By: Cat Ebeling, RN, MSN-PHN, co-author of the best-sellers:  The Fat Burning Kitchen, The Top 101 Foods that Fight Aging & The Diabetes Fix

Men today face an uncomfortable fate that seems to be happening at younger and younger ages—at alarming rates.

Men’s testosterone levels have been declining for several decades. The average modern man has testosterone levels far below levels from even 50 years ago and most likely drastically lower than men hundreds of years ago.

While it is somewhat normal for testosterone levels to decline with age, there has been a generational drop, with every generation, since the 70’s or before. On average, our Gen Z men and millennials have significantly lower levels of testosterone when compared to their fathers and grandfathers—and probably farther back in the family tree.

Measuring testosterone levels in men only dates to the mid 20th century, and obtaining accurate measurement of testosterone in blood has only been possible since the development of radio immunoassay techniques in the 1960’s, otherwise, we would most certainly see a serious decline in testosterone going back several generations.

Average total testosterone level of a 60-year-old man in the late 80’s was approximately 17.5nmol/L or 504.32ng/dL, according to this 2007 study. However, a 60-year-old man in 2002 had an approximate total testosterone level of 432.28ng/dL. And this is 2023, with testosterone levels dropping even further. Based on this, average testosterone levels in men are declining by approximately 10-15% every year, but could be as high as a 25% drop in testosterone.

Research carried out on Finnish and Danish populations are showing similar trends. More recently, another large-scale study of Israeli men has shown average testosterone levels dropping between 2006 and 2019, by more than 10% across every age category.

This Finnish study also shows free testosterone levels declining, combined with higher levels of Sex Hormone Binding Globulin (SHBG), a substance that binds up free testosterone, making it unusable in the body.

What is the Difference Between Free Testosterone and Bound Testosterone?

Total testosterone levels include both bound and unbound portions of testosterone. These are calculated in a simple blood test that measures testosterone levels.

Total testosterone levels have been a primary indicator of men’s health and fertility for many years. But when measuring testosterone, it’s important to look at both bound and unbound levels of this hormone.

Free testosterone is considered “unbound testosterone” and can attach to receptors on any cell in the body. Free testosterone can freely execute functions such as regulate metabolism and execute cellular functions.

There are proteins in the body called Sex Hormone Binding Globulins. SHBG is made mostly in your liver. It binds (attaches) to testosterone. SHBG controls the amount of sex hormones that are actively working in your body. When testosterone is bound to SHBG, the body cannot access or utilize testosterone that is bound. Body tissues can only use free testosterone.

For various reasons, SHBG levels can be overly high, causing more bound testosterone that cannot be utilized. So even if testosterone levels are normal, a man can have symptoms of low T, if there is too much SHBG attached to testosterone. High levels of SHBG combined with normal T levels, also contribute to the low testosterone epidemic.

However, the problem is not just bound or unbound testosterone levels in men. Sperm counts are dropping, along with other reproductive disorders, like ED, impotence, and testicular and prostate cancer.

Testosterone is an important hormone. Testosterone is not only considered a man’s sex hormone—the thing that makes a man a man—but testosterone also has to do with a man’s overall health and wellness. Testosterone helps with mood, motivation, drive, a sense of wellbeing, hair growth, bone density, weight management, muscle size, and more.

Why are testosterone levels falling?

That’s a complicated question. The truth is, it’s not entirely clear, but it most likely boils down to a combination of factors that exist in the modern world. These things were not present in earlier times—or at least not to the degree that they are now in modern industrialized societies. So, it’s no surprise testosterone levels seem to be plummeting overall.

High Levels of Xenoestrogens Everywhere

It becomes more and more difficult to avoid encountering hormone-disrupting chemicals in our food and water supply, personal care products, cookware, sunscreens, lawn care products, household cleaners, and even pharmaceutical products.

Many of these chemical-based endocrine disrupters are dangerous because they mimic estrogen in the body. These synthetic estrogen-like compounds are called ‘xenoestrogens’. Xenoestrogens attach to estrogen receptors and amplify harmful effects of estrogen, causing natural hormones to go askew.

Xenoestrogens can contribute to unnatural early puberty, hormone imbalances, reduced testosterone and fertility, reproductive problems, and a higher risk of certain types of cancers. Xenoestrogens are also responsible for weight gain, erectile dysfunction, and ‘man boobs’.

Xenoestrogens cause an unnatural increase in estrogen in men, block the natural production of testosterone, and lower sperm count and decrease fertility.

Obviously, xenoestrogens sound like something people should avoid at all costs. But how do we avoid them when they are everywhere? It may be difficult to totally avoid them, but there are definite ways to reduce exposure to xenoestrogens. Let’s look at where xenoestrogens are found:

Xenoestrogens can be found in pesticides, plastics, fuels, foods, preservatives, and drugs. Many xenoestrogens are present in processed, packaged foods and conventionally grown produce—as either preservatives or pesticides.

