Triglycerides also has the potential to clog arteries and increase the risk of heart disease. Lipase and bile salts from the gall bladder convert sugar into energy and produce fatty acids.
Digestive enzymes
Gastric acid and pancreatic enzymes (including lipase) share the task of digesting triglycerides. Protein lipase enzyme absorbs energy from fat or store energy for later use.
Lipase convert this energy into fatty acids. Fatty acids can improve brain function and muscle energy.
Getting a high intake of simple carbohydrates, sugar, and fat makes the pancreas work harder to produce lipase and other digestive enzymes.
When the body gets fat and more sugar than is needed, there will be weight gain.
Muscle energy
Glucose is the primary fuel for muscle tissue. Insulin and glucagon to ensure the balance of supply of glucose (blood sugar) into muscle to maintain optimum muscle performance.
Imbalance or excess sugar in the bloodstream will trigger a sudden release of energy which is immediately followed by muscle fatigue.
Aside from blood sugar, there are also other sources of energy derived from fatty acids and protein.
Amylase, pancreatic enzymes produced another, converting fatty acids into energy and protein more stable.
Lipase supplements
While it can absorb the fat, there is no strong evidence to support the claims of usability lipase to lose weight.
The most effective and safe way to lose weight is to eat fewer calories and exercise.
Lipase supplements have not been considered as a proven alternative to weight loss.
Vitamin storage
Lipase allows the body to store fat and sugar. The fat-soluble vitamins in the end may also be stored in the body with the help of lipase.
That is why, be careful when taking supplements of fat-soluble vitamins (A, D, E, K) because it can accumulate in the body and harmful to health.
