functional food

Ten years ago the idea that free radical damage underlies both the aging process and the development of degenerative diseases like heart disease, cancer, diabetes and arthritis, seemed absurd. Nowadays we know different. Free radicals are all the rage. Every other book on health you come across is warning about the dangers of free radicals and telling you to take lots of vitamins A, C, and E, to protect yourself from these horrible demons. A free radical is a molecule with an unpaired electron, lustfully searching for a mate. There are several kinds of free radicals. Oxygen free radicals are particularly malevolent. They react quickly and greedily with other molecules. When they find a mate - and just about any mate will do - they can destroy cell membranes, disrupt DNA (the cell's genetic material) and wreak havoc with the body. Many things cause the production of free radicals. Air pollution, for instance, being exposed to ultra violet light or radiation, pesticides on foods, drugs, cigarette smoke, exposure to some plastics, and even polyunsaturated fats. Flying in jets also produces free radicals, as does living at a high altitude because in both cases you are subject to high levels of gamma radiation. Even exercise produces free radicals. And the experts on aging are right. Free radicals do cause terrible damage to the body. But only when they are produced in excess. There are lots of good things to be said about free radicals as well. This is something all those little books and articles on swallowing more ACE vitamins fail to tell you. energy equations What makes energy yielding metabolism possible in our bodies - in effect what keeps us alive - is the ability that we have evolved throughout the ages to take nutrients in through our foods and convert them into chemical and bioelectrical energy. We do this through oxidation or burning in a process known as aerobic metabolism. Enzymes in the body - living catalysts that make redox reactions possible - carefully control a series of small steps which liberate the maximum amount of energy present for effective use, while causing the minimum amount of disturbance to our cells. It is an enormously efficient way of producing and releasing energy which involves the transfer of electrons from one molecule to another. Scientists call this transfer an oxidation-reduction or a redox-reaction. So long as we live redox-reactions take place ceaselessly. The trouble is - and here's where free radical damage comes in - a number of highly reactive, potentially toxic and destructive species of molecules are generated in the process. The greater the bodily activity at any particular place or time, the more free radicals we generate. Our brain is a particularly demanding organ when it comes to energy. About 20% of our body's oxygen consumption is used by the brain. This gives the brain an enormous amount of energy but it also creates a fertile ground for free radicals to breed. Surges of various hormones in our bodies such as adrenaline and noradrenaline generate hydrogen peroxide which can also result in the formation of more free radicals - so much so that we frequently generate more than our antioxidant defense mechanisms can handle. Most free radicals are generated during the day. Some researchers believe that free radical formation in the day time and free radical quenching that occurs at night while we sleep may be the driving power behind the circadian rhythms - that is the biological control of events in the body. 10,000 hits a day What is amazing is just how enormous free radical activity is in the human body. One of the major experts in free radical biochemistry, Dr Bruce Ames at the University of California, Berkeley, estimates that every cell in our body experiences 10,000 free radical `hits' each day of our life. A well nourished, healthy body is equipped to handle them. As humans we have amazing antioxidant defense mechanisms - enzymes like glutathione peroxidase, super-oxide dismutase and catalase. Provided we are leading a balanced life, eating plenty of fresh foods, getting optimum amounts of exercise, and are not exposed to excessive amounts of chemical pollution, all should go well. What's happening to many of us, however, is that we are subjected to more free radical activity than our natural antioxidant mechanisms can detoxify. Then we get oxidation damage as excess free radicalss wreak havoc with our bodies. They can form cataracts in the eyes, trigger Alzheimer's disease, cause premature aging and the build up of cholesterol in the arteries, as well as a thousand other negative changes associated with aging. strange paradox So free radicals put us in the strange position of being totally dependent upon them for our life energy yet completely susceptible to their toxic effects - what in biochemistry is know as oxidizing-stress or oxy-stress. It is this oxy-stress which poses a continuous challenge to the integrity of our cells and tissues. As the free radical enthusiasts point out, this is the central cause of premature aging. The key to making free radical biochemistry work for you instead of against you, is balance. When there are too many free radicals produced in your system as a result of poor digestion, or stress, or exposure to excessive ultraviolet light, or pollutants in air and water, then you suffer oxy-stress. Antioxidants such as vitamins A, C, and E, beta carotene, Co Enzyme Q10, selenium and many potent plant-based factors like pycogynol, help quench oxy-stress and prevent free radical damage. So nowadays we are continually urged to take more of them to prevent premature aging and illness. Yet this is not quite as simple as the free radical rockers would have us believe. And popping pills is not always the best way to go about it.