There are also xenoestrogens in conventional dairy, meat, and eggs. Commercial dairy and egg farmers often feed estrogenic chemicals to dairy cows and chickens because it will increase production of their milk or eggs. This makes conventional dairy, eggs, and meat major sources of xenoestrogens. Growth hormones given to commercial livestock have estrogen-like qualities as well.

Plastics contain a lot of xenoestrogens, particularly in softer plastics like water bottles, soft drink containers, and storage containers. Worst of all are the plastic food containers that are used to heat up leftovers in the microwave. Microwaving sends a large dose of the xenoestrogens from the plastic into food.

High Cortisol and Testosterone

Life has become very competitive and very stressful. Jobs, money, family, climate change, pandemics, wars, and on and on. More people than ever are dealing with unprecedented levels of chronic stress today. While you probably already know that stress can impact moods, sleep, and immune function—it also can affect your testosterone levels as well.

High stress levels cause higher cortisol levels. According to research from University of Texas at Austin, chronically elevated cortisol levels will lower testosterone, increase the occurrence of impotence, and lower libido by inhibiting testosterone production in men.

Stress and cortisol can come from physical stress like exercise, or mental and emotional stress. Male athletes who are training hard tend to have lowered levels of testosterone as well. Athletes who overtrain, and don’t take enough time off for their bodies to recover, tend to have lower levels of testosterone than average. Reductions in testosterone at the low end of ‘clinically normal’ is generally true particularly with excessive endurance training.

The problem with stress and testosterone is that it can turn into a vicious cycle. Low testosterone levels lead to more stress, which raises cortisol and causes testosterone levels to drop even lower.

Researchers are still learning more about the direct physiological connection between stress and low testosterone. In addition to the physical response other side effects of stress like poor sleep, and low energy also contribute to lower testosterone levels.

Excess Alcohol

Men’s bodies contain three glands responsible for production of testosterone in men: The hypothalamus, the anterior pituitary gland, and the testes. The hypothalamus releases a hormone called gonadotropin-releasing hormone (GnRH), which acts on the pituitary gland.

1. The pituitary gland releases luteinizing hormone (LH) and follicle-stimulating hormone (FSH).
2. In response to circulating LH and FSH levels, your testes will begin to make more testosterone.

Alcohol disrupts testosterone production by interfering with the signals of all three glands. This results in the usual low testosterone symptoms: erectile dysfunction, infertility, and reduced male sexual characteristics. Alcohol also impairs the function of the testicular Sertoli cells that play an important role in sperm maturation.

Disruptions to these LH and FSH can lead a complete stoppage of sperm production. Studies have found that 50 percent of heavy drinkers had spermatogenic arrest compared to only 20 percent of men who were not heavy drinkers. They also found that men who drank heavily had significantly smaller testicles than men who don’t drink.

Alcohol is also a substance that can cause the conversion of testosterone to estrogen. When alcohol is consumed, alcohol stimulates an enzyme called aromatase, which initiates the process of converting testosterone into estrogen. So, testosterone levels decrease, and estrogen increases in response to drinking.

Overweight, Obesity and Testosterone

We all have body fat, but some of us have more than others. One of the biggest health issues in modern society is the prevalence of excess body fat and obesity. There are many reasons for this including, a poor diet high in carbohydrates and sugar, stress, lack of exercise, and sleep issues that can pile on the pounds.

Unfortunately, being a man and being overweight can cause free testosterone levels to drop drastically. There is a ton of evidence that shows obesity as being a primary factor in low testosterone levels. Obesity, in fact, is the number one most effective predictor of low testosterone in men—out of all possible risk factors.

The key reason is that fat cells contain aromatase. As with alcohol, aromatase converts testosterone and its ‘parent’ hormones into estrogen. What happens is this—when a man starts gaining extra fat, aromatase levels go up. This converts existing testosterone into estrogen. And by the way, abdominal fat contains the highest levels of aromatase.

Here’s an all-too-frequent-scenario of today’s modern man: Our modern guy is carrying around excess chronic stress from work, his home life, kids, and more. This causes him to have high cortisol levels which in turn begins to lower testosterone, and probably affects his sleep as well.

Cortisol also increases blood sugar and causes this guy to get the munchies and gain weight—especially around the midsection. Aromatase starts to increase.

To combat the excess stress, our guy goes out and throws back a couple pints every evening after work with his buddies, instead of heading to the gym to work out. The alcohol raises his cortisol levels and his aromatase levels. More testosterone is converted to estrogen and testosterone production also slows down. The excess alcohol, combined with the higher-than-normal cortisol levels begin to cause a ‘beer belly’ in our guy.

All these things increase aromatase, raising levels of estrogen, and lowering testosterone. Lower testosterone makes managing stress more difficult. In addition, low testosterone levels decrease muscle mass, instead of increasing it, meaning more body fat as well. Low T also means low motivation, so instead our guy feeling like he can ‘take on the world,’ he’d much rather sit on his couch with a cold one in his hand.

