Diabetes milletus is among the most frequent diseases worldwide. Based on the latest estimates, there are around 246 million diabetes patients worldwide. What is much more astonishing is that the number of men and women with diabetes is growing at a rapid rate. By 2025, experts anticipate that there’ll be about 380 million people that will suffer from diabetes.
And diabetes is not just a simple disease. It is Glucofort effective (https://www.peninsulaclarion.com) deadly. Based on the World Health Organization (WHO), diabetes claims 6 lives per second. That comes to 8,700 fatalities per day. One in twenty deaths worldwide can be linked to diabetes. Diabetic issues is really a pandemic.
While there are several anti-diabetic drugs that are obtainable on the market today, most of these are rather expensive. According to the type and severity, standard diabetes therapy ranges from a rather low-cost $1,000 annually to a sky-high $15,000 a year. The reason behind the high cost of diabetes treatment lies on the disease’s complexity. The issue with diabetes is it doesn’t only affects blood sugar levels but in addition causes other main complications, including, renal and cardiovascular problems. So imagine the burden to the pocket of a patient who’ll frequently have to acquire insulin shots in addition to a long line of heart or kidney medications.
Considering the difficulty of producing raw drug ingredients, present diabetes medicines are getting more plus more expensive to manufacture. Rich individuals may be ready to afford spending for these costly medications in the long term, but for the great majority of diabetes patients that reside on moderate and even lower than average income, procuring actually expensive diabetes medicines in the long term might not be a luxury that will come very easily. That is why scientists throughout the world are currently embarking on a race to search for new successful anti-diabetic compounds that would be not be as costly to mass produce as current energy sources of mainstream diabetes drugs. One such promising compound is corosolic acid. Extracted from the foliage of the banaba tree (Lagerstroemia speciosa), corosolic acid has insulin-like activity and lowers abnormal blood sugar levels.
Researchers from Japan, particularly Dr. Yamazaki of the Hiroshima University School of Medicine, were the very first people to isolate corosolic acid from banaba leaf extract and discover the insulin-like properties of its. But, banaba leaf has become utilized for centuries as an anti-diabetes supplement in the Philippines even before medical research has validated the efficacy of its.
Banaba tree grows conspicuously and requires little maintenance. In the Philippines, it could be found in many rural areas and often increases by itself. Therefore, any product that comes from the banaba tree would come at an affordable price. A testament to that’s the lower rate of banaba leaf extract. It will stop being illogical to believe that a corosolic acid based diabetes drug would have a lower price tag compared with present conventional anti-diabetic medication.
However researching on the efficacy of corosolic acid as an anti-diabetes compound is still in the first phases of its. Though the first results are incredibly promising, more research to scientifically validate its efficacy on fighting diabetes is necessary.