an increased risk of cardiovascular diseases (CVD).  Some studies show a strong correlation between LDL cholesterol and the risk of cardiovascular diseases in both men and women.  Evidence also suggests that decreasing blood levels of LDL-C reduces the risk of CVD. 
Disclaimer: The content of this website is based on research conducted by TTAC Publishing, LLC, unless otherwise noted. The information is presented for educational purposes only and is not intended to diagnose or prescribe for any medical or psychological condition, nor to prevent, treat, mitigate or cure such conditions. The information contained herein is not intended to replace a one-on-one relationship with a doctor or qualified healthcare professional. Therefore, this information is not intended as medical advice, but rather a sharing of knowledge and information based on research and experience. TTAC Publishing encourages you to make your own health care decisions based on your judgment and research in partnership with a qualified healthcare professional.
By doing this, HDL prevents cholesterol from accumulating and clogging arteries. Thus, elevated levels of cholesterol are integral in maintaining optimal cardiovascular health.  HDL is typically measured through an HDL-C test, which shows the concentration of cholesterol bound to HDL. Clinically acceptable levels of HDL cholesterol are 40-60 mg/dl and 50-60 mg/dl for women.  HDL levels above 60 mg/dl are ideal as they lower the risk of cardiovascular illnesses. 
Once the body is adapted to ketosis, constipation and/or diarrhea are the most commonly reported side effects along with increased urination. Continuing to keep your mineral intake high and ensuring adequate water and fiber intake will help to counter these effects. People in ketosis may also notice a sweet or fruity odor on their breath, which is the result of increased production of the ketone acetone, which is a very volatile compound that is eliminated mainly through respiration in the lungs. 50
There are now a number of different diets that can be used for epilepsy: the Classic Ketogenic Diet, the Modified Atkins Diet, the Medium Chain Triglyceride Diet and the Low Glycemic Index Treatment Diet. The choice is made after the initial consultation, and depends on the epilepsy diagnosis, the child’s age and feeding habits, and family needs and preferences.
“But if you’re a young and healthy adult, I have no safety concerns about removing carbs,” he adds. “It’s really not a radical concept.” You may experience some short-term issues like bad breath, constipation and flu-like symptoms. (Drinking lots of water can help.) But the lasting benefits could range from reduced hunger and increased energy to weight loss. Some preliminary research even hints at memory improvements.
It’s also interesting that the cancers used to produce the basic science cited by Dr. Seyfried are virtually all brain cancers and that virtually all the evidence comes from rodent tumor models. For one thing, if there is a tumor type that exhibits the Warburg effect and a high degree of metabolic derangement, it’s brain tumors. It’s no coincidence that dichloroacetate was first tested in brain tumors. In this study, VM/Dk mice were used, and a mouse histiocytoma cell line resembling human glioblastoma multiforme with macrophage/microglial properties derived from that same mouse strain (VM-M3) was implanted subcutaneously. This cell line has the property of metastasizing quickly and widely when implanted under the skin and allowed to grow, which actually makes it not very much like brain tumors, which seldom metastasize and usually kill through local invasion and taking up increasing volume in the closed space of the skull, something the brain most definitely does not like. The results showed that a ketogenic diet increased mean survival time by over 56%, while a combination of a ketogenic diet and hyperbaric oxygen therapy (HBOT) increased survival time 78%. The result is interesting, but it is a mouse tumor model, not a human tumor model, and that makes its applicability to humans tenuous, particularly given the nature of the murine tumor, but probably worth investigating further.
This uncoupling of glycolysis from the citric acid cycle and electron transport, and the supposed fundamental dependency of cancer cells on anaerobic metabolism, has been studied extensively since Warburg’s day, with many scientists around the world claiming to confirm, then adding to, Warburg’s hypothesis. As Dr. Seyfried correctly points out, in more recent times, cancer researchers have begun drifting away from the study of disordered cellular physiology, enamored as they are of genetic abnormality as the primary and only driving force in cancer formation and growth.