The result for our poor guy is a vicious cycle of low testosterone, high estrogen, low motivation, low energy, low libido, erectile dysfunction, ‘man boobs’, more body fat, loss of lean muscle tissue, along with irritability and depression. This is today’s man stuck in a downward spiral of stress, excess fat, and consuming too much alcohol and junk food. This happens every day, all the time, with too many men. No wonder average testosterone levels are way lower than the past!

Contrast that with a primitive man, who spent most of his day laboring or tracking animals. he was lean and muscular. Stress was short-lived, and not chronically present in his everyday life. Alcohol was not readily available, food was completely natural and void of excess sugars, and there were no processed vegetable oils and refined carbohydrates. And no xenoestrogens in his environment. This guy had plenty of testosterone, along with motivation, drive, high libido and energy.

How to Regain Control of Testosterone Levels

1. Cut out sugar, starches, carbs, and processed vegetable oils, and, if necessary, get a continuous glucose monitor (CGM) to monitor blood sugar levels.
2. Eat REAL meat, especially grass-fed meat. Eat organic, grass fed dairy. Sorry vegans.
3. Cut way back on alcohol or quit all together. One drink per day should be maximum. Hint: sometimes it’s easier to quit totally then trying to reduce alcohol intake.
4. Remove or reduce xenoestrogens in your environment. Switch to natural, organic personal care products including shave cream, soaps, deodorant, shampoos, lotions, sunscreen, laundry soap, and cleaning products. Stop the cologne and body sprays. Avoid all plastic, especially if it is in contact with your food. Stop microwaving your food. Avoid other chemicals, solvents, and paints.
5. Get back to the gym! Lift heavy weights, sprint, and do intense exercise. Lifting weights and other intense exercise not only helps to increase testosterone levels but also burns fat, and increases lean muscle mass. Working out also decreases stress and cortisol.

As the article mentions testosterone is dropping at an alarming rate for men all over the world,  so if you’re a man over the age of 40, then pay attention…

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But the good news is it’s NOT your fault – you’ve been lied to and deceived…

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References
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3880087/
Ori Hofmekler, “The Anti-Estrogenic Diet, How Estrogenic Foods and Chemicals Are Making You Fat and Sick”, North Atlantic Books, 2007.
Joseph Mercola, “12 Food Additives to Remove from Your Diet’, Mercola.com,
July 14, 2009
Elizabeth Smith, MD, “Xenoestrogens interfere with Normal Hormones.” Endo101.com
https://ltmensclinic.com/how-stressful-times-can-impact-your-testosterone/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3880087/
https://www.healthline.com/health/how-alcohol-affects-testosterone#effect-on-sperm
Fui MN, Dupuis P, Grossmann M. Lowered testosterone in male obesity: mechanisms, morbidity and management. Asian J Androl. 2014;16(2):223-231. doi:10.4103/1008-682X.122365
Corona G, Rastrelli G, Monami M, et al. Body weight loss reverts obesity-associated hypogonadotropic hypogonadism: a systematic review and meta-analysis. Eur J Endocrinol. 2013;168(6):829-843. Published 2013 May 2. doi:10.1530/EJE-12-0955
Cabler S, Agarwal A, Flint M, du Plessis SS. Obesity: modern man’s fertility nemesis. Asian J Androl. 2010;12(4):480-489. doi:10.1038/aja.2010.38T
Saad F, Aversa A, Isidori AM, Gooren LJ. Testosterone as potential effective therapy in treatment of obesity in men with testosterone deficiency: a review. Curr Diabetes Rev. 2012;8(2):131-143. doi:10.2174/157339912799424573
Vingren JL, Kraemer WJ, Ratamess NA, Anderson JM, Volek JS, Maresh CM. Testosterone physiology in resistance exercise and training: the up-stream regulatory elements. Sports Med. 2010;40(12):1037-1053. doi:10.2165/11536910-000000000-00000
Grossmann M, Matsumoto AM. A Perspective on Middle-Aged and Older Men with Functional Hypogonadism: Focus on Holistic Management. J Clin Endocrinol Metab. 2017;102(3):1067-1075. doi:10.1210/jc.2016-3580
https://www.everlywell.com/blog/testosterone/testosterone-weight-loss/
https://medlineplus.gov/lab-tests/shbg-blood-test/
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3955331/
https://www.medicalnewstoday.com/articles/323085#high-levels
https://www.medichecks.com/blogs/testosterone/why-do-gen-z-and-millennial-men-have-lower-testosterone

The post The Great Testosterone Reset appeared first on thenutritionwatchdog.com.

By: Cat Ebeling, RN, MSN-PHN, co-author of the best-sellers:  The Fat Burning Kitchen, The Top 101 Foods that Fight Aging & The Diabetes Fix

Cow’s milk has been around for thousands of years, but many people either have a lactose intolerance, dairy allergy, or may be following a special diet and avoid dairy cow products entirely. Because of this, there is an explosion of alternative milks available, many of them not so nutritious and high in sugar and fillers. There’s a milk war going on out there.

