How do we go from lipase to galactose?
Lipase is an enzyme that breaks down fat. The miniscule amount in raw milk would be inconsequential in digestion. This is evidenced by the flavor of milk. Milk would taste much much stronger if lipase was in it at an amount that would break down even a little of the fat.
Galactose? I hope that’s a misprint. To my knowledge galactose isn’t in milk and if it is in milk it would not aid in “milk sugar digestion” it is a sugar. Lactose is the predominate milk sugar and we require Lactase, an enzyme, to digest it into simpler sugars. This enzyme does get destroyed by pasteurization, but, like the Lipase, there is not enough in milk to be a factor in digestion. This is evidenced by the fact that Lactose is so predominate in cows milk. If there was much lactase the lactose would be broken down right in the cow utter and this would be a non-issue.
For all I know the rest of what this MD said may be true but I tend to discount anything someone says when I know other statements are wrong.
[quote]BigKDawg wrote:
Taken from a report written by an MD WC Douglas on Raw Milk and Pasteurized Milk -----
c. Disease AND DISEASE Risks FROM Drinking Pasteurized Milk
Lipase, an enzyme, in milk helps fat digestion but is totally destroyed by pasteurization. Therefore, no galactose for milk-sugar digestion, no catalase, diastase, or Peroxidase. Pasteurized-milk allergy in children and adults, caused by altering the milk proteins through heating, has caused a major health problem in the United States.
Lactose intolerance for pasteurized dairy is common among many populations, affecting approximately 95% of Asian Americans, 74% of Native Americans, 70% of African Americans, 53% of Mexican Americans, and 15% of Caucasians.[18] Symptoms, which include gastrointestinal distress, diarrhea, and flatulence, occur because these individuals do not have the enzymes that digest the milk sugar lactose in pasteurized milk. Often, with these gastrointestinal symptoms bacteria, such as salmonella, will be found active in the blood and stools, indicating that pasteurized dairy incites bacterial activity that is, then, associated with a food. Food-contamination is often not the problem because the bacterial activity originates in the body to help the body decompose the pasteurized milk or heat-treated food.
Studies have shown cholesterol oxidation products to cause atherosclerosis and cancer. Pasteurized milk contains cholesterol oxides and epoxides. Raw milk has none of these.
Phosphatase is essential for the absorption of calcium and is plentifully present in raw milk but completely destroyed by pasteurization. The �??decalcification�?? of pasteurized and formula milks which are fed to children may be a major cause of osteoporosis later in life. We now know low calcium absorption in even healthy women may cause a loss of spinal bone mass as early as age 20. Such women may lose 50% or more of their bony mass by the age of 70. [19][/quote]