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I love wild salmon. I always have. It’s not only delicious, but full of the best quality natural Omega 3 oils in an ideal ratio of 6 to 9 parts of Omega 3 to 1 part of Omega 6. Because 95% of our cell membranes contain fat, without adequate Omega 3 fats cells cannot function properly. The terrible news is this: our beautiful wild salmon may already be on the way to becoming little more than an ancient memory. Let me explain. The US Food and Drug Administration is notorious, under pressure from the corporate powers-that-be, for approving human consumption drugs, foods, and other questionable products which should never be allowed on the market. Whether from ignorance or stupidity—one can never be sure which, the FDA has recently outdone themselves. They’ve approved, for human consumption, a hideous, genetically grown, artificial giant salmon. This fish is an artificially concocted creature created by AquaBounty Technologies from a combination of Chinook salmon, from which a hormone-regulating gene has been extracted together with a gene from the ocean pout, plus genes and growth promoters from other fish. This man-made monster has been designed to grow at twice the rate of other fish. The size of this fish is gigantic compared with natural wild salmon. It can grow to 24 inches long and weigh 6.6 pounds instead of the much smaller wild salmon, which are about 13 inches long and 2.8 pounds in weight. This hideous creation is expected to appear in supermarkets in the United States and elsewhere within the next two years. I wouldn't touch such a creature if my life depended upon it. The FDA failed to consult wildlife agencies—something they are required by federal law to do. US Atlantic salmon as well as populations of Pacific salmon are protected by the Endangered Species Act. The FDA’s refusal to do this before giving permission for these genetically engineered monsters to become commercialized is not only irresponsible but also in strict violation of the law. At the moment a broad coalition of organizations are in the process of suing the US Food and Drug Administration for approving the first-ever genetically engineered animal. The FDA also chose to ignore complaints from some 2 million people opposing what they chose to approve. But nothing quite as potentially destructive as the GE salmon has appeared on the scene before. “Once they escape into the surrounding waters in which they are raised—and happens all the time even to conventional farmed fish— as salmon fisherman and representative for the Center for Biological Diversity in Alaska Dune Lankard says. “They’re manufactured to outgrow wild salmon, and if they cross-breed, it could have irreversible impacts on the natural world. This kind of dangerous tinkering could easily morph into a disaster for wild salmon that will be impossible to undo.” This ghastly new GE salmon is now destined to undertake its 5,000-mile journey to appear in US supermarkets in less than two years. As Dana Perls, food and technology campaigner for Friends of the Earth, says, “Major retailers, including Costco, Safeway, and Kroger won’t sell it, and polls show the vast majority of people don’t want to eat it. Yet under this approval it won’t be labeled, violating our fundamental right to know what we are feeding our families.” Let’s hope, for the health of our children, that these lawsuits are successful. The world we live it is becoming frighteningly destructive to ourselves, our animal friends and the earth itself. I believe it is vital that we all be come aware of this and protect our planet as much as humanly possible

Quite literally, the menses is the period of waxing and waning between one new moon and the next. Once menstruation begins at puberty, which is a woman's first rite of passage, the ebbs and flows which her body goes through each month are the stuff of which the second movement in her life's hormonal symphony is made. This part of her life has one major goal - childbearing. Its success depends greatly upon the two major steroids - the oestrogens and progesterone - working in close communication with her body's major control centers, the pituitary and hypothalamus. Only since the late nineteenth century have women's menstrual cycles - the menses - been investigated scientifically. The name menses also comes from a Greek word - meaning `month'. It in turn is derived from an even older word meaning `moon'. master controls A neural nuclei in the limbic brain, the hypothalamus, is the control center for homeostasis. It balances and oversees biochemical and energetic changes throughout the body. The limbic system in which it sits is the most primitive part of the brain. It is the part which deals with emotions and with our sense of smell, with our passions, and with all the unconscious interfaces that take place between mind and body. The actions of the limbic lie beneath the level of the thinking mind. This is one of the reasons that the hypothalamus is often referred to as the `seat of emotions'. When excited, the hypothalamus triggers desire - for food, for water, for adventure, for sex. Its actions can also be influenced by inhibitory thought patterns. In a woman frightened of becoming pregnant, for instance, the fear itself - via the hypothalamus - can dampen sexual desire or even disrupt menstrual cycles so she remains barren. The hypothalamus also responds to alterations in the electric and magnetic fields of the earth and of moon, and to other planetary events, as well as to electromagnetic pollution in our environment and the positive stimulus of energy medicine. It reacts to bodily changes that take place as a result of meditation, and its activities are influenced by spiritual practices - which is a major reason why women who meditate regularly tend to develop greater emotional balance, as well as why repeated experiences of joy or stillness can dramatically improve various female complaints such as PMS and hot flushes in both menstruating and menopausal women. sacred cycles There are three main branches of the female endocrine system involved in menstruation. The first is the master gland, the hypothalamus. It releases gonadotropin releasing hormone (GnRH). The second is the anterior pituitary, which releases follicle stimulating hormone (FSH) and luteinizing hormone (LH) - both of which are secreted in response to GnRH from the hypothalamus. The third is made