The National Food Strategy

An open letter to Henry Dimbleby

Dear Mr. Dimbleby,

In writing a National Food Strategy, you have been tasked with a job which carries a huge workload and equally large responsibility. I commend you on all your hard work. I believe you have produced your plan with a genuine desire to improve the food system in the United Kingdom. There are aspects of your work with which I totally agree: we are an overweight, unhealthy nation because of the poor quality of our diet, and we must change the way we eat to improve health and unburden the NHS. However, there are parts of your strategy with which I totally disagree.

I am a retired Pharmacist. I left my profession feeling frustrated and disillusioned because so many people were taking their medication diligently but never getting better. The drugs were treating the symptoms of their disease but not the root cause. I spent almost 5 years researching and writing a book about why so many people in Britain are ill. It took me so long because I covered a great deal more than just food and because I had to overcome my preconceived biases. I used to be an Olympic Athlete and I believed that everyone would be healthier with more exercise. The more research I did, the more I realised my assumptions were wrong. Whilst exercise is important for good health, the real problem is the food we eat. There is so much misinformation, dogma and downright corruption in the world of food and health I called my book Stop Feeding Us Lies.

I argue that the dietary advice given by the NHS is responsible for the obesity epidemic and all the co-morbidities that go with it. This situation has continued for decades because the hierarchy in the Health Service never steps back and asks itself, ‘Are all of the assumptions we work with factually correct?’ Groupthink has taken over and the experts and the media endlessly repeat the same story, which nobody bothers to examine. I am sorry to say, Mr Dimbleby, I believe you may be guilty of the same thing. You have completely accepted some of the dogma of the day and you appear not to have questioned your assumptions. I believe these assumptions are wrong, which means that parts of your argument are spurious because they are built upon fallacies.

I was somewhat surprised that in a 289-page report on Food Strategy there is no mention of the nutritional benefits of different foods. Surely this is by far the most important factor in any dietary policy? The only nutritional measurement you mention are calories. You seem to think we will reduce obesity by eating fewer calories. This approach has been tried for decades and always fails. Weight is controlled by hormones, mainly insulin, and hormones are affected by the type of food we eat. This was proved in 1956 by Kekwick and Pawan and published in the Lancet. They demonstrated that eating fat does not make us fat; it is carbohydrate that makes us fat. Natural fats do not raise insulin levels and therefore do not increase fat storage. Fats, especially animal fats, have been demonised for decades without any robust evidence against them. However, you quote the oft repeated mantra about reducing food high in ‘sugar, salt and fat’. Indeed, you want to tax sugar and salt.

‘Sugar, salt and fat’ is repeated in the media as if all three are interchangeable in their health-destroying properties. There is no human requirement to eat sugar, nor the carbohydrates from which it is derived. Too much sugar leads to health problems ranging from tooth decay, mood swings and acne all the way to diabetes, blindness, heart disease and amputations. We need to reduce our sugar consumption. Salt, however, is an essential nutrient; our blood is a saline solution and sodium is needed for the transmission of every nerve impulse. People have died of hyponatreamia, or lack of sodium, at running events when they have drunk too much water. Salt is essential for life but you want to put a large tax on it. Fat is also essential for our health; all our cell membranes are made of fat molecules and our brain structure is 65% fat. You are hoping to tax manufacturers into reformulating their food to reduce these three ingredients. What sort of chemicals do you imagine they will substitute them with? Food labels already read like an inventory for a chemistry lab.

Instead of changing the ingredient list in manufactured meals, you should be recommending that people change from eating ultra-processed food and spend more time cooking their own real, natural food. I understand that for many people both time and cost are issues, which make this difficult. The health benefits, however, are so obvious the message should be spoken loud and clear. Fresh food from a farmer or fisherman will always be nutritionally superior to food from a factory. Why not promote home cooking at every opportunity?

You recommend that we all reduce our meat intake by 30%. We became the dominant species on the planet because of our large brains. We evolved excellent brains because our ancestors ate the meat and fat of the big animals they chased and caught. Red meat is the most nutrient-dense, easily absorbed food humans can consume (along with liver and eggs). The fat in our brain structure is largely animal derived. Indeed, 12 % of our brain is made of the omega3 fatty acid DHA (docosahexaenoic acid). DHA is essential for a multitude of processes in the brain and some neurologists suggest that conscious thought is impossible without it. There is no DHA in the fruit and vegetables you recommend. There is also no Vitamin B12 in plants. B12 is essential for the production of red blood cells and the myelin sheath that surrounds all our nerve fibers. Persuading us to eat less meat will inevitably lead some people into nutrient deficiencies which will damage their health and further burden the NHS.