Alternative milks are made from almonds, cashews, hemp seeds, coconut oil, macadamia nuts, rice, oat, and soy. The bad news is these milks are not that healthy and contain relatively little of the primary ingredient. Many of these so-called ‘healthy’ plant milks could be classified more as a processed food than a ‘natural’ food. Most non-dairy milks are poor copies of milk from an animal. Most plant-based milk is full of water, fillers like guar gum and carrageenan which can be irritating to the digestive tract, and often, sugar.

However, there are some other types of ‘real’ alternative milk now more available in grocery and health food stores, that come from goats and sheep. Given that these types of milk come from real animals, they do tend to have more nutrition than any of the plant-based choices—especially in terms of protein, healthy fats and vitamins and minerals. If you happen to have a dairy allergy or lactose intolerance, these other types of milk may work better for you. Let’s investigate, shall we?

Cow Milk

I’ve had a dairy allergy for years and years. It used to make me congested, have dark circles, cause acne, have a cough, and become extremely depressed and anxious. Cow dairy allergies are very common, and dairy is often the culprit behind a myriad of health issues. Allergies, sinusitis, colds, chest congestion, eczema, skin rashes, SIBO, joint aches, inflammation, depression, and more are often tied to dairy allergies.

Cow’s milk has long been promoted as a health food, although there are a number of problems with commercial (nonorganic) pasteurized dairy products. You may be surprised to learn that many studies show commercial pasteurized milk can play a role in a variety of health problems, including: breast cancer, diabetes, prostate cancer, rheumatoid arthritis, atherosclerosis, anemia, MS, leukemia, other autoimmune diseases and ovarian cancer. Commercially processed and pasteurized dairy has also been linked to health problems in children including colic, juvenile diabetes, ear infections, asthma and bedwetting.

Also, if you happen to be sensitive to gluten, you are very likely to have a dairy sensitivity as well. Casein is the primary protein found in milk, and is often the basis for dairy allergies. The casein molecule is very similar to gluten, the protein found in wheat. A large proportion of people who react to gluten also react to cow’s milk products, and vice versa.

Then there is the whole issue of the inhumane treatment of factory farmed dairy cows, the poor health of the cows, and milk contaminated with blood and white blood cells (pus). There are hormones given to keep the cows lactating, antibiotics to fight off infections and increase growth, and pesticides from the grass, feed/grain they are eating.

Virtually all of the milk sold commercially in the US has been pasteurized and homogenized, and is generally from grain-fed, feedlot cows who have been raised in unhealthy, inhumane, crowded conditions.

On the good side, if you have access to grass-fed milk, you can get far better nutrition, and grass-fed and unpasteurized raw milk is far, far, healthier.

Grass fed dairy has some of the highest amounts of Conjugated Linoleic Acid (CLA) of any foods. CLA is a special type of healthy fat that has many benefits including: helping you burn more fat, boosting muscle growth, strengthening the immune system, and lowering food allergy reactions. And grass-fed raw dairy milk contains around 5 times more CLA than the commercial, pasteurized milk you buy at your local grocery store.

Grass-fed dairy also contains high amounts of anti-inflammatory omega 3 fats and a better ratio of omega 3 to omega 6 fatty acids. Omega 6 fatty acids are often higher in animals on a grain fed diet. Omega 6 fats are more inflammatory, and our diets should contain low amounts of omega 6 fats and higher amounts of omega 3 fats.

Grass-fed dairy also contains a vitamin called K2. Vitamin K2 is a unique vitamin that helps escort calcium into the bones and teeth, rather than the bloodstream where calcium deposits can accumulate in the blood vessels and kidneys.

Raw milk is an even better version of a healthy milk to drink. Raw and grass-fed milk is probably the healthiest version of milk you can get from a cow. Raw milk has even more healthy vitamins, minerals, enzymes, and protein, than pasteurized milk. These nutrients are destroyed in the pasteurization process.

Unpasteurized raw milk also contains lactoferrin, which is an effective antioxidant, anti-fungal, antibacterial, antiviral, anti-inflammatory, anti-cancer agent and immune-boosting powerhouse. Because of its powerful antimicrobial activity, its presence in raw milk helps to prevent dangerous pathogens from multiplying.
Pasteurization kills this protein molecule.

Raw milk also contains a couple of valuable enzymes: lysozyme, and lactoperoxidase. These immune-enhancing substances, along with immunoglubulins, help your body fight off viruses, bacteria, and toxins.

Raw milk contains a broad selection of vitamins and minerals, ranging from calcium and phosphorus to vitamins A and D, and magnesium, in perfect balance. Raw, grass fed dairy also contains plenty of vitamin K2, which is so valuable in helping the body absorb calcium. Only grass-fed milk, cheese and butter contains this important nutrient.