I never met a vegetable I didn’t like. But it took me a while to realize this. For—like a lot of people—I grew up with the mushy Brussels sprouts, canned spinach, revolting beetroot salads, and other nameless horrors served in school meals. It was only when I began to make vegetable juices and exuberant salads, and to cook my own, that I discovered just how delicious vegetables can be in their many incarnations. For a long time, cooked vegetables had a bad rap. Some of this, I suspect, is the result of our not being able to buy good quality organic vegetables in the last 20 or 30 years. So people have come to think of vegetables as rather flavorless things that everyone knows you’re supposed to eat because they’re good for you, but that nobody can be bothered with. RAW OR COOKED When vegetables are cooked properly they have a marvelous flavor of their own. There is nothing quite as comforting as the crunchy pleasure of a baked potato stuffed with a well-dressed living salad, or the light, crisp taste of stir-fried mange touts spiked with almond slivers. And there is little more beautiful to serve with a fish, meat or tofu dish than brightly-colored vegetable purées of carrot, beetroot or spinach. Steam them, stir-fry them, bake them, purée them, eat them raw—however you go, vegetables are not only some of the most important foods in relation to health, they are also some of the most delicious. From the humble turnip to the light-filled leaves of radicchio, vegetables are also sources of light energy from the sun—the same light energy that 15 billion light years ago created the universe; the same energy from which the living body is made. Their beauty is the beauty of the life force itself. When they are grown organically in healthy soils, and eaten either raw or with as little cooking as possible, this energy—which cannot be measured in chemical terms, and whose potential for enhancing health probably goes far beyond even that of the newly discovered phytonutrients—becomes our energy. BEYOND ANTI-OXIDANTS Low in both calories and fat and riddled with fiber, fresh vegetables are rich sources of antioxidants—from vitamins C and E, and the carotenoids—to help protect against the free-radical damage that underlies degeneration and early aging. Not long ago, at Tufts University in the United States, scientists developed a method of measuring the antioxidant power of specific fruits and vegetables by measuring their ability to quench free radicals in a laboratory test tube. They can now test a food’s oxygen radical absorbance capacity. Using the ORAC test, these researchers have begun to categorize a fruit or vegetable according to its overall antioxidant power. They list fruits such as blueberries, blackberries, strawberries and raspberries at the top, along with vegetables like kale and spinach, Brussels sprouts and broccoli. The antioxidant capacities of a specific vegetable go way beyond its vitamin and mineral content. Much depends on the phytochemicals, which give vegetables their distinctive colors and flavors. Already, scientists have discovered hundreds of health-enhancing phytochemicals that inhibit blood clotting, lower cholesterol, detoxify the body of wastes and poisons, reduce inflammation and allergies—even slow the growth of cancer cells. These amazing nutraceuticals, most of which were completely unknown ten years ago, work synergistically. This means that the wider the variety of fruits and vegetables you eat, the greater will be the protective health-enhancing benefits for you. THE EYES HAVE IT Eat more spinach and leafy greens such as silverbeet, kale or collards, and you tap into a rich supply of the carotenoids zeaxanthin and lutein to protect the eyes—and probably the brain too—from degeneration. In one study of 356 older people, reported in the Journal of the American Medical Association, research found that eating good quantities of these leafy green vegetables—the equivalent of a large spinach salad each day—reduced the risk of macular degeneration by 43 percent. This is the age-related retinal disease that has you holding a menu 1 m (3 ft) away from you in order to read it. Another study from the Journal of Neuroscience reported that eating a good portion of spinach each day delayed the onset of age-related memory loss as well. Broccoli and Brussels sprouts, rich in sulforaphane and indoles, protect DNA from damage. Tomatoes, like