first off i totally agree with the IAHP about pasteurized milk it is bad for you
but raw milk is a very different story please think twice before you swear of milk for you kids
raw milk
Clean raw milk from pastured cows is a complete and properly balanced food. You could live on it exclusively if you had to. Indeed, published accounts exist of people who have done just that. What’s in it that makes it so great? Let’s look at the ingredients to see what makes it such a powerful food.
Proteins
Our bodies use amino acids as building blocks for protein. Depending on who you ask, we need 20-22 of them for this task. Eight of them are considered essential, in that we have to get them from our food. The remaining 12-14 we can make from the first eight in the chemical factories of our bodies.
Raw cow’s milk has all 20 of the standard amino acids, saving our bodies the work of having to convert any into usable form. About 80% of the proteins in milk are caseins- reasonably heat stable but easy to digest. The remaining 20% or so fall into the class of whey proteins, many of which have important physiological effects (bioactivity). Also easy to digest, but very heat sensitive, these include key enzymes (specialized proteins) and enzyme inhibitors, immunoglobulins (antibodies), metal-binding proteins, vitamin binding proteins and several growth factors.
Current research is now focusing on fragments of protein (peptide segments) hidden in casein molecules that exhibit anti-microbial activity.
Lactoferrin, an iron-binding protein, has numerous beneficial properties including (as you might guess) improved absorption and assimilation of iron, anti-cancer properties and anti-microbial action against several species of bacteria responsible for dental cavities. Recent studies also reveal that it has powerful antiviral properties as well.
Two other players in raw milk’s antibiotic protein/enzyme arsenal are lysozyme and lactoperoxidase. Lysozyme can actually break apart cell walls of certain undesirable bacteria, while lactoperoxidase teams up with other substances to help knock out unwanted microbes too.
The immunoglobulins, an extremely complex class of milk proteins also known as antibodies, provide resistance to many viruses, bacteria and bacterial toxins and may help reduce the severity of asthma symptoms. Studies have shown significant loss of these important disease fighters when milk is heated to normal processing temperatures.
Carbohydrates
Lactose, or milk sugar, is the primary carbohydrate in cow’s milk. Made from one molecule each of the simple sugars glucose and galactose, it’s known as a disaccharide. People with lactose intolerance for one reason or another (age, genetics, etc.), no longer make the enzyme lactase and so can’t digest milk sugar. This leads to some unsavory symptoms, which, needless to say, the victims find rather unpleasant at best. Raw milk, with its lactose-digesting Lactobacilli bacteria intact, may allow people who traditionally have avoided milk to give it another try.
The end-result of lactose digestion is a substance called lactic acid (responsible for the sour taste in fermented dairy products). Besides having known inhibitory effects on harmful species of bacteria, lactic acid boosts the absorption of calcium, phosphorus and iron, and has been shown to make milk proteins more digestible by knocking them out of solution as fine curd particles.
Fats
Approximately two thirds of the fat in milk is saturated. Good or bad for you? Saturated fats play a number of key roles in our bodies: from construction of cell membranes and key hormones to providing energy storage and padding for delicate organs, to serving as a vehicle for important fat-soluble vitamins (see below).
All fats cause our stomach lining to secrete a hormone (cholecystokinin or CCK) which, aside from boosting production and secretion of digestive enzymes, let’s us know we’ve eaten enough. With that trigger removed, non-fat dairy products and other fat-free foods can potentially help contribute to over-eating.
Consider that, for thousands of years before the introduction of the hydrogenation process (pumping hydrogen gas through oils to make them solids) and the use of canola oil (from genetically modified rapeseed), corn, cottonseed, safflower and soy oils, dietary fats were largely saturated and often animal based. Healthy cultures all over the world thrived on the use of butter, lard, tallows, poultry fats, fish oils, tropical oils such as coconut and palm, and cold pressed olive oil.
Now consider that prior to 1900, very few people died from heart disease. The introduction of hydrogenated cottonseed oil in 1911 (as Crisco) helped begin the move away from healthy animal fats, and toward the slow, downward trend in cardiovascular health from which millions continue to suffer today.
CLA, short for conjugated linoleic acid and abundant in milk from grass-fed cows, is a heavily studied, polyunsaturated Omega-6 fatty acid with promising health benefits. It certainly does wonders for rodents, judging by the hundreds of journal articles I’ve come across! There’s serious money behind CLA, so it’s a sure bet there’s something to it.
Blue sky and cow on grass Among CLA’s many potential benefits: it raises metabolic rate, helps remove abdominal fat, boosts muscle growth, reduces resistance to insulin, strengthens the immune system and lowers food allergy reactions. As luck would have it, grass-fed raw milk has from 3-5 times the amount found in the milk from feed lot cows.
Vitamins
Volumes have been written about the two groups of vitamins, water and fat soluble, and their contribution to health. Whole raw milk has them all, and they’re completely available for your body to use. Whether regulating your metabolism or helping the biochemical reactions that free energy from the food you eat, they’re all present and ready to go to work for you.
Just to repeat, nothing needs to be added to raw milk, especially that from grass-fed cows, to make it whole or better. No vitamins. No minerals. No enriching. It’s a complete food.
Minerals
Our bodies, each with a biochemistry as unique as our fingerprints, are incredibly complex, so discussions of minerals, or any nutrients for that matter, must deal with ranges rather than specific amounts. Raw milk contains a broad selection of completely available minerals ranging from the familiar calcium and phosphorus on down to trace elements, the function of some as yet still rather unclear.
A sampling of the health benefits of calcium, a ‘macronutrient’ abundant in raw milk includes: reduction in cancers, particularly of the colon; higher bone mineral density in people of every age, lower risk of osteoporosis and fractures in older adults; lowered risk of kidney stones; formation of strong teeth and reduction of dental cavities, to name a few.
An interesting feature of minerals as nutrients is the delicate balance they require with other minerals to function properly. For instance, calcium needs a proper ratio of two other macronutrients, phosphorus and magnesium, to be properly utilized by our bodies. Guess what? Nature codes for the entire array of minerals in raw milk to be in proper balance to one another thus optimizing their benefit to us.
Enzymes
The 60 plus (known) fully intact and functional enzymes in raw milk have an amazing array of tasks to perform, each one of them essential for one key task or another. Some of them are native to milk, and others come from beneficial bacteria growing in the milk. Just keeping track of them would require a post-doctoral degree!
To me, the most significant health benefit derived from food enzymes is the burden they take off our body. When we eat a food that contains enzymes devoted to its own digestion, it’s that much less work for our pancreas. Given the choice, I’ll bet that busy organ would rather occupy itself with making metabolic enzymes, letting food digest itself.
The amylase, bacterially-produced lactase, lipase and phosphatase in raw milk, break down starch, lactose (milk sugar), fat (triglycerides) and phosphate compounds respectively, making milk more digestible and freeing up key minerals. Other enzymes, like catalase, lysozyme and lactoperoxidase help to protect milk from unwanted bacterial infection, making it safer for us to drink.
Cholesterol
Milk contains about 3mg of cholesterol per gram - a decent amount. Our bodies make most of what we need, that amount fluctuating by what we get from our food. Eat more, make less. Either way, we need it. Why not let raw milk be one source?
Cholesterol is a protective/repair substance. A waxy plant steroid (often lumped in with the fats), our body uses it as a form of water-proofing, and as a building block for a number of key hormones.
It’s natural, normal and essential to find it in our brain, liver, nerves, blood, bile, indeed, every cell membrane.
for more information you can look up raw milk on the internet
or look up Weston A. Price