up of the oestrogens and progesterone which, during a woman's non-pregnant childbearing years, are secreted by the ovaries in response to FSH and LH. It is the symphony of interactions and feedback mechanisms between these three branches that bring about the blood ritual of menstruation. All of the hormones released during a menstrual cycle are secreted not in a constant, steady way, but at dramatically different rates during different parts of the 28 day period; a cycle which like everything else in a natural world involves birth, maturation, and death, only to lead to new birth again - in this case, of the egg a woman's body produces. Menstruation itself is simply the elimination of the thickened blood and blood filled endometrium in the womb - the lining developed in preparation for a possible pregnancy. For when a pregnancy does not occur, this lining is shed at monthly intervals under the control of oestrogen and progesterone with a little help from their friends GnRH, FSH, and LH. When ovaries are not stimulated by the gonadotrophic hormones from the pituitary, they remain asleep, as they were during childhood and as they become again after menopause. For the first 8 to 11 days of the menstrual cycle, a woman's ovaries make lots of oestrogen. Within the ovary itself are little things called follicles - partially developed eggs. One of these will be released each month in hopes of meeting up with the sperm and creating an embryo. It is oestrogen which prepares the bloody lining of the uterus and causes the follicle to develop in the ovary, bringing it to the surface of the ovary and preparing for the release of one of the eggs. The word oestrogen, like the hormones produced in a woman's body which belong to this family - oestrone, oestradiol, and oestriol - comes from oestrus, a Greek word meaning `frenzy', `heat', or `fertility'. It is oestrogen which proliferates the changes that take place at puberty - the growth of breasts, the development of a girl's reproductive system, the reshaping of a woman's body. It also alters your vaginal secretions, making them more viscous and less watery, and it causes your body's temperature to rise at the time of ovulation, by about one degree. Each girl baby is born with all the primary follicles she will ever need. At the time of puberty, a girl's ovaries contain about 300,000 of these follicles. And while each woman only produces one or two fully developed eggs each month, somewhere between 100 and 300 follicles have to start developing in order for one to become fully grown, so a woman can lose between 100 to 300 follicles a month. However, since she started with 300,000, she will have enough to last all her reproductive life. On day one of each monthly cycle - that is, the day of the onset of menstruation - first the production of FSH and then of LH increases. This increase in hormones from the anterior pituitary triggers a group of ovarian follicles each month, causing accelerated growth in the cells surrounding them. As cells around the eggs grow, they secrete a follicular fluid which contains a high concentration of the oestrogen oestradiol to bring about many other changes, developing the potential of one of the follicles so that it becomes capable of being fertilized by the male sperm. It is not the oestradiol alone secreted by the follicle which brings about the maturation of the egg, however. Luteinizing hormone (LH) from the anterior pituitary continues to be secreted to help the process along until after a week or more, when one of the follicles outgrows all of the rest. This is the one that will become the female egg ready for impregnation. The remainder of the follicles now begin to involute. LH becomes particularly important at this stage in order for the final follicular growth to be completed and ovulation itself to occur - that is, the release of the egg into the fallopian tubes for its journey down into the uterus. So the rate of secretion of LH by the anterior pituitary increases markedly, rising 6 or 10 times then peaking about 18 hours before ovulation - the release of the egg into the fallopian tubes for its journey down into the uterus. The production of FSH also increases at this time, and these two hormones act together to cause a swelling of the follicle during several days before ovulation. Finally ovulation takes place usually around the fourteenth day, in the middle of your cycle. enter progesterone LH also alters the cells around the egg follicle, so that now they secrete less oestradiol, but progressively rising amounts of progesterone. This means that the rate of oestrogen secretion begins to fall about day thirteen, one day before ovulation occurs. But as small amounts of progesterone begin to be secreted, very rapid growth of the follicle takes place. Beginning with this secretion of progesterone, ovulation occurs too, triggered yet again by the luteinizing hormone from the anterior pituitary. During the first few hours after the ovum has been expelled from the follicle, more and more rapid physical and chemical changes take place to the egg in a process called luteinization. At this stage - known as the luteal stage of a woman's cycle - the follicle becomes known as the corpus luteum, or yellow body. The cells around the egg begin to secrete larger quantities of progesterone, as the level of oestrogen decreases. Some of the cells around the egg become much enlarged. They develop inclusions of lipids or fats which give them their distinctive yellow color. From now on, development becomes rapid until seven or eight days after ovulation, when it peaks. As soon as a follicle releases an egg, the ovary switches over from pumping out oestrogen to primarily making progesterone. Progesterone is only synthesized when you ovulate. In fact, ovulation changes the whole ball game. No longer is there a need for further build up of the womb lining. The challenge now is to hold on to the secretory endometrium, and to render it capable of nurturing a fertilized egg long enough for it to grow into a baby. That is progesterone's task. The progesterone released with the egg has a negative effect on the other ovary. Its release tells the other ovary: "Hey, we've got an egg out now, so you don't have to worry about producing any." For even though women have two ovaries, they usually produce only one egg a month. The business of fraternal twins - that is, both ovaries releasing an egg at the same time - only