Taking a broader view of your National Food Strategy, it is not really about food: it is about land usage and climate change. Your document mentions vitamins seven times, climate change 112 times and methane 109 times. This is the other area where it seems you have not failed to question your assumptions and made no attempt to challenge the dogma of the day. There is a powerful anti-meat lobby which constantly promotes the idea that eating red meat is bad for our health and for the climate. Both these claims are wrong. You have written page after page of anti-meat propaganda, which does not stand up to scrutiny. You perpetuate some of the most extreme views I have ever read. I quote, The methane produced by ruminants is estimated to have caused a third of total global warming since the industrial revolution.’  Do you believe, Mr Dimbleby, that the digestive system of cows is a major influence on the climate of this planet? GCSE level biology explains why this cannot be true.

Grass grows by taking CO2 out of the air. With the help of energy from sunshine and water from rainfall, grass converts atmospheric CO2 into molecules of carbon, hydrogen and oxygen. Some of these carbohydrate molecules, called cellulose, are used to create new blades of grass and some, which are more simple sugars, are passed down the plant and into the roots. To keep the arithmetic simple, let us assume a blade of grass absorbs 100 molecules of CO2 and that 80 of them are used for growth and 20 of those carbon atoms go down to the roots, where they will stay if the ground is left undisturbed. A cow comes along and eats all those 80 carbon atoms in the grass. The bacteria in her rumen get to work and convert plant cellulose into the fatty acids and proteins that the animal needs to grow. A by-product of this process is methane gas which is produced at a rate of approximately 5% of the food eaten. Therefore, for every 100 molecules of CO2 absorbed by grass, cows return 4 or 5 of them to the air as methane. Simple arithmetic and basic biology show it is impossible for cows, or sheep, to add greenhouse gases to the atmosphere. They simply recycle a few of them.

You correctly state that methane in the atmosphere is oxidised to CO2 after about a decade, but you stress that it is a much more potent greenhouse gas. In laboratories, that appears to be true, but in the real world it is not true. Water vapour is the most effective greenhouse gas by far. It accounts for 90% of all the heat trapped in the atmosphere; the heat which stops us all from freezing to death. Methane only absorbs infra-red radiation at wavelengths of 3.3 and 7.5 microns. Water vapour is very active at those wavelengths and any effect methane might have is completely masked by the action of water. Methane, therefore, has no significant effect on the temperature.

History, as well as physics, proves your statement is wrong. Ruminant animals evolved about 50 million years ago and they have been burping methane throughout all the hot periods and ice ages of that enormous timescale. The figure below shows atmospheric methane levels over the last 1,000 years, measured by ice-core samples. Methane remained remarkably constant until the Industrial Revolution. During the first 800 years of this graph there were an estimated 65 million bison roaming the grasslands of the American Midwest.

I quote you again, Mr Dimbleby, ‘If all the ruminants on earth mysteriously vanished tomorrow, it would take roughly twelve years for the methane they have already produced to leave the atmosphere almost completely. After a couple more decades, the temperature of the planet would have cooled to the same temperature as if those animals had never existed.’

The second figure, below, shows the fluctuations of temperature over the last 2,000 years. Focussing on the last 1,000 years we can compare methane levels, above, with temperature. The methane graph begins with the height of the Medieval Warm Period. Temperature then cools until we are plunged (by the Dalton Solar Minimum) into the Little Ice Age. Temperatures begin to warm again in the early 1700s. Throughout all these temperature fluctuations, methane levels stayed exactly the same. They had no effect on warming or cooling. Whoever you have been listening to, Mr Dimbleby, has led you up the garden path and you have taken them at their word.

You give a passing mention to regenerative agriculture but fail to emphasise its huge benefits to soil health and fertility. Allan Savory has proved that increasing the number of ruminants on the land improves soil fertility and the ground’s ability to absorb and store water. We should have more cattle and sheep on the land and in our diet, rather than less.

NASA satellites have clearly shown that the recent increase in CO2 (plant food) has enabled vegetation to thrive and the world is considerably greener now than when carbon dioxide levels were lower.