many colorful fruits and vegetables, help protect against premature aging. Scientists estimate that each of the 60 trillion cells in the human body suffers 10,000 free-radical ‘hits’ each day. And this is on the increase, as a result of increasing chemicals in our environment. Phytonutrients help protect us from oxidation damage. Eating vegetables helps counter damage. Make friends with the colorful vegetable kingdom. Build your daily meals around them by eating salads, drinking juices, and cooking them in ways that preserve as much of their innate life-enhancing abilities as possible. Below are a few of the fruits and vegetables now being widely studied and praised for their powers. There are many more discoveries yet to come. Phytonutrient-rich plants PLANT: garlic and onions phytonutrients: allyl sulfide (allicin) benefits You will find potent anti-viral and anti-bacterial properties in these vegetables. Allicin decreases the risk of stomach cancer and colon cancer, lowers LDL cholesterol, encourages the production of glutathione S-transferase—an enzyme that helps eliminate cancer-causing toxins from the body. These foods also offer many more useful anti-aging and health promoting tasks. PLANT: green leafy vegetables: spinach, turnip,beet tops, collard greens, kale; also in yellow marrows or squashes phytonutrients: lutein benefits A big-league carotene antioxidant that resides in the fatty pigments of plants, lutein keeps carcinogens from binding to DNA, and in doing so protects against degenerative diseases including eye diseases. It is the primary carotenoid present in the macula of the human retina. It also protects cells all over the body, including the skin, from premature aging. PLANT: crucifers: broccoli, Brussels sprouts, cabbage, other leafy green vegetables phytonutrients: indoles, sulforaphanes benefits Indoles prevent cancer-causing hormones from attaching to cells by increasing the body’s supply of the enzymes that weaken cancer-producing xeno-oestrogens. They also eliminate toxins and enhance immunity. Sulforaphanes remove carcinogens from cells and, in animal studies, even slow cancer growth. PLANT: tomatoes phytonutrients: lycopene, P-coumaric acid, coumarins benefits A carotenoid, of the same family as beta-carotene, lycopene is one of the most potent antioxidants of all. It has great antioxidant power. Where it is high in the diet, colon and bladder cancers are low. It also helps lower the risk of cardiovascular disease. P-coumaric acid (which you find in strawberries and peppers as well) inhibits the production of cancer-causing nitrosamines in the body. Coumarins reduce inflammation. PLANT: citrus fruits: oranges, tangerines, grapefruits phytonutrients: limonene, glucarase benefits Limonene increases the body’s production of anti-cancer enzymes and enhances immunity. Glucarase inactivates cancer-causing degenerative chemicals that get into the body and eliminates them. PLANT: citrus fruits: orange vegetables and fruits: mangoes, pumpkins, carrots, sweet potatoes, squash marrows phytonutrients: alpha-carotene, beta-carotene benefits These vegetables get their color from carotenes—antioxidants with a major capacity to boost general immunity and decrease the risk of many kinds of cancer as well as other degenerative diseases and premature ageing. (Other carotenoids in foods such as lycopene, luetin, zeaxanthin and cryptoxanthin may be equally important or even more valuable.) PLANT: berries, red grapes, red wine, artichokes, yams phytonutrients: polyphenols benefits Polyphenols lower the risk of heart disease and flush out cancer-causing chemicals. This group of phytochemicals includes the flavonoids that fight cell damage from oxidation, strengthen blood vessels, decrease the permeability of capillaries, protect the integrity of skin and improve the health of eyes. PLANT: flaxseed or linseed phytonutrients: lignan precursors benefits Lignans are polyphenol antioxidants. Linseed (or flaxseed) is chock-full of lignan precursors—chemicals in the body that turn into lignans through metabolic processes. They help prevent cancers, including breast cancer, by binding to oestrogen receptor sites inhibiting oestrogen’s cancer-producing activities. Flaxseeds are also an excellent source of omega-3 fatty acids important for the production of hormones. SPICY PUMPKIN SOUP Sweet and slightly bitter, pumpkin has a cooling