happens once every three hundred months, which is why fraternal twins are so rare. The corpus luteum, which forms each month, is a tiny organ with a huge capacity for hormone production. It releases large quantities of progesterone, plus some oestrogen, which cause a feedback decrease in the secretion of FSH and LH by the anterior pituitary, so that no new follicles begin to grow. But as soon as the corpus luteum degenerates at the end of its 12 day life - which is about the 26th day of the female sexual cycle - this lack of feedback triggers the anterior pituitary gland to secrete several times as much FSH, followed a few days later by more LH as well. This in turn stimulates the growth of new follicles to begin the next ovarian cycle. And at the same time, a fall in progesterone and in oestrogen secretion trigger menstruation. peaks and falls From day 1 until about day 13 of a woman's menstrual cycle, the level of progesterone in her body is very, very low. Yet the point at which a follicle is released, it continues to rise dramatically until day 21 to 23, at which point it begins to fall down again to its lowest level, as menstruation begins around day 28. In addition to maintaining the endometrium and shifting down activity in the other ovary, the progesterone provided each month travels to other parts of a woman's body to fulfill other roles. It protects her from the side-effects of oestrogen for one thing, helping to protect her from getting breast cancer, from retaining water and salt, from high blood pressure, and from becoming depressed. Progesterone also brings surges of libido. You still hear a few so called experts say that oestrogen increases libido. But think about it. Which hormone would you rely on for sex-drive - oestrogen, which is present before the egg is made, or progesterone, which comes after the egg is released and is ready for fertilization? Libido increases with progesterone surges. When this rhythmic cycling of oestrogen and progesterone during each lunar month gets out of sync (and many things in modern life can cause this) then all sorts of things can go wrong - from infertility to PMS, depression, bloating, endometriosis and fibroids. For the oestrogens and progesterone, each have their characteristic roles to play, and for a woman to be healthy they must balance each other. the last and the first So do all the other steroids: This group of hormones to which cortisol, aldosterone, progesterone, DHEA, testosterone and the oestrogens belong, is intimately involved in how you feel both physically and emotionally, as well as how rapidly your body ages. Steroids have a characteristic molecular structure which resembles cholesterol, from which they are all ultimately derived. Cholesterol is the vital fatty substance that has had such a bad press in recent years, but which is absolutely essential to life. Out of each steroid hormone made from cholesterol, yet another - and following that another - can be made in a knock-on effect. For instance, pregnenolone is the steroid manufactured directly from cholesterol. It in turn becomes a precursor to progesterone, as well as to other hormones. Natural steroid hormones such as progesterone, made by biosynthesis in your own body, have this remarkable capability to act as precursors. In other words they are capable of being turned into other hormones further down the pathways as and when your body needs them. Progesterone is mother of many other hormones. It can eventually be turned not only into various oestrogens, but also into cortisol - the anti-inflammatory hormone - and into other steroids such as corticosterone or aldosterone, with equally important jobs to do. All of these conversions happen through slight alterations in the shape of a molecule, thanks to the actions of enzymes, each of which carries out a specific task. But these conversions can only take place if the molecules on which the enzyme is acting "fit" precisely - both electromagnetically and stereochemically - into its structure. All of these changes which take place through the magic of enzymes occur in the presence of vitamin and mineral cofactors such as magnesium, zinc, and B6, which catalyze each enzyme reaction. They are all carefully modulated by elaborate feedback mechanisms as well. The names and chemical transformations from one steroid to another are not important to remember. What is important is that you get some sense of just how complex hormone synthesis and interactions can be, and how important it is to have sufficient cofactors as well as `primary' hormones, such as pregnalone and progesterone, to be able to synthesize others. A rich hormonal symphony? Immeasurably. Yet all this still does not even begin to take into account the myriad pathways by which these steroid hormones interact with other hormones, or master central mechanisms within the hypothalamus and pituitary, or psychoneuroimmunological pathways by which hormones effect our emotions, and emotions our hormones. sabotage It is in coming face to face with the rich textures of such hormonal symphonies that the synthetic progestagen drugs can come a cropper. When you look at the structures of their molecules, in every case you find that although they resemble your body's homemade hormones, their shapes have been altered slightly by adding extra atoms here or there at unusual positions. It is this that has enabled them to qualify as patentable drugs. However, unlike the natural hormones - which they attempt to mimic, and which not only fulfill their own functions by binding with their own receptor sites but also act as precursors for a myriad of other hormones with other important jobs to do - the progestagens are end-product molecules. They are also completely foreign to the living body. Unlike nature's own steroids they can also not be augmented or diminished as necessary to maintain balance, and to keep the body's hormonal symphony flowing smoothly. They also cannot easily be eliminated when their levels get too high. Although the synthetics can still bind with the receptor sites of the hormones they are made to mimic, they don't fit as well as the homemade steroids do into the enzymes meant to act upon them. This means they are not under the watchful eye and control of these enzymes, nor of the body's self-regulating capacities. Drug-based oestrogens and progestagens in contraceptives and HRT cocktails can significantly disrupt a woman's normal