There is so much more I could say, but I will make this final comment. You recommend a nationally approved diet and a land use plan overseen by the Government. Do you really believe that Boris Johnson and his cronies could provide better stewardship of the land than experienced farmers, who have been educated in the benefits of regenerative agriculture? Do you think a ‘national diet’ will be free from the influence of global food corporations and their processed fake-food? I, for one, do not.

Vitamin A

Vitamin A is usually associated with good vision and especially night vision. As a child I was always told to ‘eat my carrots so I could see in the dark’. While it is true that vitamin A is vital for vision, it also has a multitude of beneficial functions throughout the body. However, it is not true to list carrots as a source of this essential vitamin. The biologically active form of vitamin A is called retinol, because it is so prevalent in the retina of the eye. Carrots and other brightly coloured vegetables contain no vitamin A. They contain a pre-cursor to retinol known as carotene or beta-carotene, which has to be converted to the active form before it can do it’s work. This conversion is never very efficient and quite difficult for some people. Genetic variations, too much fibre in the diet, a lack of bile salts and eating raw vegetables can all play their part in making the transition from carotene to retinol more difficult. Healthy individuals without these problems convert beta-carotene to retinol at a ration of about 6:1, which means they need to eat 6 molecules of beta-carotene to absorb one molecule of true vitamin A.

A study from Newcastle University on a group of women showed that 47% of them had a gene variant that made it difficult or impossible to convert beta-carotene into active vitamin A. It is easy, therefore, for some people to become deficient if they do not consume retinol in their food.

The only dietary sources of the active form of vitamin A are found in animal foods. Liver and eggs are the most abundant. Vitamin A gets very little attention compared to vitamins C and D, which is unfortunate because it is absolutely vital for our health and for the proper development of babies and children. It has such a profound effect on our health because it regu­lates the action of over five hundred genes in the body, which makes it a major controller of all of our cells and how they function.

Long before we knew what vitamin A is, ancient people from around the world were aware that eating liver could prevent or reverse blindness. The Egyptians described it at least 3500 years ago: Assyrian texts dating from 700 BC and Chinese medical writings from the 7th century AD both call for the use of liver in the treatment of night blindness. It has also been written about in 18th-century Russia and among the inhabitants of Newfoundland in 1929. 2,400 years ago, Hippocrates prescribed liver for blindness in malnourished children. Despite all this knowledge, vitamin A deficiency is still the leading cause of blindness in some parts of the world. It is extraordinary that all this ancient knowledge is ignored and the NHS recommends that pregnant mothers should avoid eating liver in case they consume toxic levels. (More about this later.)

Vitamin A helps to prevent us from becoming ill; it keeps our immune system from overreacting; it is necessary for growth and reproduction. We need vitamin A for building bones and teeth, and for the actions of our hormones. It is essential for the development of a foetus into a perfectly formed human baby. These are major roles, which are vitally important for our health.

Babies

A developing human foetus needs to change stem cells into the appropriate cells to construct heart, lungs, liver, kidneys, eyes, brains, head, shoulders, knees and toes. This process requires the presence of adequate levels of Vitamin A. Slight abnormalities will occur if there is insufficient retinol. If there is a serious deficiency in the mother, major defects can arise resulting in miscarriage or the new-born being unable to survive. Recent studies have shown that an insufficiency in maternal retinol can lead to a slight defect in the lungs giving rise to childhood asthma.

Immunity

Vitamin A is vital for the development and maintenance of skin and all our mucous membranes. These are the wet surfaces which make up the nose, mouth, digestive tract and lungs. They appear to be inside the body but, strictly speaking, they are external. They are the surfaces through which viruses and bacteria can gain access to the body and, therefore, their integrity is a vital first defence in our immune system. Optimum levels of Vitamin A maintain these membranes and protect us from infection, including from the coronavirus giving rise to Covid19.

These are some references I have found in other articles about Vitamin A

Vitamin A supplementation of children in Asia and Africa has been extremely effective in reducing the rates of infection, diarrhoea, anaemia and blindness (Reuter’s 2/12/01).

African and Asian children receiving vitamin-A supplements grow faster, have better haemoglobin values and die 30-60 percent less frequently than non-supplemented peers (J Nutr Jan 1989 119(1):96-100).

