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Ok bunny I think we’re all losing you, can you simply bullet point the commandments to the way you do keto? I’ll do the same after you post yours, then we can compare, contrast, and figure out an answer to this thread. I say this in a friendly way.
The theme of the thread seems to be about how carbohydrates are not essential, how I keto is another topic in and of itself and I’m not discussing just myself we are discussing the essentiality or non-essentiality of carbohydrates.
So let’s stay on topic?
Nice list of different types of sugars I would have added oligosaccharides to the list?
We have endogenous glucose and fructose sugar production going on in the human body and then we have exogenous sugars that we eat called “free sugars” (processed and highly refined) and then we have natural sugars in fruit with-in its own skin with vitamins, minerals and trace elements? E.g. sugar cane and then beet sugar?
Take away the ratios (refining process) of natural fiber, vitamins, minerals and trace elements in the fruit itself and the human body is more likely to store pure fructose or glucose as fat?
So what is really happening is fear of carbohydrates because of the damage done to public health by the refining processes, thus all carbohydrates are bad because person X says so?
Spot on. Great, legitimately helpful, simple advice for newbies. Carbs are a choice, not a necessity.
The primary role of carbohydrates (sugars and starches) is to provide energy to cells in the body, particularly the brain, which is the only carbohydrate-dependent organ in the body. The Recom- mended Dietary Allowance (RDA) for carbohydrate is set at 130 g/d for adults and children based on the average minimum amount of glucose utilized by the brain. This level of intake, however, is typi- cally exceeded to meet energy needs while consuming acceptable intake levels of fat and protein (see Chapter 11). The median intake of carbohydrates is approximately 220 to 330 g/d for men and 180 to 230 g/d for women. Due to a lack of sufficient evidence on the prevention of chronic diseases in generally healthy individuals, no recommendations based on glycemic index are made.
Then just 10 pages further on, page 275:
The lower limit of dietary carbohydrate compatible with life apparently is zero, provided that adequate amounts of protein and fat are consumed. However, the amount of dietary carbohydrate that provides for optimal health in humans is unknown. There are traditional populations that ingested a high fat, high protein diet containing only a minimal amount of carbohydrate for extended periods of time (Masai), and in some cases for a lifetime after infancy (Alaska and Greenland Natives, Inuits, and Pampas indigenous people) (Du Bois, 1928; Heinbecker, 1928). There was no apparent effect on health or longevity. Caucasians eating an essentially carbohydrate-free diet, resembling that of Greenland natives, for a year tolerated the diet quite well (Du Bois, 1928).
If you think you’re ‘giving up’ anything by eating keto, read this.
I find that a rather strange statement? When you could easily eat a little protein to release glycogen then the brain gets endogenous glucose? That’s only if it needs it, If enough of the three ketone bodies are not available to it?
 “…Ketone bodies are particularly important for the brain which has no other substantial non-glucose-derived energy source. The two main ketone bodies are acetoacetate (AcAc) and 3 -hydroxybutyrate (3HB) also referred to as β-hydroxybutyrate, with acetone the third, and least abundant. …” …More
 “…During starvation, the kidney becomes an important site of gluconeogenesis and may contribute as much as half of the blood glucose. Liver: The metabolic activities of the liver are essential for providing fuel to the brain, muscle, and other peripheral organs. …” …More
However, the body limits glucose utilization to reduce the need for gluconeogenesis. In the liver in the well-fed state, acetyl CoA formed during the β-oxidation of fatty acids is oxidized to CO2 and H2O in the citric acid cycle. However, when the rate of mobilization of fatty acids from adipose tissue is accelerated, as, for example, during very low carbohydrate intake, the liver converts acetyl CoA into ketone bodies: Acetoacetate and 3-hydroxybutyrate. The liver cannot utilize ketone bodies because it lacks the mitochondrial enzyme succinyl CoA:3-ketoacid CoA transferase required for activation of acetoacetate to acetoacetyl CoA . Therefore, ketone bodies flow from the liver to extra-hepatic tissues (e.g., brain) for use as a fuel; this spares glucose metabolism via a mechanism similar to the sparing of glucose by oxidation of fatty acids as an alternative fuel. Indeed, the use of ketone bodies replaces most of the glucose required by the brain. [My emphasis]
Not all amino acid carbon will yield glucose; on average, 1.6 g of amino acids is required to synthesize 1 g of glucose . Thus, to keep the brain supplied with glucose at rate of 110 to 120 g/day, the breakdown of 160 to 200 g of protein (close to 1 kg of muscle tissue) would be required. This is clearly undesirable, and the body limits glucose utilization to reduce the need for gluconeogenesis and so spare muscle tissue. In comparison with glucose, the ketone bodies are a very good respiratory fuel. Whereas 100 g of glucose generates 8.7 kg of ATP, 100 g of 3-hydroxybutyrate can yield 10.5 kg of ATP, and 100 g of acetoacetate 9.4 kg of ATP . The brain will use ketone bodies whenever provided with them (i.e., whenever blood ketone body levels rise). [My emphasis]
Although some studies suggest that pre-exercise muscle glycogen stores determine capacity for prolonged exercise , there is no clear requirement for dietary carbohydrates for human adults . Current carbohydrate recommendations are based on 1) preventing ketosis, and 2) providing glucose beyond minimal needs. However, it is clear that ketosis is not harmful [14-16], except in the high levels seen in type 1 diabetes. Also, the need to provide glucose above minimal needs is exactly what has never been demonstrated . Indeed, the National Research Council has not established Recommended Dietary Allowance (RDA) for carbohydrates, probably because the human body can adapt to a carbohydrate-free diet and manufacture the glucose it needs.