hormonal cycles by introducing foreign elements into her body. They also virtually wipe out the moon cycles to which a woman's natural fertility and spiritual balance are inexorably bound from puberty onwards. So although in the short term they may temporarily do a job such as provide birth control or quell heavy bleeding in a menopausal woman, in the long run they only sabotage hormone balance, by turning harmony into dissonance - a dissonance capable not only of causing disruptions in a woman's health and physical body, but also of creating emotional and spiritual confusion in her life. This, sadly, is not something you will find described in the Merck index that warns doctors of a drug's side-effects, however. For the spiritual aspects of health and healing tend to be all but forgotten in the linear thinking that underlies most twentieth century medicine. In the mechanistic western world of drug-based treatments, where we are trained to take a pill for whatever ails us, this concept can be a little strange for some women to grasp. Especially if they are well educated, intelligent, and if they have been urged from puberty to rely on oral contraceptives - even told they are irresponsible if they don't. Or if they have been filled with fear that if they don't take HRT as menopause approaches their life is going to fall apart. friends and lovers Quite apart from their biochemical actions, rather like people, hormones have characters with highly individual personalities. To the biochemist, the `personalities' of the oestrogens and progesterone will always remain a mystery. He is interested in nothing beyond their molecular configurations. But many women come to know these personalities well - by allowing intuition and instinct to be their teachers. When progesterone is surging through the body, a woman can feel high. Provided her body is producing enough of this steroid, she is likely to feel great. Your senses are keen when progesterone is running. Smells smell sweeter - or more horrible. Touching, sensing, tasting, hearing, are all richer experiences than usual. In the presence of progesterone, women have a desire to do something, to create something, to work in the garden, to dance or sing a song, or make love. Sometimes progesterone surges can feel like falling in love. They can bring feelings of balanced wellbeing together with excitement - a desire to explore new worlds, and to try new things. This can happen during the luteal phase of the menstrual cycle after ovulation, when the follicle turns into the yellow body (or corpus luteum), but it becomes far more intense when you are pregnant. It is a high level of progesterone that makes a woman feel on top of the world during the last months of pregnancy. At this time the placenta churns out an amazing 300 to 400 milligrams of the steroid, while during the luteal phase of your menstrual cycle it will have only been producing 20 milligrams or so a day. I suspect that among those women who seem to get pregnant over and over and who so love the whole experience, you are likely to find high progesterone levels. You also find them in women who have trouble-free menstruation. Sadly the opposite is true too: When progesterone is low - as it is in a growing number of women now, who have been subjected to manufactured hormones and who, living in the polluted world, have become oestrogen dominant - women never seem to feel well even during pregnancy. Many have all sorts of troubles with their female organs and cycles including PMS - sometimes from puberty right through to death. when oestrogens flow The oestrogens have quite a different character. When oestrogens peak in the menstrual cycle just before the `fall' of ovulation, a woman feels less independent. She is more willing to adjust herself to the needs of others. She is more inclined to see herself in relation to men too instead of as a woman in her own right. When the oestrogens are running, women like to attract a mate not so much to draw him into her body as to comfort, admire and care for her. Her ovaries seem to be smiling - `whatever you want, I'm happy to give', they seem to say. A few women who by nature are high oestrogen producers feel quite dependent on others for approval, and for the definition of their being. While such an experience can be lovely and make a woman feel highly `feminine', it can also go too far. However, in these women, when menopause finally arrives and oestrogen levels drop dramatically, often they find to their surprise and delight that for the first time in their lives they begin to feel complete in themselves - as though they don't need anybody else to validate their lives. Provided they are otherwise well, menopause can be sheer joy in the sense of freedom it brings these women - that is, once they get over the shock of being such a `different person'. From a biological point of view, there are many important actions that progesterone and oestrogen exert upon the body and psyche. Since these are little known among women and doctors alike it is worth looking at a few: Effects of Progesterone Effects of Oestrogen Increases libido Decreases libido Prevents cancer of the womb Increases risk of womb cancer Protects against fibrocystic breast disease Stimulates breast cell activity Maintains the lining of the uterus Proliferates the lining of the uterus Stimulates the building of new bone Slows down the resorption of old bone Strengthens skin Thins skin Is a natural diuretic Encourages salt and water retention Brings antidepressant effects Can produce headaches and depression Encourages fat burning and the use of stored energy Lays down fat stores Normalizes blood clotting Increases blood clotting Concerned with the procreation and survival of the fetus Concerned with the development and release of the egg Precursor to important stress hormones End-molecule steroids The reproductive hormonal menstrual cycle of a woman between puberty and the menarche is a superbly ordered natural work of art. It becomes so much a part of our lives that unless we have some particular difficulties with PMS or fertility, we hardly give it any thought. Not, that is, until things begin to alter. Once they do begin - in most women sometime between the age of forty and fifty - they usually change gradually, until finally a woman senses that something deep in her being has shifted. Such feelings herald the coming of menopause - the third phase of a woman's life.