Vitamin A supplementation of children in Asia and Africa has been extremely effective in reducing the rates of infection, diarrhoea, anaemia and blindness (Reuter’s 2/12/01).

Vitamin A plays a vital regulating role in the immune system. Vitamin A deficiency leads to a loss of ciliated cells in the lung, an important first line defence against pathogens. Vitamin A promotes mucin secretion and microvilli formation by mucosa, including the gastrointestinal tract mucosa. Vitamin A regulates T-cell production and apoptosis (programmed cell death) (Nutrition Reviews 1998;56:S38-S48). These are all important functions in the fight against Covid19.

Treatment with mega doses of vitamin A (100,000 IU per day) resulted in a 92 percent cure rate of menorrhagia (excessive menstrual bleeding) at Johannesburg General Hospital in South Africa (S Afr Med J 1977).

Lack of vitamin A interferes with optimal function of the hippocampus, the main seat of learning. Scientists at the Salk Institute for Biological Studies in San Diego, California, found that removing vitamin A from the diets of mice diminished chemical changes in the brain considered the hallmarks of learning and memory (Proc Natl Acad Sci, Sep 25, 2001 98(20):11714-9). Children need a good supply of Vitamin A to succeed academically.

Vitamin A can be helpful in the treatment of psoriasis. Researchers found that patients suffering from severe psoriasis had low blood levels of vitamin A (Acta Derm Venereol Jul 1994 74(4):298-301). Elderly persons who consume adequate vitamin A are less prone to leg ulcers (Veris Newsletter Dec 1999;15(4):5).

In stroke victims, those with high levels of vitamin A are more likely to recover without damage (The Lancet, Mar 25, 1998, pp 47-50).

Vitamin A protects against lung and bladder cancers in men (Alt Cancer Inst Monogr Dec 1985 69:137-42). Fourteen out of 20 patients with prostate cancer achieved total remission and five achieved partial remission using vitamin A as part of a natural cancer therapy in Germany (Drugs Exp Clin Res 2000;26(65-6):249-52).

Official advice

The NHS advises pregnant women not to take too much vitamin A and to avoid foods rich in retinol, like liver. This section below is copied from the NHS website.

Why do they say this? A study published in 1995 suggested that large doses of active vitamin A could cause birth defects in babies. It received a great deal of publicity and guidelines were altered because of it. Medical staff involved in obstetrics and paediatrics repeat this advice because they are fearful of being sued if a child is born with defects and they have not given this warning.

In the study, researchers asked over 22,000 women to respond to questionnaires about their eating habits and supplement intake before and during pregnancy. Their responses were used to determine vitamin-A status. As reported in the newspapers, researchers found that cranial-neural-crest defects increased with increased dosages of vitamin A; what the papers did not report was the fact that neural tube defects decreased with increased vitamin A consumption, and that no trend was apparent with musculoskeletal, urogenital or other defects. The trend was much less pronounced, and less statistically significant, when cranial-neural-crest defects were correlated with vitamin-A consumption from food alone.

There are many problems with this study. It is based on unreliable food frequency questionnaires, which were used to calculate vitamin A status but no measurements of blood levels were taken. They did not highlight the difference between vitamin A from supplements and from natural sources in food. Distinctions between synthetic and natural vitamin A have been absent in the extensive media coverage of this study. In fact, the newspaper reports contain implied warnings against pregnant women eating liver, dairy products, meat and eggs, but none against eating fabricated foods like margarine and breakfast cereals to which synthetic vitamin A is added. And there has been no media coverage for subsequent studies, which found that high levels of vitamin A did not increase the risk of birth defects. A study carried out in Rome found no congenital malformations among 120 infants exposed to more than 50,000 IU of vitamin A per day. A study from Switzerland looked at blood levels of vitamin A in pregnant women and found that a dose of 30,000 IU per day resulted in blood levels that had no association with birth defects. Just like so many other things in nutritional advice, the narrative has been set in stone and it is going to be difficult to change it.

What should you do?

I have shown a selection of the vitally important contributions vitamin A makes to our health. The NHS advises pregnant women not to eat vitamin A rich foods because of one observational study and ignores other studies with opposite outcomes. I do not want to tell anybody what to do, but I do want you to think about what makes sense.