There are also more than 60 functioning enzymes in raw milk, not present in pasteurized milk, that perform an amazing amount of work. These enzymes in milk assist in the digestion process and help the body break down and use all the healthy nutrients that milk contains.

About Dairy Allergies

Cows’ milk can contain either one of two types of casein protein molecules, named A1 or A2. Regular milk from cows can contain both A1 and A2 casein proteins, but most commercial dairy products contain just A1. Some cows—usually heritage breeds, have milk that only contains A2 protein.

Milk with the A1 type of casein is the type that often causes allergic or sensitivity reactions. When these proteins are digested, these proteins are what is often associated with health issues, such as cardiovascular and autoimmune disease.

The science on A1 vs A2 types of milk suggests that A2 milk may not cause allergic reactions, digestive issues, increases in inflammation, risk of heart disease or other health issues in many people. Due to the better tolerance of A2 milk, many dairy farmers are beginning to bring this type of milk back.

Bottom Line

Commercial, pasteurized milk is highly allergenic, short on nutrition, absent of important enzymes, and can increase the risk of certain diseases. It’s also full of hormones, antibiotics and other toxic byproducts.

The absolute healthiest choice for cow’s milk is raw, unpasteurized milk from A2 cows that are grass-fed. This type of milk is high in usable protein, healthy fats, enzymes, and easily tolerated by those who are sensitive.

Goat Milk

Goat milk has been around probably longer than milk and milk products from cows. In the Middle East, goats were considered the first domesticated species around 8000 BC. Goat milk is one of the most popular and commonly consumed types of dairy in the world. Nearly three quarters of the world’s population consume goat milk in some form.

Goats are far easier to keep, can graze in rocky and mountainous areas with steep slopes where cattle cannot go, and require less grazing space per goat. Goats can adapt well to a variety of climatic conditions. In addition, goats can consume many types of forage and grass that cattle cannot.

Goats need less water per gallon of milk produces over cows. And goats are far easier on the environment producing nearly 20 times less methane per kilogram of body weight than cows. In many underdeveloped countries, goat milk is a primary food source of calories, vitamins, minerals, protein, and fats.

Goat’s milk is an excellent source of several essential nutrients, including calcium, phosphorus, and vitamin B12. This 2022 review published in the Journal Dairy, found that goat’s milk was similar to cow’s milk in terms of nutrient composition, and contains several additional bioactive compounds that also contained health benefits.

A 2019 study published in the Journal Nutrients, found that goat’s milk had a higher calcium bioavailability compared to cow’s milk, which could potentially improve bone health. Another study showed that consuming goat’s milk was associated with improved bone density in postmenopausal women, and better iron uptake in anemic persons.

Goat’s milk may be easier to digest than cow’s milk, although goat’s milk does contain A1 casein, similar to the casein in cow’s milk. This 2020 study found that goat’s milk was less inflammatory and more easily tolerated than that of cow’s milk. Goat’s milk contains several compounds including, conjugated linoleic acid (CLA) and oligosaccharides that help to reduce inflammation, especially in situations of gut inflammation.

And remember the discussion about A1 casein and A2 casein? While most cow’s milk products contain primarily A1 casein, thought to be responsible for many allergic reactions, goat’s milk—as well as sheep’s milk contain mostly A2 casein which is far more easily tolerated and therefor easier to digest—without the negative health risks.

Goat milk contains more healthy, monounsaturated, polyunsaturated fatty acids, along with short chain and medium chain triglycerides, all of which are known to be beneficial for human health. And unlike cow’s milk, goat milk does not separate if left to settle. Goat milk does not need to be homogenized, unlike cow’s milk. Homogenized milk has been thought to be a contributing factor in heart disease.

The downside of goat milk is that many people who have a reaction to cow’s milk may also react to goat’s milk, whether from the lactose or the casein.

Goat milk has a ‘goat-y’ flavor that is usually strong and distinct, and unless you are familiar with the taste of goat milk and goat milk products, it may be an unpleasant flavor.

Many goats are raised under similar inhumane conditions as cows, where the babies are separated from their mothers shortly after birth, they are crowded together in unsanitary factory farms, undergo painful procedures to stop their horns from growing and never get to graze on grass.

Bottom Line

Goat milk may be more readily available in some parts of the world, and can be a sustainable primary food source of healthy calories, vitamins, minerals, protein, and fats. Goat milk may be an alternative for babies who cannot handle cow dairy or formula made from cow’s milk, and may be suitable for those with allergies to cow dairy. Goat milk also contains more healthy fats and nutrients than cow’s milk. Goat milk has a strong flavor and may not be palatable to everyone. Goat milk is generally slightly more expensive than cow’s milk.

Sheep Milk

Sheep’s milk is a nutritious and valuable food source that has been consumed thousands of years. The extraordinarily long lives of Bulgarian shepherds are often thought to be attributed in part to the healthy benefits of sheep milk.

