Honey Enzymes For The Gut
There are at least eight (8) digestive enzymes in honey. The most prominent enzymes in honey are diastase (amylase) and saccharase (sucrase). Weight loss of 5 to 10% has been shown in clinical studies to help improvements in blood pressure, blood lipid profile (i.e., cholesterol), sleep apnea and reduction of type 2 diabetes and cardiovascular risk factors.
Honey Fuels the Body
Honey provides an energy source for many body functions as the carbohydrates available in honey can be easily converted into glucose by even the most sensitive stomachs. Glucose is transported in the blood from the small intestine to the liver. In the liver, glucose is stored as an energy-available glycogen or converted to needed fat. One tablespoon of honey provides 64 calories in contrast to one tablespoon of white sugar (15 calories).
Running on Honey
Athletic performance can be improved when honey is consumed as it is an excellent ergogenic (facilitates healthy exercise) aid that helps maintain appropriate blood sugar levels while offering glycogen restoration after a workout. The net result is that honey can regulate the amount of insulin in the body as well as supporting energy expenditure.
Honey's Micronutrients
Riboflavin, vitamin B6, vitamin C, calcium, manganese, iron, and copper are present in honey. All of these have specific roles in maintaining our health. Interestingly, their quantity present depends on the type of flowers used during apiculture (the raising and keeping of bees). Most healthcare professionals agree that honey blended from different flora (polyflora) is healthier than monofloral (one flower nectar source for the bees).
Honey As Medicine
The use of honey in medicine has occurred for hundreds of years and has shown significant value in wound management (treatment of wounds). As there are antibacterial, antifungal, and antibiotic properties available in honey, it helps in promoting autolytic debridement (shedding of dead tissue) while deodorizing malodorous wounds and stimulates healthy tissue growth.