Make them the base for salads, add them at the last minute to homemade soups, even carry them around with you in a bag and eat them instead of chocolate bars and biscuits. They are sweet and delicious and won’t leave you with an energy slump. An excellent way to cram your meals with goodness is to sprout your own seeds (sometimes called bean sprouts). Seeds and grains are latent powerhouses of nutritional goodness and life energy: Add water to germinate them, let them grow for a few days in your kitchen and you will harvest delicious, inexpensive fresh foods of quite phenomenal health-enhancing value. The vitamin content of seeds increases dramatically when they germinate. The vitamin C content in soya beans multiplies five times within three days of germination - a mere tablespoon of soybean sprouts contains half the recommended daily adult requirements of this vitamin. The vitamin B2 in an oat grain rises by 1300 percent almost as soon as the seed sprouts, and by the time tiny leaves have formed it has risen by 2000 percent. Some sprouted seeds and grains are believed to have anticancer properties, which is why they form an important part of the natural methods of treating the disease. Another attractive thing about sprouts is their price. The basic seeds and grains are cheap and readily available in supermarkets and health food stores - chickpeas, brown lentils, mung beans, wheat grains and so forth. And since you sprout them yourself with nothing but clean water, they become an easily accessible source of organically grown fresh vegetables, even for city dwellers. DIY Sprouting When you discover how economical and easy it is to grow sprouts you will want to have some on the go all the time. Once germinated, you can keep sprouts in polythene bags in the fridge for up to a week - just long enough to get a new batch ready for eating. Most people grow sprouts in glass jars covered with nylon mesh held in place with an elastic band around the neck, but I have discovered an even simpler method which allows you to grow many more, and avoids the jar method problem of seeds rotting due to insufficient drainage. You will need the following: seeds (e.g. mung beans) seed trays with drainage holes, available from gardening shops and nurseries a jar or bowl to soak seeds in overnight a plant atomizer - from gardening or hardware shops a sieve nylon mesh - available from gardening shops. Place two handfuls of seed or beans in the bottom of a jar or bowl and cover with plenty of water. Leave to soak overnight. Pour the seeds into a sieve and rinse well with water. Be sure to remove any dead or broken seeds or pieces of debris. Line a seedling tray with nylon mesh (this helps the seeds drain better) and pour in the soaked seeds. Place in a warm dark spot for fast growth. Spray the seeds twice a day with fresh water in an atomizer and stir them gently with your hand in order to aerate them. After about three days place the seeds in sunlight for several hours to develop the chlorophyll (green) in them. Rinse in a sieve, drain well and put in a polythene bag in the fridge to use in salads, wok-fries etc. There are many different seeds you can sprout - each with its own particular flavor and texture. Have fun discovering which ones you like best.

Want to control your weight? The key to this may be simpler than you think: Get more sleep. A brand new study of 1800 sets of twins reveals that those twins who slept nine plus hours a night had a drastically increased ability to combat genetically-predisposed weight gain, compared to the twins who slept less than seven hours. What this means is that, when you do get enough sleep, your genes become less critical in determining how much weight your body lays down. You will no longer at the mercy of your DNA. If at the same time you make good lifestyle choices like eating a healthy diet, and getting some regular, enjoyable exercise, can set the stage for living a long, slim, healthy life. If you are someone who has long struggled with weight control, this is great news. A few extra hours of sleep a night could throw the ball of weight control right back in your own court. MEET YOUR ALLY The word leptin means ‘thin’ in Greek. Leptin is an important hormone which helps regulate your metabolism. It tells your brain when you have had enough to eat—the experience known as satiety. Earlier studies have shown that, when you are sleep deprived, your body’s levels of this hormone drop, and you develop what is known as leptin resistance—a condition which interferes with fat burning. Meanwhile, levels of another important hormone ghrelin (leptin’s hunger-signaling counterpart) rise. This results in your experiencing increased appetite and food cravings—especially for carbohydrates like grains, cereals, sugars and junk food—all the stuff which makes us fat and undermines our health. NIGHT AFTER NIGHT John Keats in his ‘Sonnet to Sleep’ called sleep the “soft embalmer”, praising its “careful fingers” and “lulling charities”. How right he was. The benefits sleep bestows on us extend far beyond weight control. Sleep helps heal our bodies and our minds—enabling us to integrate new information with ease. When we are sleep deprived, however, our bodies come under biological stress. They begin to respond in negative ways in an attempt to protect us: Muscles get tense. Heart rate and blood pressure go up. Digestion becomes disturbed and your stress hormone, corticosterone, floods the system. Then your body lays down yet more fat deposits while refusing to let go of the ones already there. But here’s the rub about sleep deprivation. In case you think you can “catch up” after prolonged periods of too little sleep, you can’t. For sleep to become an ally in your fat-fighting armory, you need to get plenty night after night. WHAT’S BEST The new twins research shows that some of us need nine or more hours sleep a night to receive weight control benefits. But there are no hard and fast rules. So instead of trying to adhere to a strict eight or nine-hour-a-night regime, listen to your own unique body. When you do, it will tell you how much sleep you should be getting. Life factors such as age, stress or illness, occupation, sex, diet and pregnancy mean that some people will need more sleep, and others less. Check this out: Are you often tired upon waking? Do you get sleepy throughout the day? Experiment. See how you feel after different amounts of sleep, and find what works for you. Your entire being—not least of all, your slimmer waistline—will thank you for it. To here more click here