quality. In Oriental medicine, it is used to clear ‘damp’ conditions—from edema and eczema to dysentery. Pumpkin certainly helps regulate blood sugar in the body and strengthens the pancreas. That is why it is often used in natural medicine to help clear hypoglycemia and to improve diabetes. This recipe for pumpkin soup has been in my family for so long that I can’t even remember who created it. I suspect it was my daughter Susannah. It is deliciously spicy and goes beautifully with a simple salad of fresh sprouts and some rich black bread. Instead of pumpkin, you can use marrow or squash if you wish, but you won’t get the same beautiful colour. WHAT YOU NEED 2 medium Spanish onions, finely chopped 3 garlic cloves, finely chopped 450 g (16 oz/2 cups) fresh pumpkin, peeled and cut into small cubes 250 g (9 oz) mushrooms, sliced 2 tbsp extra-virgin olive oil 720 ml (11/4 pints) vegetable or chicken stock, boiling 1 tsp ground cumin small bunch of fresh coriander, chopped 1 tsp ground cinnamon 4 cm (11/2 in) piece of fresh ginger, finely shredded 1 tsp dry mustard 2 tsp vegetable bouillon powder pinch of Cajun seasoning juice of 2 fresh lemons zest of 1 lemon, finely shredded HERE’S HOW Sauté the onions, garlic, pumpkin and mushrooms in a little olive oil until soft. Add the boiling stock and cook for 30 minutes. Add the remaining ingredients except for the lemon juice and zest, and cook for another 5 minutes. Place in a blender or food processor and blend thoroughly. Add the freshly squeezed lemon juice and serve sprinkled with lemon zest.

Your kitchen—big or small—should be treated like an artist’s atelier. It needs to be a place where you can lose yourself in creative play. The kitchen has always been the center of a home. In the past it was the place of fire, of inspiration, warmth and imagination. I remember as a child sitting in front of an old Stanley stove gazing into the flames—filled with delightful visions—while my grandmother canned pears, peaches and green beans for winter. My own kitchen, out of which my High Raw food style developed, is more like a sculptor’s studio than a food preparation station. It is a place where Aaron and I can get together with friends, workmates and family to laugh and talk about serious and trivial stuff while we prepare meals together. GREAT FUN Your kitchen should have the atmosphere of freedom in it. Hang quirky things from the ceiling if that inspires you. Put a potted plant where you wouldn’t expect one. Paint cupboard doors in wild colors. Your kitchen should reflect things that delight and amuse you. Ten years ago I bought a gigantic soup ladle, which has hung above my gas hob ever since. It is so big that it would be ideal for a Salvation Army soup kitchen. But it makes me laugh. I like its beautiful shape and am continually amused by the absurdity of its size. With a well-organized, well equipped kitchen, high raw meals are a pleasure to prepare. But there is nothing more annoying than setting out to make a meal in someone else’s kitchen and spending ages looking for a brush to scrub vegetables only to find that the one you used was the floor brush! Let’s look at some of the tools which are most useful for a raw food gourmet. MANDOLIN MAGIC The one piece of equipment I would never be without is a mandolin. I prefer the simple plastic ones that sell for a fifth of the price of the expensive stainless steel variety. They have a v-shaped blade into which plastic inserts fit, each of which has different size knives so you can julienne, make chip-size chunks, slice thin or thick. Unlike the conventional grater, which mashes vegetables and fruits when you use it, a mandolin slices them clean and sharp. Be sure to use the hand-protecting device that comes with either model. If you don’t, and I know from experience, what you will end up with is shredded fingers—yours—instead of shredded cabbage. POWER TOOLS Although it is nice to return to nature wherever possible, you have to draw the line somewhere. Using electric equipment takes the tediousness out of chopping vegetables, gives you a greater choice of textures, allows you to make splendid desserts, nut loaves, sauces, soups and whips, and cuts down enormously on preparation time. I find a few simple machines give full rein to my imagination. These are the raw chef’s equivalent of the oven or the microwave. For those who like an “all manual” kitchen I