  1. Ancient people were very good at observation; they knew that eating liver could cure night blindness. I find it very difficult to believe they would have failed notice if pregnant women eating liver regularly gave birth to damaged babies. Nobody believed this happened until 1995.
  2. Vitamin A is essential for correct development. How likely is it that evolution would give retinol this role but allow it to cause birth defects if you eat slightly too much?
  3. Vitamins work in harmony with other vitamins and minerals. Taking high doses of one can cause problems because of an imbalance. If the NHS advised against high dose vitamin A supplements I would see no problem. But they do not; they advise against the consumption of real food, which our species has been eating for millions of years. A real food diet provides the balance of nutrients we need to function properly.

Cholesterol

Cholesterol does not cause heart disease.

There is more myth and misinformation about cholesterol than almost any other health topic. We are frequently told that:

  • cholesterol causes heart disease
  • cholesterol sticks to the inside of our arteries causing blockages
  • LDL is ‘bad’ cholesterol, while HDL is ‘good’ cholesterol
  • we should eat a low fat diet to reduce cholesterol
  • we should eat cholesterol-lowering foods
  • if our cholesterol is high we need to take drugs to lower it

These statements are believed by the majority of people but all of these statements are wrong. They become completely illogical when you realise what cholesterol does in our bodies.

Cholesterol is vital for human health and we would all die without it. It is an essential component of every cell membrane in the body. The membrane is like the outer wall of a cell and 30% of the membrane is cholesterol. Cholesterol keeps the membrane stable and durable, without being rigid, enabling our cells to change shape and allowing us to move. (Plants don’t have cholesterol and their cells are rigid.) It also allows essential nutrients to travel through the membrane and into the cell from the blood stream.

Almost every cell in the body manufactures its own cholesterol, as does the liver. Eating foods high in cholesterol makes no real difference to blood cholesterol because the liver produces less if we eat more and it produces more if we eat less. Consuming foods that are ‘low in cholesterol’ is a waste of time: you are just giving your liver more work to do.

Cholesterol is necessary to produce our steroid hormones. Steroid hormones help control metabolism, inflammation, immune functions, salt and water balance and all our sexual characteristics and functions. Without cholesterol, there would be no reproduction. When we produce vitamin D in our skin it is made from a cholesterol molecule.

There are thousands of miles of nerve fibres in our body which are covered by a myelin sheath. Cholesterol is an essential component of this protective layer. It is so important to the nervous system that 25% of all the cholesterol in our body is found in the brain. Studies in the elderly show that people with higher cholesterol levels live longer than people with low cholesterol and they have far less mental decline and very little memory loss.

Hundreds of millions of years ago evolution developed the cholesterol molecule, which is vital to so many functions in our body. Why would evolution allow such an important molecule to cause heart disease and kill us? No matter what the ‘experts’ say, I find it impossible to believe that cholesterol causes heart disease. Cholesterol is not the Grim Reaper’s best friend: it is more like our best friend.

Brain Food

The Brain needs Animal Fat

“Our brains are extremely rich in fat. About two-thirds of the human brain is fat, and a full 20 percent of that fat is a very special omega-3 fatty acid called docosahexanoic acid, or DHA. DHA is an ancient molecule so useful to us and our fellow vertebrates (creatures with backbones) that it has remained unchanged for more than 500 million years of evolution. What makes this particular PUFA so irreplaceable?  

DHA’s job description is a lengthy one. Among many other functions, DHA participates in the formation of myelin, the white matter that insulates our brain circuits. It also helps maintain the integrity of the blood-brain barrier, which keeps the brain safe from unwanted outside influences. Perhaps most importantly, DHA is critical to the development of the human cortex—the part of the brain responsible for higher-order thinking. Without DHA, the highly sophisticated connections necessary for sustained attention, decision-making, and complex problem-solving do not form properly. It has been hypothesized that without DHA, consciousness and symbolic thinking—hallmarks of the human race—would be impossible.

DHA plays a “unique and indispensable role” in the “neural signaling essential for higher intelligence.” —Simon Dyall PhD, Lipid Research Scientist, Bournemouth University, UK

Professor Michael Crawford, a pioneering British scientist who has been studying essential fatty acids for 50 years, theorizes that DHA’s special configuration lends it unique quantum mechanical properties that allow it to buffer electron flow. This may explain why we find it in places throughout the brain and body where electricity is important: synapses where brain cell signaling takes place; mitochondria, where the electron transport chain is busy turning food into stored energy; and the retina of the eye, where photons of sunlight are transformed into electrical information. This is a truly miraculous molecule. Plants don’t have it, because plants don’t need it.

