• AMYLASE works to breakdown carbohydrates i.e. starches, sugars
• BROMELAIN taken from pineapple plant, helps break down proteins
• HCL (hydrochloric acid) stimulates pancreatic secretion, activates pepsin and sterilizes the stomach from bacteria and parasites
• LACTASE needed to break down lactose found in milk products
• LIPASE works to break down fats into fatty acids and glycerol
•LIPASE improves fat digestion, stimulates bile flow, aids gallbladder
• PANCREATIN contains protease, amylase, and lipase, functions in the intestine and in the blood
• PAPAIN extracted from papaya fruit, aids in protein digestion
• PEPSIN breaks down proteins, function depends on availability of HCL
• PEPSIN works to breakdown protein into amino
• The more food that you can eat raw, the better.
• Eat as few over-processed and over-cooked foods as possible. The body has a difficult time digesting fried, pasteurized, barbecued, dried, and other over-processed and over-cooked foods which you find in boxed and processed foods.

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In 1930, under the direction of Dr. P. Kouchakoff, research was conducted at the Institute of Clinical Chemistry in Lausanne, Switzerland. The effect of food (cooked and processed versus raw and natural) on the immune system was tested and documented.
Dr. Kouchakoff’s discovery concerned the l
eukocytes, the white blood cells.
It was found that after a person eats cooked food, his/her blood responds immediately by increasing the number of white blood cells. This is a well-known phenomena called ‘digestive leukocytosis’, in which there is a rise in the number of leukocytes – white blood cells – after eating.

Since digestive leukocytosis was always observed after a meal, it was considered to be a normal physiological response to eating. No one knew why the number of white cells rises after eating, since this appeared to be a stress response, as if the body was somehow reacting to something harmful such as infection, exposure to toxic chemicals or trauma.
Back in 1930, the Swiss researchers at the institute of Chemical Chemistry made a remarkable discovery. They found that eating raw, unaltered food did not cause a reaction in the blood. In addition, they found that if a food had been heated beyond a certain temperature (unique to each food), or if the food was processed (refined, chemicals added, etc.), this always caused a rise in the number of white cells in the blood.
The researchers renamed this reaction ‘pathological leukocytosis’, since the body was reacting to highly altered food. They tested many different types of foods and found that if the foods were not refined or overheated, they caused no reaction. The body saw them as ‘friendly foods’. However, these same foods, if heated at too high a temperature, caused a negative reaction in the blood, a reaction found only when the body is invaded by a dangerous pathogen or trauma.
The worst offenders of all, whether heated or not, were processed foods which had been refined (such as white flour and white rice), or pasteurized (a process in which milk is flash-heated to high temperatures to kill bacteria), or homogenized (also seen in milk where the fat in milk is subjected to artificial suspension), or preserved (chemicals are added to food to delay spoilage or to enhance texture or taste).
In other words, foods which were changed from their original God-given state.

On this video I give an explanation of the complexity of metabolic pathways and the role that enzymes play in this process.  Be sure and leave a comment below and let me know any questions you may have.

Click here to view the embedded video.