suggest alternatives, but they really are second best. Apart from a mandolin, the three machines I consider useful are a food processor, a juicer and a blender—in that order. You can get by without a blender because a food processor does many of the same things, but it is useful nonetheless. You can buy appliances which combine the functions of all three, but keeping them separate lets you work on several recipes at the same time and encourages helpers. Choose good strong machines that will stand up to heavy use. If you have a large family, it can be worth investing in catering or industrial models which are sturdier and can cope with larger quantities. SMOOTH PROCESSING A good food processor is a blessing to the raw food chef. There are so many remarkable attachments to choose from—a blade, several coarse to fine graters, various slicers and shredders. The blade attachment is excellent for grinding nuts and seeds, wheat and other sprouts, homogenizing vegetables for soups and loaves, and making dressings, dips and desserts such as ice cream. You can do most of these things with a blender, but if your ingredients are gooey they tend to stick around the blade and you spend ages scraping with very little to show for it. The blade in a food processor is removable and easy to scrape, so you lose very little. The grater, slicer and shredder attachments are terrific for making salads. With their help, you can prepare a splendid Whole Meal Salad for four people and have it on the table in ten minutes. Do experiment with all these attachments because, believe it or not, vegetables actually taste different depending on how they are cut up. YOUR JUICE EXTRACTOR The most important considerations when buying a juicer are power, capacity and ease of cleaning. The fewer fiddly parts to wash up, the better. Some have a removable strip of plastic gauze in the pulp basket which is helpful in cleaning. There are basically three types of juicer: the hydraulic press type, the rotating blade type, and the centrifugal type. Some hydraulic presses are hand-operated and therefore less convenient than the electric kind, but some doctors who prescribe raw juices prefer them on the grounds that they reduce the amount of oxidation that takes place when juices are exposed to air. I have all three myself. Centrifugal juicers are best to start with and come in two types: either they are separators, which operate without needing to be constantly cleaned out, or they are batch operators, which have to be cleaned out after every 2lb (roughly a kilo) of material has been juiced. That gives the separator kind the edge when it comes to convenience; they expel leftover pulp rather than fill up with it. But they tend not to extract juice as efficiently as the batch operator kind. If you decide on a batch juicer, look for a large capacity model which does not require emptying too often. It can be infuriating working with a machine that insists on being cleaned out after juicing only two glasses when you are juicing for six people. One other thing to check before buying a juicer is the size of the hole through which you feed your vegetables and fruits. Some are really too small and it can be a real drag to have to cut carrots and beetroots lengthwise. A POWER BLENDER There is not much to choose between blenders except their power. You will need one of at least 400 watts (anything less will be unable to cope). My favorite has attachments for grating, chopping, kneading etc. which are very useful. Glass models are preferable to plastic, as plastic tends to stain and look tatty very quickly. Look for one that has a removable blade (the base unscrews) for ease of cleaning. I own three and they are all Vita Mix because they go on and on, and will do just about everything with ease. OTHER GADGETS Two other devices I find useful are an electric citrus fruit juicer and a lettuce spin-drier. The citrus juicer has a central rotating cone onto which you press your halved grapefruits, oranges and lemons. Very quick and easy. There is nothing to stop you juicing citrus fruits in a centrifuge juicer, but you need to peel them first. The lettuce spin-drier is a great invention. There are several types, but my favorite is a basket which fits into a container with holes in the bottom and has a lid with a spinning cord. You put the whole contraption in the sink, put your lettuce or greens into the basket, put