This is taken from an article by Dr Georgia Ede who is a psychiatrist specialising in the connection between mental health and diet. She explains why a lack of animal sourced foods can lead to a decline in higher brain functions.

The New Normal?

The Covid-19 epidemic has run the typical course of viral infections with a rapid rise in cases to a peak, which lasts a few weeks, and is followed by a steady, but slower, decline back to normal. It is, however, a nasty virus for those who succumb to it. There are two important questions: who succumbs to Covid-19 and why do they succumb while others do not? It is clear from all the data that this coronavirus is a far bigger threat to elderly people. Children and young adults are hardly affected.

Why does the virus affect some people so badly? We all have two levels of immunity: acquired and innate. We acquire specific immunity when we create antibodies in response to a viral, or bacterial, infection. Innate immunity is our natural ability to fend off a pathogen without ill effects. 70 to 80% of people in the UK, who have tested positive for Covid-19, have experienced either very mild symptoms or no symptoms at all, thanks to their innate immunity. As we get older, our immune system becomes less efficient and we are more likely to develop metabolic disorders. Sadly, the great majority of deaths have occurred in elderly people and those with diabetes, obesity and heart and lung disease.

We knew, from Italy, of the extreme danger to both the elderly and the unwell but did nothing about protecting those people specifically. Instead, the Government imposed a severe lockdown on everybody, which collapsed the economy, closed schools and made millions of people terrified of each other.

Certain businesses are being allowed to reopen but with strict rules attached. This process has been given the sinister, Orwellian title of ‘the new normal’. Apparently, we will be allowed to return to ‘normal’ if we stay 2 meters apart and wear face masks. There is nothing ‘normal’ about this. It will destroy the hospitality industry, theatres and sporting events. It will cause a huge spike in mental illness and stress. It will be of profound detriment to children’s education. The virus has run its course and is almost gone. If there are 65 million people in the UK, there will currently be 64.99 million people who do not have this virus and, therefore, cannot pass it on to anyone else.

However, having said that, I strongly believe we should have a ‘new normal’ once this is finally over. This new normal will have nothing to do with masks and distancing but will protects us all from this and any future epidemic. The new normal should be a concerted effort to improve everybody’s metabolic health. This would not only improve our immunity but would also vastly reduce all the problems we faced before Covid-19: obesity; cancer; type 2 diabetes; heart disease and dementia.

Sadly, I do not believe this initiative will ever come from the Government while it is guided in ‘science’ by Chris Whitty and Sir Patrick Vallance. As a former Community Pharmacist, with a far greater interest in health than medication, I am appalled by the contribution of the Government’s most senior scientific advisers. Evidence from around the world has shown that people with high levels of Vitamin D are protected from the worst effects of Covid-19. Why has this never been mentioned by them? If they do not know about it, they are incompetent. If they know about it, but have not mentioned it, they are negligent.

We desperately need a new normal in the UK. We have appalling rates of obesity, diabetes, heart disease, cancer and mental health issues, which put the NHS under great strain. None of these will be helped by social distancing and face masks. All of them will benefit enormously from a healthy diet of real, unprocessed food. There is compelling evidence that the high-carbohydrate, low-fat diet which has been recommended by the National Dietary Guidelines for 40 years has caused the constant rise in obesity and diabetes. Individual doctors, who have ignored official dietary dogma, have reversed type 2 diabetes in some of their patients with a low-carbohydrate, high-fat diet.

The Chief Scientific Adviser should be up to date with this. Instead, he remains silent, nothing changes, and 6,000 type 2 diabetics have a foot amputated every year when a change in diet could prevent it. The government has taken drastic measures to reduce the spread of a virus. When will it take simple measures to prevent the far greater burden of obesity, diabetes and cancer?

Coronavirus and diet

I wrote a tweet recently comparing the extraordinary global response to Covid-19 and the total lack of response to the millions of people who die each year because of metabolic syndrome. Several people replied that you cannot compare the two because one is infectious and the other is not. They suggested that we cannot do anything about the virus but we can all chose to improve our metabolic health. I wasn’t comparing the diseases; I was comparing the response to them. Metabolic disease will kill more people this and every year than Coronavirus but the authorities make no bold efforts to examine the reasons for those deaths.

There are a few important things to add to this debate.