Sheep milk is rich source of high-quality protein, healthy fats, vitamins, and minerals. Sheep’s milk has a smooth, creamy texture and mild flavor, making it preferable to many people. Sheep milk is used in the production of several very popular cheeses including Roquefort, feta, and pecorino.

Sheep’s milk is the highest in nutrients compared to cow and goat cheese. When you compare sheep’s milk to cow and goat milk, it contains higher protein more calcium, more iron, magnesium, zinc, thiamin, riboflavin, folate, vitamins B6, B12, and vitamin D. It also contains more fat including medium chain fatty acids, linoleic acid, and monounsaturated and polyunsaturated fats, along with omega 3’s.

Sheep milk contains twice the amount of fat compared to goat and cow milk. The fat globules in sheep milk are also smaller, making the milk is creamy and homogeneous. The smaller fat globules are also more easily digested and are less likely to cause high cholesterol.

Sheep’s milk is very high in protein, making it an impressive source of protein (sheep 5.4 gms per 100gms of milk; cow milk 3.2gms, and goat milk 3.1 gms).

Sheep’s milk nutrients make it a valuable and nutritious food to fight cancer, boost the immune system, fight birth defects, boost brain health, and reduce the risk of heart disease.

As with many varieties of milk, sheep’s milk contains an impressive variety of minerals, including zinc, phosphorous, magnesium, and calcium, all important for boosting bone mineral density. In fact, sheep milk contains approximately 36% more calcium than cow milk and 31% more than goat milk. and its generous amount of vitamin K2 helps to get the calcium into bones and teeth, which it should be.

Sheep’s milk is also more easily tolerated by people who may be sensitive or allergic to goat or cow milk, due to the fact that sheep milk only contains the A2 casein, and none of the A1 casein that people often react to.

In addition, Sheep’s milk has been shown to be easier to digest than cow’s milk due to its unique protein and fat structure. According to a study published in the Journal of Dairy Science, people with lactose intolerance were able to tolerate sheep’s milk better than cow’s milk

The Downside of Sheep’s Milk

Due to the limited time of the year that most sheep produce milk, which is generally around 6 months a year, constant cultivation is more difficult, which is why sheep milk and related products are typically more expensive and harder to find. Sheep also produce smaller amounts of milk than either goats or cows. Because sheep’s milk is less commonly consumed than cow’s milk, it may be harder to find, and more expensive to purchase.

Bottom Line

Overall, both sheep’s milk and goat’s milk have greater health benefits than cow’s milk, especially commercially raised dairy cows. Both sheep and goat’s milk may be a good option for individuals who have difficulty tolerating cow’s milk.

While sheep’s milk is a bit more expensive, sheep’s milk wins for better nutrition, better fat content, higher protein and more tolerable to those who may be allergic to cow’s milk and/or goat’s milk—both of which contain A1 casein. Sheep’s milk also wins for the amazing, smooth, creamy, mild taste. Give it a try if you see it in your local grocery store. It’s well worth it!

References
https://www.truthaboutabs.com/fbk-physical.html?hop=m231g
https://www.doctorkiltz.com/a2-milk/
https://www.webmd.com/diet/goat-milk-are-there-health-benefits
https://www.marksdailyapple.com/10-common-arguments-against-dairy-consumption-explored/
https://www.mindbodygreen.com/articles/goat-milk-vs-cow-milk
https://www.intechopen.com/chapters/39464
https://www.doesanddivas.com/health-benefits-sheep-milk/

The post Cow Milk vs. Goat Milk vs. Sheep Milk—Which is Healthier? appeared first on thenutritionwatchdog.com.

by Catherine Ebeling & Mike Geary
co-author of the best-sellers:  The Fat Burning Kitchen, The Top 101 Foods that Fight Aging &

Surrounded by a sea of plastic and hormone-disrupting chemicals that includes plastic water bottles, plastic soda bottles, plastic bags, plastic food containers, soaps, shampoos, food packaging and pans treated with nonstick coatings, studies are showing definite connections between plastic compounds and serious diseases like diabetes and obesity. Not only that, but more and more evidence is also pointing to other serious health issues such as infertility, hormone-related reproductive cancers, neurological issues and other disorders.

Endocrine disrupting chemicals (EDC’s) also referred to as “Xenoestrogens” or synthetic estrogens, cause serious health problems because they mimic estrogen among other hormones. By hijacking important chemical messengers in the body, EDC’s actually can change the way cells develop and grow. These chemicals are showing up in men, women, breastfeeding mothers and babies.

Xenoestrogens actually amplify the effect of estrogen in the body. These toxic hormones actually can build up over time, creating an overload of estrogen. Individuals with any kind of estrogen dominance health condition (such as breast or ovarian cancer) should be especially careful to avoid xenoestrogens. And this is especially harmful to men.

Xenoestrogens have been linked to feminization in men (man boobs, loss of testosterone, low sperm counts, etc.), infertility, and unnaturally early puberty in girls. This buildup of synthetic female hormones increases the risk of reproductive cancer as well.