the lid on, run water slowly through the hole in the lid and pull the spinning cord. This spins the basket and expels the water, in theory cleaning and drying the greens. In practice they need to be rinsed before you put them in the basket, but by spinning you get beautifully crisp non-watery leaves very quickly. BACK TO BASICS A few other gadgets can be helpful if you cannot afford or have basic objections to electrical equipment. But you will be more limited in the number of textures and recipes you can prepare. A sturdy grater—the box type with a fine, medium and coarse face, and a face for grating nutmeg and ginger. Hand coffee grinder—for rendering down nuts, seeds and spices. Meat mincer—the sort you screw to the table, with coarse and fine cutters; good for grinding grains, seeds, nuts and sprouts. A strong stainless steel sieve—for rubbing soft fruits through or extracting the juice from finely grated vegetables. Hand hydraulic juicer A stainless steel “mouli” rotary grinder—with coarse and fine grater inserts; quite effective for juicing finely grated fruit or vegetables. Pestle and mortar—for grinding herbs, spices, flowers, etc. A lemon squeezer Wire salad basket—the sort you swing maniacally round your head in the garden. RAZOR SHARP Of primary importance to raw food preparation are good knives and a good chopping board. At least two knives are essential, a large one for tackling spinach leaves, onions, carrot sticks and so on, and a smaller one for more delicate jobs. The best knives are made from carbon steel. Some enthusiasts disapprove of carbon steel because, unlike stainless steel, it encourages oxidation of cut surfaces, but I prefer them, for although stainless steel knives look nice they do not keep their edges as well and a sharp edge is important for creating beautiful salads. If none of your knives will cut a tomato without squashing it, then they need sharpening! A good sharpener is worth investing in. CHOPPING BLOCK Good chopping boards are hard to find. Either they lose their pretty patterns with repeated chopping, or they warp when they get wet, or they are not large enough to slice an orange on without most of the juice running over the edge. Find a decent sized wooden chopping board if you can, with runnels around the edge. Look in a professional chef’s shop for the biggest you can find. Here is my solution to the problem. When I had a new kitchen installed I kept some big leftover pieces of Formica covered board. You can prepare a salad—or leave the chopped vegetables—on one end, and the peelings on the other. If it’s big enough, it can fit over the sink so you can drop the peelings into a waste bowl underneath. EARTHY VESSELS All told, the high-raw chef uses very few utensils—there are no enormous pots and pans to go in and out of the oven or to wash up. Choose dishes and platters made of inert or natural substances—glass, earthenware and wood rather than plastic and metal. Avoid all things made of aluminum. Aluminum is highly active. When it comes into contact with the acids in some raw foods, such as tomatoes, it can be bleached out and end up in the food producing heavy metal poisoning over time. Here are some of the other things you find in my own kitchen. A special “vegetables only” scrubbing brush A large colander, with feet so that it can stand in the sink to drain Bread pans (preferably glass) for making vegetable loaves Flat boards or trays for making sweet treats Ice cube trays A garlic chopper—achieves much better and quicker results than a pestle and mortar or a garlic press Scissors for cutting up fresh herbs such as chives, parsley, mint and so on Salad bowls of different shapes and sizes Soup plates, fairly wide and deep, for individual “dish salads” Salad platters—you can create attractive banquet-like effects by serving crudités arranged on a large platter, perhaps one with several compartments for dips Several pairs of salad servers A large pitcher for drinks, and a strainer PRESERVING LIFE It is important to store living foods carefully so they stay alive. I keep my seeds, pulses and grains in sealed polythene bags or airtight glass jars. Empty sweet jars make useful storage containers, as do the plastic tubs. But glass is always best. Always cover salads as soon as you have prepared them, even if it is only for ten minutes while you prepare the rest of the meal, to protect from wilting.

