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Red Wine And Resveratrol During Heart Surgery: Yes, Really!

On the topic of red wine and resveratrol: Red wine has many health benefits, and now it’s even being used in the operating room. This bold idea is just one more of red wine’s growing list of heart health advantages.

Red Wine and Surgery: How Does That Work?

Resveratrol and quercetin are two antioxidant compounds found in red wine that have been proven to not only prevent inflammation and blood clotting but also promote heart healing and heart health. Tammy Dugas, a professor at Louisiana State University’s Department of Comparative Biomedical Sciences, is developing a new stent that releases these compounds. It’s, thus, no wonder why the topic of red wine and resveratrol is hot today. Additionally, resveratrol, in particular, has been shown to protect against heart disease. The polyphenol also helps prevent age-related memory issues and even aids the gut’s microbiome.

Doctors use commercial heart stents to keep arteries open in people who suffer from certain heart problems. A surgeon can insert a stent by collapsing it over the balloon-tipped tube (catheter) and then move it to the affected or blocked artery. The balloon is then inflated, the stent expands and then forms a type of scaffold that is locked in place, thus permanently holding the artery open.

In Detail: Red wine and Resveratrol

Stents work by improving blood flow to the heart and relieving symptoms such as chest pain, but with one caveat: they release toxic agents, thus causing blood vessels to narrow. Additionally, in some cases of patients who underwent angioplasty without a stent, the previously opened artery narrows again within months of the surgery. Dr. Dugas’ breakthrough, called restenosis, combats this issue.

“By delivering red wine antioxidants during conventional angioplasty, it may be possible to prevent excess tissue from building up and the blood vessel from narrowing again as it heals,” shares Dr. Dugas. Indeed, red wine and resveratrol have shown themselves useful in the operating room! In addition to the stent, Dr. Dugas and her colleagues are working on a balloon coated with the same antioxidants in order to treat peripheral artery disease, or blood flow blockages all over the body—limiting proper blood flow to the arms, legs, kidneys, and stomach. Notably, this disease currently affects about 8 to 12 million Americans.

Beyond the Talk About Red Wine and Resveratrol

Today, heart disease is the leading cause of death in the United States for both men and women, with about 630,000 annual deaths based on data from the Centers for Disease Control and Prevention.

In the United Kingdom, coronary heart disease is the leading killer in the country as the incurable disease is their most common cause of death for people under the age of 65. It also takes the lives of 38 percent of men and 37 percent of women below 75 years old.

Because of these alarming statistics, the continued development of anything that can help alleviate or eradicate the disease could potentially create healthcare disruption and many positive bold impacts on the lives of many people. While physicians often advise their patients to make lifestyle changes—such as exercising, stopping smoking, and applying a healthier diet—, the only other options people with heart issues have are to take prescribed medicines or undergo surgery. Nevertheless, at this time, the presence of red wine and resveratrol in surgery is a “Yes!”

Contributing Author: Imee Malabonga

Goodyear Oxygene: A Bold Concept Tire for “Greener” Urban Mobility

In the recently concluded 2018 Geneva International Motor Show, Goodyear introduced their latest concept called Oxygene. Unlike today’s current crop of tires, the Oxygene was designed not only to carry a vehicle’s weight and roll along the road, it is also capable of releasing oxygen into the atmosphere.

For Goodyear, the old concept of mobility deserves a new twist as the wheel becomes the focus of a solution to clean up polluted air in a convenient, safe and sustainable manner. The Oxygene incorporates moss in its tire. The moss is a living plant that grow in the sidewall, and it has a structure unique to Oxygene tires. The open structure coupled with a smart new tread design absorbs water and moisture from the road, and circulates it along the rest of the tire. This allows the moss to grow along with continuous photosynthesis, which in turn releases oxygen back to the atmosphere.

Goodyear is a multinational tire company employing 64,000 people in 48 offices and plants in 22 countries worldwide. It has Innovation Center in Akron, Ohio and Colmer-Berg, Luxembourg.

The Oxygene design uses circular economy reducing material waste, energy loss as well as emissions. It helps to address current pollution levels in urban areas.

The World Health Organization (WHO) released a study which states that for people living in pollution-measured cities, more than 80% are exposed to low levels of air quality that does not meet WHO limits.

According to Chris Delaney, the President of Goodyear in Europe, Middle East and Africa, “More than two-thirds of the world population are expected to live in cities by 2050, and the demands on transport networks in urban environments will increase substantially.”

Delaney also added that “smarter, greener infrastructure and transport will be crucial in addressing the most pressing challenges of urban mobility and development.”

Oxygene features the following advanced performance solutions:

  • Ability to clean the air: It absorbs water and moisture from the road and breaths in carbon dioxide, feeding the moss in the sidewall, thereby releasing oxygen through photosynthesis. A city the size of Paris and its 2.5 million vehicles, can generate up to 3,000 tons of oxygen and absorb more than 4,000 tons of carbon dioxide annually.
  • Recycle Used Tires: Oxygene is a new 3D-printed technology which recycles rubber powder from recycled tires. It is also puncture-free and delivers hassle-free mobility.
  • Electric power self-generation. It is a smart device with embedded electronics including sensors, an AI processing unit and a smart light strip on the tire’s sidewall that is capable of changing colors to warn pedestrians and other vehicles.
  • LiFi capable: It uses visible light communication (LiFi) for mobile connectivity. This enables connection to Internet of Things (IoT), which allows vehicle-to-vehicle (V2V), vehicle-to-infrastructure (V2I), and vehicle-to-everything (V2X), which are requirements for smart mobility management system.

Goodyear created Oxygene to show a concept which will be necessary in the near future. So far, there is no indication when this advanced smart tire will be available in the market. It is however, a great proof of concept that tires can indeed be green from the inside out.

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