  1. The majority of people who die from this virus are elderly and already have metabolic diseases. One of the most common of these is type 2 diabetes, which is avoidable with the correct diet. Metabolic disruption makes people more vulnerable to the virus.
  2. The best way for any of us to avoid succumbing to the virus, or fight it off without needing hospitalisation, is to have a first-class immune system. Several factors affect our immunity and the most important is diet.
  3. The virus causes death by attacking the lungs and causing respiratory failure.

Vitamin D: This study finds evidence that higher levels of vitamin D help to reduce respiratory tract infections. – Vitamin D for prevention of respiratory tract infections

Vitamin A: This study shows the importance of adequate levels of vitamin A for correct lung function. Vitamin A Deficiency and the Lung

Both of these vitamins are fat soluble and likely to be low in people on a low-fat diet. They can also be low in people on a vegetarian or vegan diet because the best sources are in animal-based foods:

Vitamin A

Beef and lamb’s liver, salmon, tuna, mackerel, butter, cheese, eggs

Vitamin D

Salmon, tuna, herring, sardines, eggs, lard and bacon fat.

Of course, the best source of vitamin D is from sunlight on our skin (without sunscreen). However, during a British winter, it is not possible to get enough sunshine to create adequate amounts of this essential substance and we have to get it from our diet. It is worth remembering that it is a cholesterol molecule that is converted to vitamin D in the skin. Eating a lot of plant sterols (or taking statins) will reduce levels of cholesterol and potentially lower our immunity.

Diabetes I mentioned earlier that many of the fatalities are among people with diabetes. This study shows why that may not be a coincidence. Glycolytic control: A mechanism to regulate influenza viral infection

This is a quote from the Abstract of the study: “As new influenza virus strains emerge, finding new mechanisms to control infection is imperative. In this study, we found that we could control influenza infection of mammalian cells by altering the level of glucose given to cells. Higher glucose concentrations induced a dose-specific increase in influenza infection.”

A low-carbohydrate diet, as recommended on this site, has many more benefits than just weight loss and reversal of type 2 diabetes.

Minerals Some trace minerals have a profound effect on the integrity of our immune systems. Three of the most important ones are thought to be Zinc, Iodine and Selenium. They only occur in decent amounts in whole, unprocessed foods. Processing greatly reduces the mineral content.

Zinc is quite well-known for fighting the common cold. It is found in meat, shellfish, lentils and beans, nuts, dairy and eggs.

Iodine is essential for thyroid function and the thyroid is important for immunity. There are few good sources of iodine but the best include cod, tuna, shrimp, eggs, dairy, iodised salt and seaweed!

Selenium is an antioxidant that we require in trace amounts. Too little causes problems but so does too much. It is better to eat healthy foods than take supplements that may provide too much. The best sources of selenium are brazil nuts, pork, beef, chicken, cottage cheese, eggs, mushrooms and spinach.

Good metabolic health, weight, blood sugar and an excellent immune system all come from eating the diet we evolved to eat: a low-carbohydrate diet of mainly animal-sourced protein and fat. What we eat can definitely improve our chances of fighting off the worst effects of Coronavirus. Why is the Chief Medical Officer not telling us this?

Why ‘Veganuary’ is a bad idea

As the New Year begins, many people seek to lose weight and improve their health through a change in their diet. Some will be tempted to try a plant-based diet for a whole month, by signing up to ‘Veganuary’. Nutritional science deems this to be a bad idea because a vegan diet is nutritionally deficient.

Eating nothing but plants is fine for herbivores but humans are not herbivores. We require the nutrients found only in animal foods if we are to be healthy.
• Humans have been eating meat for hundreds of thousands of years. We evolved into the dominant species on the planet because of our regular consumption of meat, which is the most nutrient-dense and easily-absorbed food available to us.
• Veganism is a modern, fad diet. In the Western world, it began with a religious group known as the Church of the Seventh Day Adventists. Recent polls have shown that 80% of vegans eventually go back to eating meat because their health has declined.
• Vitamin B12 does not exist in plants; we can only obtain it from eating animals or by taking supplements in tablet form. This vitamin is essential for the formation of red blood cells and the integrity of our brain and nerve fibres. It is vital for children, whose brains are growing, to consume plenty of milk, eggs and meat to get enough B12.
• 12% of the structure of a human brain consists of an omega-3 fatty acid known as DHA. It is necessary for conscious thought, DHA is only found in animal foods. This may well explain why vegans suffer from depression at a higher rate than omnivores.

