Diabetes milletus is one of the most common diseases worldwide. According to the latest estimates, there are around 246 million diabetes patients worldwide. What's more alarming is the fact that the amount of men and women with diabetes is growing at a fast rate. By 2025, experts anticipate that there'll be about 380 million people that could suffer from diabetes.
And diabetes isn't simply a simple disease. It's fatal. Based on the World Health Organization (WHO), diabetes claims 6 lives a second. That comes to 8,700 fatalities each day. One in 20 deaths worldwide can be traced to diabetes. Diabetic issues is really a pandemic.
While there are several anti-diabetic drugs that are available on the market today, most of these're rather costly. According to the form as well as severity, conventional diabetic issues therapy ranges from a rather low-cost $1,000 yearly to a sky-high $15,000 a year. The reason behind the high-cost of diabetes therapy lies on the disease's complexity. The issue with diabetes is it doesn't only affects blood sugar but also causes other significant complications, including, renal and cardiovascular problems. So imagine the concern to the pocket of a patient who'll frequently have to buy insulin shots and a lengthy line of heart or maybe kidney medications.
Considering the issues of creating raw drug ingredients, Glucotrust Directions present diabetes medicines are getting more plus more expensive to manufacture. Abundant people might be in a position to afford spending for these costly medicines in the long run, but for the great bulk of diabetes patients who live on moderate and even lower than ordinary income, procuring ever costly diabetes prescriptions in the long term might not be a luxury which comes very easily. That is the reason why scientists throughout the globe now are starting on a race to look for new successful anti diabetic compounds that would be not be as costly to mass produce as present energy sources of mainstream diabetes medications. One such promising compound is corosolic acid. Extracted from the foliage of the banaba tree (Lagerstroemia speciosa), corosolic acid has insulin-like activity and decreases abnormal blood sugar amounts.
Researchers from Japan, particularly Dr. Yamazaki of the Hiroshima University School of Medicine, had been the first people to isolate corosolic acid from banaba leaf extract and learn the insulin-like properties of its. However, banaba leaf has been used for hundreds of years as an anti diabetes product in the Philippines while before scientific studies have validated its efficacy.
Banaba tree will grow conspicuously and requires minimal upkeep. In the Philippines, it may be located in many rural areas and in most cases increases on its own. Thus, any product that comes from the banaba tree would come at an affordable price. A testament to that's the lower price of banaba leaf extract. It will stop being illogical to imagine that a corosolic acid based diabetes drug would have a lower price tag in comparison with present conventional anti diabetic medication.
Still researching on the efficacy of corosolic acid as an anti diabetes compound remains in its first phases. Although the initial results are extremely promising, more research to scientifically validate its efficacy on fighting diabetes is necessary.