Pasteurization may be used to mask low-quality milk
Heat destroys a great number of bacteria in milk and thus conceals the evidence of dirt, pus and dirty dairy practices. To combat the increase in pathogens milk goes through ‘clarification’, ‘filtering’, ‘bactofugation’ and two ‘deariation’ treatments. Each of these treatments uses heat ranging from 100-175 degrees Fahrenheit. Dairies count on many heat treatments to mask their inferior sanitary conditions: milk filled with pus, manure and debris.
Homogenization of milk causes leucocytes (pus) to settle as sediment in the bottom of milk. The milk industry calls this pus sediment ‘slime’: a grayish-oily sludge. This slime is removed by ‘clarification’
Pasteurization destroys vitamin C, and damages the water soluble B vitamins diminishing the nutrient value of milk
Calcium and other minerals are made unavailable by pasteurization
Milk enzymes, proteins, antibodies as well as beneficial hormones are destroyed by pasteurization resulting in devitalized ‘lifeless’ milk. Milk enzymes help digest lactose and both enzymes and milk proteins help to absorb vitamins
Pasteurized milk is more likely to lead to decay in teeth and interferes with the proper development of the teeth
Infants do not develop well on pasteurized milk
Pasteurization removes the stimulus to remove diseased animals from milking herds
Pasteurization has contributed to an increase in allergies
Pasteurized milk can be held for as many as four to five days in holding silos. The date on the carton is calculated from the time of bottling, not the date of milking
It’s cheaper to produce dirty milk and kill the bacteria by heat, that to maintain a clean dairy and keep cows healthy
Consumer Reports found 44% of 125 pasteurized milk samples contained as many as 2200 organisms per cubic centimeter (fecal bacteria, coliforms)