Our Western Diet is based on foods of convenience—the fast food items we buy at the local corner shop or supermarket. These products are gross distortions of the REAL foods which human beings have eaten throughout history...foods to which our bodies remain genetically adapted. Our ancestors did not have bread, sugar, junk fats and all the other nutritionally depleted pre-packaged, pre-cooked stuff that we do. They ate fresh wholesome foods. Palaeolithic man’s diet was high in wholesome fats, moderate in proteins, and rich in fiber, thanks to whatever vegetables and simple fruits they could gather. CHEAP AND NASTY The modern convenience foods on which we now feed depleted of natural fiber and filled with chemicals. They are manufactured from grain-based carbs, and altered milk products then riddled sugar and dangerous trans-fatty acids—oils which have been separated out from the foods from which they are taken, then chemically altered by solvents and heat processing. FOODS CAUSE ADDICTION Apart from the destructive power of GMO foods, which are not only destroying human health but the health of the planet, another major change has taken place: Today we also swallow a kaleidoscope of colorants, flavorings, additives and ‘enhancers’, not to mention pesticides, herbicides and fungicides, which our ancestors could never have imagined in their wildest dreams. We slurp down chemical pollutants with each sip of our diet cola, and every bite of our pre-cooked meals. Quite simply, this is the fast food diet that 95% of the Western world now lives on. And, next time you upbraid yourself for what you perceive to be your lack of willpower as you reach for yet another biscuit and feel guilty about it, let the guilt go. It does not belong to you. The denatured, degraded, food we eat bears the lion's share of blame, not only for the plague of obesity worldwide, but for food addictions and cravings that lead to illness and weight gain, the development of potentially fatal degenerative diseases, from heart disease and cancer to metabolic syndrome; Alzheimer’s disease; diabetes, and dozens more. DEGENERATION BEGINS It was Weston Price, early on in the century, who first brought the scientific community's attention to the devastating effects the rise of processed foods and the destructive ways in which they damage human health. Price, a dentist, traveled the world recording the changes in the shape of the jaw and teeth which take place slowly but inevitably as each culture discards its traditional dietary practices, based on real food, in favor of our more ‘civilized’ Western fare. Price's many studies—each of which lasted between 20 and 40 years—carefully plotted the onset of degenerative diseases. It is not surprising that, after living on a diet of simple whole plant foods rich in natural fiber and a health-giving synergy of nutrients and micro-nutrients throughout evolution, the human body continues to this day find the foods we eat now anathema to health. Our genes have been attuned to naturally grown, unprocessed foods for more than a million years. Our metabolic biochemistry as human beings is designed for it. Sir Robert McCarrison—brilliant British doctor also charted the relationship between food and health. More recently, two more British doctors, Dennis Burkitt and Hugh Trowell, carried out their own extensive studies, taking Price and McCarrison’s work a step further. They carefully documented the exact sequence of events which takes place when a people's diet changes from simple, primitive, real food to packaged fast foodstuffs. Stage One: The primitive, unprocessed diet of hunter-gatherers, complete with plenty of healthy fats, good quality proteins, plus vegetable and fruit-based carbohydrate is eaten. Degenerative diseases do not exist. Stage Two: Western diet is introduced. Obesity and diabetes become common among privileged groups able to afford foods of commerce, and degenerative diseases begin to appear. Stage Three: A culture's diet becomes “moderately Westernized”. Obesity becomes more widespread, as does constipation, haemorrhoids, varicose veins and appendicitis. Stage Four: Westernized diet is now widespread. Overweight and obesity are common in all social groups. So is heart disease, high blood pressure, diverticular disease, hiatus hernia, cancer and other Western diseases. FRAGMENTED “FOODS” Like our soils, the industrially manufactured foods we eat today—from biscuits and pasta to pre-cooked convenience meals—have quite literally been taken to pieces. High-tech food production works something like this: To create a great variety of palatable foods from raw materials, you have to reduce the foodstuffs—grains and seeds, vegetables and legumes—to simple, malleable ‘nuts and bolts’ that lend themselves to whatever manipulations you want to perform on them. Take soya beans for instance. They were once considered an excellent source of