Depression is a killer. I know. I suffered from it badly in my twenties. I think I must have been born with a genetic tendency towards it. As a result, I know so well the deep sadness, feelings of shame and helplessness, the terrible fatigue coupled with not being able to sleep to relieve it, the poor concentration and the strange shifts in appetite that come with it. When you feel depressed, you often feel anxious as well. I’ve learned a lot about how to help people banish both. depression There are many causes of depression—some come from the body and some from the psyche. I believe you can’t separate the two. Just as your body and mind interact with each other to produce the dark, seemingly endless blues that can set in at any period in your life, so can your body and mind work together to clear depression from your life. Few people know this, but wherever you find depression, you almost always find a mass of creative energy as well, which—for one reason or another—has remained blocked. This makes you feel impotent and helpless until it can be set free. You may discover that you have been trying to live your life too conventionally—that is, by other people’s rules—rather than trusting yourself, honouring your own unique truths, and living by them, come hell or high water. When depression is long-standing and debilitating, you may even come to feel you have no soul to live from. This is completely untrue. I love the wonderful American saying, “Tell the truth and shame the devil.” Once you learn to do this, depression begins to its grip on you forever. Deep cleansing your body Deep cleansing your body is the first step to releasing blocked creative energy and restoring the biochemical balance to wash your blues away. Try following a long-term way of eating based on real food, not the packaged stuff they try to sell you in supermarkets: fresh spray-free vegetables—many of them raw—and top quality proteins from wild fish, organic meat, free range chicken, and eggs. Avoid all cow’s milk products including milk itself, yoghurt, and cheese (butter is OK because it is a fat, and it’s the milk protein that tends to cause problems for people prone to depression). Explore sheep milk, cheeses and yogurts, goat milk products or buffalo milk products—my favorites. Must important: Stop eating anything made with wheat or other grains and cereals, including pasta, breakfast cereals, breads and biscuits. Make all processed convenience foods a thing of the past. Eat Real Food A diet free of convenience foods releases you from the sort of metabolic disturbance which causes mood swings and depression. It was just such a diet—one in which at least 50-75% of the foods I ate were raw—that cleared my own deep depression. It frees your body and opens up your mind. You start to see life with a much broader view. You begin to feel a sense of excitement each day with whatever you are doing. But be patient. It takes time for the transformation to happen. Gradually feelings of depression and impossibility melt away like snow drifts in the warmth of spring sunshine. You begin to experience your own natural energies as a more balanced state of mind emerges. More peaceful and centered, you come to see that you are really able to do whatever it is you want to do. Your body is a magnificent system capable of the most incredible regeneration and renewal. You can let go of all the anti-depressant drugs. Recent research shows that most are no better than placebos. When you learn to live on simple, pure, natural organic foods, this helps you transform your whole being physically, emotionally and spiritually—in effect, to discover who you are at the deepest level of your being, and come to live your life from there. I did it. So have thousands of others who never dreamed this might be possible. So can you. A human being is most certainly "fearfully and wonderfully made". It’s time to discover this for yourself.

Children are extraordinary people - neither the dewy-eyed little darlings we put on our Christmas cards nor the wild savages we fear will grow up to be criminals if not disciplined properly. And Nature's child is indeed wild - wild because he doesn't fit into our idea of what is and isn't done, wild because he hasn't learned the subtle art of concealment and hypocrisy we cultivate as adults, wild because no matter how much we try to make him conform to our will, if he is lucky he never will, so strongly directed from within is he by his own destiny. As adults, most of us can't help trying. When we try too hard, we succeed only in turning our children into the same hypocrites we ourselves have learned to be. It was a little girl named Jill - a freckle-faced, runny-nosed, redheaded three year old - and two of her nursery-school friends who first made me aware of my own hypocrisy. Jill and a friend were setting up an imaginary tea party. They had carefully laid the small table with battered plastic cups, filled the cracked teapot and put wadded-up pieces of paper in a paper cup for sugar cubes. During all of this the two girls chattered in obvious imitation of their mothers. `Who else is coming to tea?' asked Jill. `Oh, you know that awful old Mrs Simpson - the one who always has her hair in curlers,' replied her friend. `Do you know she doesn't even bother to put a coat over her nightgown when she goes out for the milk?' So the conversation went as the two girls, unaware that anyone was listening, prepared for their guest. When the table was all set, Jill leaned out the window and told a third little girl she could come to the party now. She entered the play house and was greeted with exclamations of: `Why, dear Mrs Simpson, how very nice of you to come. It is so lovely to see you.' I thought to myself how often a scene similar to the one I was witnessing takes place. I was trying to remember the last time I'd been guilty of this kind of two-faced behavior, when my thoughts were interrupted by `Mrs Simpson,' who had been seated at the table. Suddenly she rose, dumped her `tea' back into the cracked teapot, and said very slowly and deliberately: `I heard what you said about me from under the window, and I don't like it. I'm not going to be your old Mrs Simpson any more no matter how nice you are to me, so there!' Young children hate being patronized. They react strongly when someone is false with them. The less privileged the family background of the child, the easier it seems to be for him to see through superficial geniality - and the more demanding he becomes of true, undivided attention and real relationships with adults.