Exposure of lab species and wild animals to xenoestrogens has been found to cause abnormalities in the reproductive systems of these animals. Xenoestrogens bind to estrogen receptors in both animals and humans including: reproductive tissue, body fat, the hypothalamus, and pituitary glands. And, studies in mice show that xenoestrogens can cause progressive degeneration of testicular tissue and sexual dysfunction in both sexes.

According to Andrea C. Gore, Professor of Pharmacology at University of Texas, and chair of a task force on hormone disrupting chemicals, “The evidence is more definitive than ever—EDC’s disrupt hormones in a manner that harms human health. Hundreds of studies are pointing to the same conclusion…You may have a healthy meal, but if it’s in a plastic container [or cooked in a nonstick pan], it’s leaching chemicals.”

Based on information from over 1,300 studies, there is strong evidence to show a link between common hormone disrupting chemicals and serious health issues such as:

• Type 2 Diabetes
• Obesity
• Heart disease
• Infertility/Impotence
• Hormone-sensitive cancers in women (breast, endometrial, ovarian)
• Prostate cancer
• Thyroid problems
• Poor brain development and brain function in young children
• Feminization in men: low sperm count, breast development

While there are about 85,000 chemicals known to be in use, it is not known for sure how many of these chemicals actually disrupt hormones, but at least 1,000 are known human toxins.

Some of the known EDCs include bisphenol A (BPA) found in food can linings, cash register receipts; phthalates found in plastics and cosmetics; flame retardant chemicals and various pesticides. The chemicals are so common that nearly every person on Earth has been exposed to at least one or more of these.

And a mother’s exposure to even tiny amounts of EDCs during her pregnancy can trigger obesity in her child. These EDCs can target cells in the pancreas, the liver and the fat cells in the body, leading the way for insulin resistance, and high insulin levels which are direct risk factors for the development of Type 2 diabetes.

When looking at just one of these endocrine disrupting chemicals, it was found that having higher BPA levels was associated with a diabetes rate 50% higher than having lower levels of this harmful chemical!

Two other chemicals, di-isononyl phthalate (DINP) and di-isodecyl phthalate (DIDP), both known as ‘phthalates’, used in plastic food wrap, soaps, cosmetics and food containers have been directly linked to insulin resistance and diabetes in children and adolescents, as well as high blood pressure.

• These chemicals are not the only offenders. Endocrine disrupting chemicals and xenoestrogens also include:
• Bisphenol A (BPA) and bisphenol S, which are used in some plastics, metal food cans, and cash register receipts
• Phthalates, a class of chemicals that are used to soften plastic and also used in some perfumes, soaps, shampoos, and cosmetics
• Some pesticides, like DDT
• Triclosan, an antibacterial chemical

These chemicals can act at very low doses.

EDC’s, which include xenoestrogens, can be found in pesticides, plastics, fuels, personal care products preservatives and drugs. Below is a partial list of some of the EDC’s we come into contact with on a daily basis:

• alkylphenols (chemicals used in the manufacture of other chemicals)
• atrazine (a common household weed killer)
• 4-Methylbenzylidene camphor (sunscreen lotions)
• 4-hexylresorcinol (color preservative for shrimp and shellfish).
• butylated hydroxyanisole / BHA (a very common food preservative)
• bisphenol A (used in plastics including food containers and water bottles)
• DDT (insecticide)
• erythrosine / FD&C Red No. 3 (food coloring)
• ethinylestradiol (oral contraceptive pill)
• heptachlor (insecticide)
• nonylphenol and derivatives (surfactants, cleansers, emulsifiers for detergents; pesticides)
• pentachlorophenol (wood preservative)
• polychlorinated biphenyls / PCBs (oils, lubricants, adhesives, paints)
• parabens (skin lotions)
• phenosulfothiazine (red dye)
• phthalates (plasticizers)
• DEHP (plasticizer for PVC/polyvinyl chloride used in pipes and many other applications)
• Propyl gallate (used to protect oils and fats in foods from oxidation)

Many of the EDC’s listed above are contained in processed, packaged foods and in conventionally-grown, non-organic produce as either preservatives and/or pesticides.

Another group of xenoestrogens is found in commercially-raised dairy, meat and eggs. Commercial dairy and egg farmers often feed estrogenic chemicals to milk cows and chickens because it will increase production of milk and eggs. Commercially-raised meat and dairy get a double dose of xenoestrogens from the pesticides they ingest in their feed source as well. This alone makes commercial dairy, eggs and meat major sources of xenoestrogens.