However, our glycogen supplies in the liver and muscle are quite limited, providing only an 8-12 hour emergency supply. So during a fast, or starvation, or on a diet providing no carbohydrates in any form, we quickly run out of glycogen. In this situation, through a variety of neural and hormonal signaling, our fat cells, or adipocytes, begin releasing free fatty acids into the blood stream. These fatty acids can in turn be used by our cells in the alternate ATP producing process of beta oxidation.
Following a very high-fat diet may be challenging to maintain. Possible symptoms of extreme carbohydrate restriction that may last days to weeks include hunger, fatigue, low mood, irritability, constipation, headaches, and brain “fog.” Though these uncomfortable feelings may subside, staying satisfied with the limited variety of foods available and being restricted from otherwise enjoyable foods like a crunchy apple or creamy sweet potato may present new challenges.
In 1921, Rollin Turner Woodyatt reviewed the research on diet and diabetes. He reported that three water-soluble compounds, β-hydroxybutyrate, acetoacetate, and acetone (known collectively as ketone bodies), were produced by the liver in otherwise healthy people when they were starved or if they consumed a very low-carbohydrate, high-fat diet. Dr. Russell Morse Wilder, at the Mayo Clinic, built on this research and coined the term "ketogenic diet" to describe a diet that produced a high level of ketone bodies in the blood (ketonemia) through an excess of fat and lack of carbohydrate. Wilder hoped to obtain the benefits of fasting in a dietary therapy that could be maintained indefinitely. His trial on a few epilepsy patients in 1921 was the first use of the ketogenic diet as a treatment for epilepsy.
A meta-analysis of 13 randomized controlled trials following overweight and obese participants for 1-2 years on either low-fat diets or very-low-carbohydrate ketogenic diets found that the ketogenic diet produced a small but significantly greater reduction in weight, triglycerides, and blood pressure, and a greater increase in HDL and LDL cholesterol compared with the low-fat diet at one year.  The authors acknowledged the small weight loss difference between the two diets of about 2 pounds, and that compliance to the ketogenic diet declined over time, which may have explained the more significant difference at one year but not at two years (the authors did not provide additional data on this).
The ketogenic diet, or even just a higher-fat, low-carb diet, has now gained massive support as a modern-day healing strategy. In fact, our ideas about fats and cholesterol seem to have been almost completely reversed in recent years. That being said, many people see their cholesterol go up after beginning more of a ketogenic lifestyle. Some people get concerned when this happens, so in this article, I am going to address the phenomena of high cholesterol on a ketogenic diet.
Epilepsy Ontario is the voice of epilepsy in the province. Since 1956, we have been serving the province as a registered health charity incorporated under the statutes of Ontario as a non-profit and non-governmental organization. We aim to raise public awareness and improve education through publications, conferences, outreach initiatives and our website.
A recent study found that ketone supplementation extended survival in mice with metastatic cancer. But while it’s true that most cancers have a highly anaerobic metabolism, this in not universal. If proven to be effective, it’s likely that ketone supplementation would be an additional treatment rather than a stand alone treatment for cancer, because of its robust nature.
Though Dr. Folkman’s research was all based on laboratory experiments and animal studies, the powerful NCI publicity machine took up the cause, with the smell of “miracle” again in the air, despite the lack of any evidence that Folkman’s anti-angiogenesis drugs worked against human cancer. Nonetheless, with the NCI and NIH on board, the media, large and small, local and national, seemed transported into a state of frenzy.
The cancer industry is probably the most prosperous business in the United States. In 2014, there will be an estimated 1,665,540 new cancer cases diagnosed and 585,720 cancer deaths in the US. $6 billion of tax-payer funds are cycled through various federal agencies for cancer research, such as the National Cancer Institute (NCI). The NCI states that the medical costs of cancer care are $125 billion, with a projected 39 percent increase to $173 billion by 2020.