The secrets of aging are hidden deep within the molecular structure of the living organism. One of the great biological mysteries, aging is a universal phenomenon - a simple fact of being alive. But how rapidly it occurs is by no means universal. By now much research has been carried out into the processes of aging and all sorts of theories have developed about how and why it happens. The aging clock theory sees aging as programmed by a preset number of cell divisions, the time between which is said to determine our life span. The cross-linking of protein theory suggests that molecular alterations in the body's protein molecules cause micro fibers to be laid down creating loss of elasticity, stiffness and degeneration. The errors in DNA theory insists that chemical exposure, general toxicity and basic genetic tendencies distort the genetic material of cells so they can no longer reproduce normally. Still other theories claim aging comes from changes in brain function to undermine the function and regulation of balance in hormones and the nervous system, or from auto immunity where the immune function declines, or from stress. The one thing that all theories of aging seem to have in common is recognition that degeneration is associated with free radical damage. The more free radical damage takes place, the older you get. The more you are protected from free radical damage the more you are protected from aging.

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.

We’ve inherited a fear of the sun. It has developed out of simplistic thinking and a commercially-fuelled set of false beliefs. Here’s the inside story: Ultraviolet light is NOT the fundamental cause of skin aging nor skin cancer. Exposure to the sun is not the main reason that skin wrinkles happen. And here’s some shocking news: The chemical sunscreens we now use to protect ourselves from wrinkles and cancer contribute to both. EXTRINSIC AGING Rough, loose, creviced, wrinkled skin, complete with irregular blotches—it’s known as photo-damaged skin or extrinsically aged skin. It is always blamed on exposure to sun. It is not exposure that causes it; it is the misuse of sun coupled with exposure to mounting levels of destructive chemicals that are the real culprits. To get a first-hand feel for what this looks like, take a look in the mirror at the skin on your bottom. It looks ten or twenty years younger than skin on your face. The difference speaks volumes about what extrinsic aging looks like. How do you avoid it? The ads tell us to smear on more sunscreens. The truth is far more complex. Extrinsic aging means skin damage triggered by external factors—high exposure to UV light from tanning beds or sitting in the sun at the wrong time of the day, chemicals in the environment, and—in many ways—the products you’ve been told to use to protect yourself from them. Mounting evidence indicates that many sunscreens contain carcinogens and that the rise of skin cancers parallels the increase in sunscreen usage Lita Lee, pHD BANISH SUNSCREENS Most sunscreen chemicals which should be protecting your skin from damage actually cause it. They eat up your body’s natural enzymes designed to guard against degeneration. A growing awareness of this in the cosmetic industry has led manufacturers to add free radical scavengers, like vitamin A derivatives and phytonutrients, to their sunscreen products. It’s a bit like sweeping dust under a carpet; this only hides the issue. Chemicals used in sun products and other toiletries do not belong in our bodies. As Rachel Carlson insisted half a century ago, their ubiquitous presence in animal bodies undermines health, vitality, and in this case, beauty too. COSMIC RADIATION The sun produces high energy rays from cosmic and gamma and X rays through longer, lower UV, infrared, microwaves and radio waves. Gamma and X radiation are mostly filtered out by the earth’s atmosphere, although flying in jets at 35,000 feet exposes your body to them in big quantities. This is one reason we need extra antioxidant protection when boarding a long haul flight. When gamma rays—which are also used to irradiate foods and sterilise medical equipment—hit water molecules in a living body, free radicals are generated in large numbers, important enzymes are destroyed and your skin’s natural protective ability is undermined. BREAKING THE WAVES The UV rays—most likely to trigger aging in an unprotected or polluted skin span from 190 to 400nm. They come in three varieties: UVA (320-400nm). Deep penetrating ‘silent-killer’ aging rays. UVA radiation can delve deep into the dermis and wreak havoc with DNA and collagen, triggering degenerative changes especially in light-colored skin, messing up the skin’s enzyme systems and cross-linking its collagen. UVB (200-290nm). Shorter, these guys penetrate more superficially. They can oxidize skin’s natural oils, dry it out and undermine its ability to protect itself on the surface. UVB are mostly responsible for burning. They are what chemical sunscreens try to mitigate in an attempt to prevent sunburn. UVC (280nm and shorter). Highly dangerous to skin. Most of these are filtered out by the biosphere, but you can be subjected to them from most office lighting. FACTS AND FICTIONS Photo aging got its name because it often develops out of excessive exposure to UV radiation. You see it in sun-worshippers on the beaches of Australia’s Gold Coast or California’s Venice Beach. Extrinsic aging mimics the destructive damage all skin is exposed to over time. This damage can happen fast when you hang out too long in the sun, especially between 11am and 4pm. Chemical pollution, long periods of intense physical activity, alcohol, cigarettes and drugs—just like excessive UV radiation—all generate high levels of reactive oxygen species in the skin: Super oxides, hydroxy radicals