The Veganuary website boasts of its connection with many food producers, who continue to add to their range of vegan options. Food manufacturers are very happy to support this because they make far more profit out of the cheap ingredients in a ‘meatless burger’ than they do when they use real meat. We can all expect to see more ‘vegan’ options appearing in supermarkets. This does not happen because they are more healthy; it happens because they are more profitable.

The Veganuary website also talks about the avoidance of animal cruelty, without telling you that the vast majority of UK farmers take great care of their livestock. It also fails to mention all the small wild creatures, like field mice, that are killed when a plant crop is harvested by large machines, nor all the thousands of bees, birds and insects that die from the spraying of toxic pesticides. Because of the way plant food is grown, more animals die to feed a vegan than die to feed a carnivore.

Most people do not stop to think where vegetables come from in the middle of January. Many of them come from the vast expanse of plastic polytunnels that cover 160 square miles of the Spanish coast near Almeira. That is Almeira in the picture at the top of this post. This is not eco-friendly food production Read more about it here. If you want to improve your health in January, cut back on carbohydrates and replace them with healthy fats; avoid ultra-processed foods; cook your own real food that comes from a farmer or fisherman not a factory.

The Basics of Nutrition

Our food consists of three macronutrients (protein, carbohydrate and fat) and many micronutrients (vitamins and minerals).The macronutrients provide our energy and a lot of the structure of our bodies. The micronutrients are involved in a wide range of systems, hormones and enzymes that keep our bodies running smoothly. We need the right amounts of all of them to function at our very best.

Macronutrients

Protein

Protein consists of twenty different amino acids. Nine of them are called essential amino acids because our bodies cannot make them and we have to eat them in our food. We are able to create thousands of unique proteins by altering the combinations of different amino acids.

Which part of the body is made of protein?  All of our muscles and connective tissues are made of protein but protein is also used to make skin, hair and our organs. Some of our hormones and enzymes are made of protein. The reading of our DNA is controlled by protein. Antibodies in our immune system are made from protein. Haemoglobin is a protein that transports oxygen in our blood and fats are transported by lipoproteins.

Fat

Fatconsists of different fatty acids. They vary in length (because of how many carbon atoms are joined together) and in structural stability. Saturated fats are the most stable followed by monounsaturated fatty acids. Polyunsaturated fats are the least stable. There are at least two essential fatty acids that we must eat in our food. (Some experts argue that there are more than two.) 

Which part of the body is made of fat? The membrane, or outer wall, of every cell in our body is made from fat. Thirty per cent of all our cell membranes consist of cholesterol. The membrane controls what goes in and out of each cell. The sheath around all our nerves are made from fat. Sixty per cent of the structure of our brain is made from fat molecules. Vitamin D and all of our sex hormones are made from fat. 

Carbohydrate

Carbohydrate consists of various sugars. The most common sugar is glucose but our diets can also include fructose and galactose. Sucrose and lactose are combinations of these, while starch (potato, bread, pasta) is a long chain of attached glucose molecules. There are no essential carbohydrates because the liver can make glucose.

Which part of the body is made from carbohydrate? No part of the body is made from carbohydrate. There isn’t any real need to eat it. 

Micronutrients

Vitamins

Vitamins are classified as either water-soluble or fat-soluble. There are 13 vitamins that humans need: 4 fat-soluble (A, D, E, and K) and 9 water-soluble (8 B vitamins and vitamin C). The water-soluble vitamins are easily absorbed but the fat-soluble ones need fat in the diet to transport them into the body from the intestines. Vitamins have a wide range of essential functions and they ensure that the complex systems that operate throughout our bodies are running smoothly. A lack of certain vitamins can lead to dangerous deficiency diseases. It is essential that we eat a variety of fresh foods to ensure adequate intake of vitamins.

Minerals

Dietary minerals are chemical elements that are essential for optimum function of our bodily systems. In order of abundance in the human body they include calcium, phosphorus, potassium, sodium, chlorine, and magnesium. Others, known as trace elements because they are needed in small amounts, include iron, cobalt, copper, zinc, manganese, molybdenum, iodine, and selenium. As with vitamins, we need to eat a good variety of unprocessed foods to obtain the minerals we need.