complete protein as valuable as meat or eggs—more valuable in many ways, since they are so cheap. Nowadays more than 95% of soybeans grown worldwide are genetically modified. Food manufacturers still take whole soya beans, in which 30% of each bean is protein, and process them physically and chemically to extract this protein and make it ready to accept dyes and flavorings. hen they alter its texture through more processing until eventually it becomes ersatz meat. This end product—from which soy-based foods from tofu to soya milk are made—is a long way from the natural soya bean. In the course of such manipulations the little soya bean, which, pre-GMO devastation and high processing, once offered asynergy of nutrients, complex carbohydrates, essential fatty acids and fiber. By now however it has now been turned into a highly concentrated artificial material. During the operation, vitamins and minerals are destroyed. The soya bean's proteins and natural fatty acids have been denatured and chemically altered into new forms, many of which are not usable by the body. The soya has also lost most of its fiber too—a vital part of any food's health-promoting wholeness, and something absolutely essential for protection from degenerative diseases and obesity. To this artificial “food”, manufacturers then add a lot of phoney colors and flavors. Canadian expert in food science, Ross Hume Hall, puts it rather well when he says: "The product contains the same number of calories as the original soya protein, but it now consists of a set of naked molecules completely divorced from any natural context." The same is true of the way in which cereals and grains are processed. NUTRITIONAL DESTRUCTION From milk to meat to garden peas—whatever food is involved—processing destroys nutrients. According to official government handbooks, 50-70% of vitamin B6 is lost when meats are processed. 50-90% of folic acid—a vitamin of particular importance to the functioning of nerves and the actions of hormones, especially in the female body—is shed when grains are milled, while more than 80% of the mineral magnesium disappears in the same process. The multi-national food industry covers the packaging of its products with endless ‘nutritional’ information, which would have you believe that any goodness lost in processing can be made up for by ‘enriching’. Enriching is just another chemical whereby a few cheap vitamins and minerals in synthetic form are pumped back into the now fragmented food. It is categorically impossible to restore the health-giving power of wholeness to any food which has been fragmented in this way. BIG COVER-UP Similar nutrient losses happen during other phases of food handling—artificial ripening, transport and storage. Store asparagus for a week and it loses 90% of its vitamin C. Keep grapes for the same time, and they shed 30% of their B vitamins. Freeze meats and you can lose as much as 50% of two important B vitamins— riboflavin and thiamine. These are just a few examples of nutrient losses which occur every day. They are only the tip of the iceberg when it comes to the ways in which modern food handling and manufacturing processes have created highly concentrated, calorie-dense foods filled with masses of sugar (more about this in future entries) which are dangerously destructive of health, and promote both weight gain and rapid degeneration of body and mind. REAL FOOD CREATES REAL HEALTH OK, so where do you go from here? It is easy to change your food-buying habits once you clear your cupboards of the manufactured rubbish we all collect. You’ll find the healthiest, freshest, and most natural foods for lasting health at the outside edges of your local supermarket. These include crunchy fresh vegetables and fruit, fresh game and meats, seafoods and eggs. Skirt the edges, steer clear of the middle, and you’ve got the secret to becoming a successful modern-day hunter-gatherer. Remember this: Natural wholesome foods are perishable. They have to be replaced often, unlike the ready-in-a-minute, pre-made stuff that you find in the inner aisles. You will be shopping “at the edge” in another way too: You’ll be looking for foods as close as possible to those that our ancestors ate—with a wide variety of crunchy, living vegetables, especially bright-colored ones. Foods with a long shelf life don’t belong in your body. Processed high-carb foods often have a very long shelf life. This makes them great sales material for food manufacturers and retailers, since they can sit on the shelves for a long time, and are cheap to produce with high profit margins. Virtually all convenience foods and fast foods have been whipped up out of processed grains and cereals, masses of sugar in all forms, junk fats, chemical additives. Avoid them for your sake, as well as the sake of your family. You’ll be able to turn your lives around in short order. Find our for yourself. Try it.