Yes, this list can be mind-boggling and overwhelming. So what are the TOP TEN endocrine disrupting items to avoid? Let’s take a look at this list Dr. Joseph Mercola recently published:

1. Pthlatates in personal care products
2. Tap water AND individual plastic water bottles
3. Canned foods
4. Conventionally grown produce
5. Conventionally raised meat, poultry and dairy
6. Fish containing mercury
7. Kitchen products—nonstick cookware, plastic storage containers
8. Cleaning products
9. Office products—printer’s ink and toner
10. Cash register receipts

Yes, we are surrounded by these chemicals in every aspect of our lives, and they are hard to avoid. Here are some ways to minimize your exposure EDC’s and xenoestrogens:

• Avoid all synthetic pesticides, herbicides, and fungicides by eating organic whenever possible, especially the “dirty dozen*” of the highest sprayed produce.
• Avoid using pesticides and herbicides outdoors, especially on your lawn.
• Avoid all plastic containers, especially individual sized water bottles, and plastic food containers. Do not store hot food in plastic. Use glass whenever possible.
• Avoid microwaving in plastic and avoid using plastic wrap.
• Avoid using nail polish, avoid acrylic nails and nail polish remover
• Avoid lotions, hair products and cosmetics that are not “all-natural”. Especially avoid products containing parabens. Unfortunately, the more inexpensive brands usually have the most toxic ingredients.

• Eat only organic, grass fed meats and wild caught fatty fish as much as possible. Consume only organic dairy products.
• Use organic, natural soaps and toothpastes.
• Use natural household cleaners.
• Use only naturally based perfume or essential oils. Most commercial perfumes are full of petrochemicals and preservatives containing xenoestrogens.
• Use naturally based, non-petroleum based laundry detergents and dish detergents.

A healthy diet rich in certain foods is also a key way to avoid and combat these estrogenic compounds in our environment. Specific components of these foods help to block uptake and absorption of xenoestrogens as well and cleanse the body of any excess that may be stored. Eating a whole foods based diet, high in plant-based organic foods will help to keep your system clean. Follow a Paleo-style, unprocessed foods diet, like the Fat Burning Kitchen diet will also help you avoid these dangerous chemicals.

Cruciferous vegetables such as broccoli, kale, cauliflower, radishes, turnips, and cabbage are estrogen inhibiting and prevent these artificial hormones from being absorbed into our system. Onions and garlic contain quercetin that is also anti-estrogenic, immune enhancing and detoxifying.

Omega 3 fats such as those in grass fed meats and wild caught fatty fish are also essential as a safeguard against xenoestrogens. Omega 3 fats have been found to be highly beneficial in estrogen balance and metabolism.

Other helpful foods included green tea, citrus fruits, organic (full fat) dairy such as grass fed butter and raw grass fed cheeses, raw nuts and seeds, avocados and organic virgin olive oil. Eating organic greens, herbs and organic fruit also adds to the antioxidant potential in the body further protecting and enhancing the body’s natural balance.

Protecting your body from these harmful chemicals is of the upmost importance, we cannot forget the importance of hydration for the body.

While science has proven drinking water regularly can help you lose weight…

You’ll need to drink at least 2 liters of water everyday for 3-6 months to see a difference.

Talk about endless trips to the toilet!

Not to mention, you’ll also need to follow a restrictive diet.

Thankfully, that’s all about to change.

Researchers at the University College of London discovered that when you add two tablespoons of this fat-burning “soda powder” to a glass of water…

Your body can flush out fat up to 720% faster!

Without having to wait 3-6 months to see any changes…

Thousands of people are losing up to 20 lbs of fat within just 2 weeks without following any

particular diet or exercise program.

You may find it hard to believe, but you can click the link below to see the shocking proof:

Add two tablespoons of this “soda powder” with water to shed up to 20 lbs of stubborn fat in weeks.

*The Environmental Working Group publishes yearly a “Dirty Dozen “list of top endocrine disrupters, and a “Dirty Dozen” list of the produce with the highest pesticides and preservatives. The Environmental Working Group’s Skin Deep database lists brands that are free of most must-avoid ingredients and Care2 has compiled a list of non-toxic nail polishes. PETA also features a comprehensive index of beauty brands that do not test on animals.

Sources:

The Endocrine Society. “Chemical exposure linked to rising diabetes, obesity risk: Endocrine Society releases scientific statement on endocrine-disrupting chemicals.” ScienceDaily. ScienceDaily, 28 September 2015. www.sciencedaily.com/releases/2015/09/150928124400.htm.

Ori Hofmekler, “The Anti-Estrogenic Diet, How Estrogenic Foods and Chemicals Are Making You Fat And Sick”, North Atlantic Books, 2007.

Joseph Mercola, “10 Common Sources of Endocrine Disrupters and How to Avoid Them”, July 2015. Mercola.com

Joseph Mercola, “12 Food Additives to Remove From Your Diet’,
July 2009. Mercola.com

Quinn Phillips, Diabetes from Plastic?, November 8, 2011. Diabetes Self Management. Diabetesselfmanagement.com.

Chemical Exposure linked to Rising Diabetes Risk, Science Daily, September 2015.

Elizabeth Smith, MD, “Xenoestrogens interfere with Normal Hormones.” Endo101.com

News-Medical.net, Chemicals used in plastics linked to increased risk of high blood pressure, diabetes in children and adolescents. July 9, 2015.

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