That is only temporary because the ketone bodies quit rising when the body is forced into ketosis long-term, we also go into ketosis when we sleep if we are metabolically fit and not forcing the body into ketosis also.
Dietary carbohydrate does not prevent the body from going into ketosis, the body will usually default to glucose first (e.g. from excessive protein intake) Ketogenic diet or not if enough is available rather than to ketone bodies?
My question to this is why does the salivary gland only produce amylase (enzyme for digesting carbohydrates), if exogenous carbohydrates are not necessary; something is deeply wrong with attempting to gloss over that fact?
That will always be a severe thorn in the side of the meat and fat only argument?
@atomicspacebunny What exactly are you arguing? That there is/are essential carbohydrate(s)? If you think so, please name one. That there is/are essential nutrient(s) only available from eating carbohydrate(s)? If you think so, please name one. That ‘carbohydrate’ is not just another name for sugar? If so, please explain why every single carbohydrate is chemically a saccharide. Please cite references.
Are you arguing that dietary/nutritional ketosis is an unhealthy state? That consuming carbohydrates in other than insignificant and incidental amounts is healthy? That gluconeogenesis does not synthesize all the glucose we need and therefore we have to eat carbohydrates to get it? That some combination of carbohydrates consumed at some amounts at some intervals is metabolically beneficial? Then that’s just your opinion and for every reference you can cite supporting your opinion, I can cite another not supporting it.
BTW, I agree that amylase in saliva is an interesting question. I suspect it’s another holdover from our primate ancestry when starting the digestion of complex carbs (ie cellulose) was nutritionally important. But you’ve already disagreed with me about that.
It is not what I think, it is what I know!
Your probably thinking of a definition or playing on definitions to define something in its entirety? (don’t forget there are other things in those compounds and substances your defining as carbohydrates that are vital to the life of all creatures on the planet including us)
So your idea is to define everything as a carbohydrate therefore it’s BAD if it is not meat or fat? (what you would like everyone to do? NO? YES?)
Vitamins, minerals & trace elements:
All (variety) Whole Foods are essential carbohydrates for the human body not because they are essentially a carbohydrate (that is only one definition) but because of the micronutritional values and the combination of amounts contained in perfect ratios within plants, fruits and vegetables (that also includes the micronutrients contained in meat and fat and whether or not it is grass fed or free range like chickens and eggs etc.)?
The human body can store some of these micronutrients up to ten years and others it does not store, there is a delicate balance of ratios that go into the digestion process and the chemical conversion synthesis the body uses to convert those micronutrients into other micronutrients in vegetables, fruit ( that includes meat and fat) including the way those various types sugars are processed (exogenous vs. endogenous production), when you remove those micronutrients and fiber from the sugars and just eat the sugar that is what causes the problem and thus the fear being exploited in various dietary science circles?
When the human body does not have enough micronutrients from combination of plants; vegetables, fruit, protein and fat it can cause breaks in the chromosomes when the body cannot produce it on it’s own after a period of time.
For example vitamin B-12 comes from herbivores eating dirt (soil based probiotics/microbiome) and plants where it is fermented in the gut…
Some of these micronutrients are in meat but not all, just because you eat meat that does not guarantee you will get micronutrients from that either, because you are essentially eating what ever the animal you are eating ate but you are cooking the meat (a true carnivore does not cook the meat it eats, not intended to eat cooked or processed foods), so why can’t you eat what the herbivore is eating? That makes no sense being you are an omnivore? You can eat only meat and fat to the point where you don’t require vitamins but that’s placing yourself in grave danger of chromosomal damage shortening your life span considerably? The other problem is over-eating protein and throwing your nitrogen balance off and damaging your kidneys to where your losing lean body mass and bone density with time because of the acidity…
I want to make it very clear I’m not advocating to eat one way or the other, I’m simply demonstrating what your up against if you try to take this into any public domain dealing with dietary guidelines and public health anywhere in the world?
That said you better know all the answers to the other side of the tables equations or your going to end up looking real stupid?
