One of the biggest issues people with diabetes suffer from is poor circulation. The most common cause is high blood glucose levels which damages the lining of blood vessels and hamper the flow of blood. This can lead to many health issues including but not limited to kidney failure, cardiovascular issues, amputation of limbs and respiratory complications.
According to the World Health Organization (WHO), over the last few decades there has been an increase in diabetes diagnoses as well as a 3% increase in diabetes related deaths among all ages. The Food and Drug Administration (FDA) has declared foot ulcers in diabetic sufferers a global pandemic.
Diabetes is categorized between Type 1 and Type 2. Type 1 diabetes usually presents itself in early childhood and is insulin dependent. Type 2 diabetes normally occurs in adulthood and is non-insulin dependent. Whichever type of diabetes is diagnosed, most physicians will recommend certain lifestyle changes in order to prevent, delay or control the diabetes diagnoses. Preventative measures include a healthy diet, exercise and avoiding smoking.
Other factors such as the rapid increase in climate changes, has a direct as well as indirect effect for those suffering from diabetes. Temperature changes such as we are seeing with the climate crisis can trigger diabetes in those susceptible to the disease as well as have a negative impact on those already suffering from diabetes. Disruption in insulin supplies due to for example severe weather conditions, could potentially be fatal for someone suffering from diabetes.
D'OXYVA' Captured Carbon Technology
D'OXYVA is a new treatment currently in its pivotal clinical trial phase, which aims to increase blood flow in severe diabetic cases thereby preventing amputations and foot ulcers. More than 40% of diabetic foot ulcers will result in amputation. The treatment is set to be 90% more effective and less expensive than current treatments on the market.
The treatment is manufactured by Circularity Healthcare and is a non-invasive transdermal delivery system which improves blood flow, wound healing and oxygenation of tissue in minutes. A vapor spray brings the CO2 from the surface of the skin painlessly into the blood vessels. It is safe to use and is soon to become a very common treatment for those suffering from diabetes related complications like poor blood circulation. More information and details can be found from D'OXYVA - on the official company homepage.
Over the last 35 years, thousands of other treatments on the market have failed to achieve what D'OXYVA has in terms of regulatory approvals, safety and efficiency. The groundbreaking treatment has been approved by the Western Institutional Review Board (WIRB), the largest in the world with top universities and clinics involved in the research. Expert scientists have reported consistent positive results within 4-8 weeks of administering the treatment.
The medical community is excited about this new development, but the words "carbon" or 'CO2" can raise concerns with the public and environmentalists alike. Companies in the fossil fuel industry are actively focussed on finding an effective way to capture the CO2 in the atmosphere and store it to decrease the emissions caused from decades of neglect, but an effective solution has yet to be found.
Carbon is widely used in a variety of medical treatments and as a result almost 5% of greenhouse gasses are from the healthcare industry. However, D'OXYVA is significantly different because the carbon used in D'OXYVA is captured at the CO2 source. This means that it is never released into the environment. The method of extracting the carbon does not contribute to the release of greenhouse gasses which could actually damage the environment. Removing carbon dioxide emissions from the air has been a huge factor for those working in the healthcare industry and finally D'OXYVA can do that.
Final Thoughts
Diabetes is a serious disease that causes many people yearly to lose their limbs due to amputation or even their lives. It is through years of research and innovative treatment options like D'OXYVA that many sufferers from diabetes can have hope for a better quality of life.
Not only is the treatment a welcome relief for diabetics, but environmentalists and the general public can rest assured that the method of extracting the carbon dioxide used in D'OXYVA does not negatively impact the environment.
* This is a contributed article and this content does not necessarily represent the views of sciencetimes.com
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