and hydrogen peroxide. These cause free radical damage, degrade and cross-link collagen, and help produce wrinkles, sags and age spots. Like the rest of these onslaughts, big doses of sun also accelerate the formation of advanced glycosylation end-products (AGEs) to interfere with cellular functions and make skin lose elasticity. However, the notion that sunlight is the bête noir in all extrinsic aging is absolutely untrue. REAL CAUSES Our ancestors were exposed to the sun’s UV rays for over a million years of evolution. The human body is genetically adapted to sunlight, and well equipped to handle it. The exponential rise in skin cancers began in the twentieth century—not in all those years of evolution. What’s happening? Two things. With each decade that passes, we are bombarded with higher and higher levels of chemical aggression in our environment, and forced to handle more electromagnetic pollution. Together they produce toxic build-up in our body, stressing its natural antioxidant systems and undermining our immunity. This triggers degenerative processes, increasing our skin’s sensitivity to UV damage. It also makes us highly susceptible to cancers. Yet we continue to assault our skin with more chemicals in the form of irresponsibly formulated cleaning products, herbicides and insecticides, and to use skin and body care products to deliver yet more chemicals directly to the skin. CHEMICAL OR PHYSICAL The standard protocol for sun protection is to smear on more chemical sunscreens. Selling them is a $3.5 billion a year business, and growing rapidly. We fear aging and skin cancer so we keep buying. Yet much of what we buy significantly contributes to the damage we are trying to prevent. Sun “protection” products come in two forms—chemical sunscreens and physical sunblocks. A few products contain both. Physical block products literally create a physical barrier of fine, non-reactive minerals on the surface of your skin, rather like micro-fish-scales. They reflect excess UVA and UVB back into the atmosphere instead of letting skin absorb it. They are good and not dangerous. Using them is like wearing a hat or a veil so the sun’s rays don’t penetrate at all. No commercial sunscreens have been proved safe. Their chemicals penetrate the skin into the circulation and add to the burden of toxins to be detoxified. Joseph G. Hattersley Chemical sunscreen products—most sun protection products fit into this category—are different. They do not reflect. They absorb UVB and UVA rays, allowing them to penetrate your skin. Many chemical screens these days have begun to target UVA radiation as well as UVB, but the “sun protection factor” (SPF number) you read on a product’s label will have been calculated entirely by how much UVB radiation the chemicals it contains are able to absorb. Unlike physical sunblocks, chemical sunscreens “absorb” the UVB radiation in an attempt to neutralize. They are rapidly used up in the formation of new chemical compounds which your skin then has to find ways of detoxifying from your system. WAY TO GO To protect yourself from aging and cancers, you need to limit your use of chemically-based sunscreens. Better still, throw them out. Go for a mineral-based sunblock, or use one of the new mineral foundations every day. Based on physical agents like titanium oxide and zinc oxide, these products reflect the light instead of relying on chemicals to ‘absorb’ and transmute it. They are safe, inert, and protective. Other physical screens are commonly used by surfers, skiers, cricketers, and tennis players. But choose your block carefully. Unless the mineral fragments have been milled into micro-particles, they can make you look a bit like Marcel Marceau. GET SAVVY ABOUT THE SUN Here are some important things to remember about tanning and how to protect your skin from extrinsic aging and cancers: There is no way to get a safe tan. Never use a sunbed. They filter out UVB burning rays but let the UVA in deep. They are automatic aging machines which increase your risk of melanoma. SPF numbers don’t tell you about UVA protection from wrinkling and aging. Most only deal with UVB protection against burning. For the safest protection from aging and burning, read labels. Shun chemical sunscreens in favor of physical sunblocks—products based on micro minerals such as titanium dioxide or zinc oxide which won’t absorb the sun’s rays or react with your skin. Apply a sunblock a quarter of an hour before going out into the sun. Water resistant products are not what they seem. Their effectiveness is compromised by sweat and swimming. Reapply your sunblock often. If you are or have been using any kind of AHA’s, Retin-A or Renova or any other pharmaceuticals on your face, cover it with a hat as well as a physical sunblock and don’t spend a lot of time outdoors. Never get sunburnt—the damage it causes continues to get worse for 24 hours after the initial burn appears, and when the burn has been severe, can last a lifetime. Think twice before taking oral contraceptives or HRT. Use of these hormone-based drugs is correlated with a three times greater risk of sunburn and skin damage. Take a tip from the Arabs, who know a lot about sun protection. Cover your body well when you plan to spend long hours outdoors. Always wear a hat. Use one of the excellent non-reactive mineral-based makeup products on your face which last all day, look natural, cover your skin and reflect UV rays, while making your skin look fabulous. Devita Solar Body Block SPF 30 Natural, Safe, and Inexpensive Buy Devita Solar Body Block SPF 30 Jane Iredale Mineral Makeup GLOW TIME™ FULL COVERAGE MINERAL BB CREAM Glow Time comes in six great colors, covers blemishes, minimizes pores, disguises wrinkles and smoothes and brightens skin while providing SPF 25 UVA?UVB PA++ Buy Jane Iredale Mineral Makeup