 ”…As long as the level of nitrogen taken in exceeds the amount being lost, then the nitrogen balance is positive. This means you have sufficient protein in your system to enable anabolism (muscle growth). If you are losing more protein through urine than you are taking in, you are in a negative nitrogen balance, and only catabolism (muscle wastage) can result. …” - Thomas Delauer
 “…This (image below) shows a population of people eating different amounts of protein (measured as a function of their lean body mass) and measuring who were able to stay in nitrogen balance on the axis. In other words people on the 0 line are eating the right amount of protein to maintain their bodies. The range of protein necessary to achieve that ranges from 0.35 - 1.0 which if you think about it is a really large range. …” …More
 Are long term high-protein diets harmful? Dr. Jason Fung: *Hard to say. There is some suggestion that high animal protein intake may cause osteoporosis. *Many of these proteins are acidic, which require neutralization in the body. This acid is buffered in the bones and then eventually the acid is excreted as phosphoric acid. Because bone consists of Calcium bound to phosphorus there is extra calcium which gets excreted in the urine. This leads to higher urinary calcium losses and potentially osteoporosis. …More
 Alkaline phosphatase (ALP): is an enzyme found in several tissues throughout the body. The highest concentrations of ALP are present in the cells that comprise bone and the liver. Elevated levels of ALP in the blood are most commonly caused by liver disease or bone disorders? …” …More
 ”…Saliva production is the exocrine function of the salivary glands. The buffering capacity of saliva is critical to neutralizing the oral environment. This minimizes the de-mineralization of enamel and enhances its re-mineralization. K2, such as that found in fermented cheese (OR GRASS FED MEAT?), improves salivary buffering through its influence on calcium and inorganic phosphates secreted. Data collected from several selected primitive cultures on the cusp of civilization demonstrated the difference in dental health due to diet. …More
This neatly sums up what I’m claiming.
Your link to ‘10 nutrients’ not available from animal food… maybe, maybe not. Let’s take the first claim about vitamin C. I’ve linked a few ‘popular’ articles below. They all contain links to real science studies. But I think they are good reads in themselves. Interesting and to the point without overwhelming one, and with refs to the real science for those who want them. For example, from my first link Vitamin C Deficiency and the Ketogenic Diet:
... if your carbohydrate intake is high, you will have to increase your intake of vitamin C containing foods or natural supplements to get enough vitamin C to overcome the high blood sugar. It's only when eating the standard American diet which is high in carbohydrates and grain consumption that vitamin C needs are higher. Lowering your carb intake lowers the need to supplement with Vitamin C.
Because animals are able to make vitamin C internally, their flesh contains it. If you eat no carbohydrate at all, you can get enough vitamin C from lightly cooked meat and fat alone.
While studying the Inuit people in Alaska, anthropologist Vilhjalmur Stefansson documented the fact that the Inuit diet consisted of about 90% meat and fish. During his time there, he followed their custom, and he and the entire tribe would eat nothing but meat and fish for 6-9 months of each year. This was essentially a zero carb ketogenic diet. Stefansson survived on this ketogenic diet for 9 years while living with the Eskimo. When he returned to city life and described his experiences, doctors were amazed that his health had not suffered.
Stefansson himself wondered if his health had suffered during those years, so he agreed to an experimental study. He would live at the Bellevue hospital in New York City and eat nothing but fat and meat for an entire year. The doctors involved with this study came from Harvard, Cornell and other prestigious organizations, and they were convinced that he and another volunteer, Dr. Karsten Anderson, would develop health problems or at least vitamin deficiencies.
The volunteer's food intake was kept under close scientific scrutiny, so cheating was out of the question. The food that they ate was analyzed and the end of the study, the daily totals were averaged and noted... At the end of the experiment, Stefansson and Anderson remained in perfect health - no vitamin deficiencies or serious health issues occurred. The results of the study were published by the Journal of Biological Chemistry in 1930. Download from this site.
It's kind of ironic.. eating fruits and vegetables increases your carbohydrate intake, which increases the danger of a vitamin C deficiency. Good thing that fruits and vegetables have vitamin C included.
For those of you who want some effective ammo to counter the more egregious lies, half-truths and misconceptions about keto this is a great article. It contains multiple links to add to your store of knowledge. I linked it in my above previous post, but thought it helpful to link to it here as well.
On that we agree!
I think the title of this talk is a bit off. Yes, she does talk about how she thinks mental health and diet are related causally. More importantly she talks about the very serious shortcomings of plant based diets for what she terms ‘brain health’ and eating what the brain needs.
Why Humans Don’t Need Dietary Carbohydrates to Thrive Phinney, Bailey, Volek Mar 25, 2019
Vit C, Vit C, Vit C… Aren’t their other vitamins and nutrients to be concerned about as well ?
I mean, if vitamin C is the only thing we need to be concerned with, couldn’t a person easily supplement with 300% of the recommended daily allowance, and absorb enough of it, to keep from dying from malnutrition ? A while ago I was thinking about how I cut out my daily orange juice, and a most other fruits as well, and I got a little concerned. Then I looked at the nutritional label on my replacement for orange juice…
Turns out my Ocean Spray Cran Cherry contains 100% of the daily recommended allowance.
What’s more, it’s sweetened with the best sweetener on Earth
Of course, I do eat other stuff with Vit C too. Some Blueberries, Strawberries, etc.
So I’m quite sure I’m okay with Vit C. What is next on the list with deficiencies I need to be concerned with ? Magnesium ? Well I actually do take a magnesium supplement to. Potassium ? Hmmm. Looking into that one.
I think most of the folks around here are Sucralose deficient lol