For quite some time we have been seen the world fighting against the use of plastic. Plastic is deterioration the quality of our lives and is also very harmful to the environment. But contrary to this, there are some people who are reusing plastic and converting them into such amazing products that none of us could ever think of.
One amongst those people is Dr. Kandan. Could you have possibly ever-imagined that plastic bottles can be converted into low-cost sockets from prosthetic limbs? I guess no. Dr. Kandan found out that if he ground up used plastic bottles, the resulting material could be spun into polyester yarn that could be heated and molded into prosthetic sockets. The results are a light-weight and sweat-proof prosthesis that is easy to walk with and allows air to flow to the entire leg. This discovery could address the gap between high-performance prostheses that cost thousands of pounds and affordable prostheses that lack quality and sturdiness.
Dr. Kandan worked with the Bhagwan Mahaveer Viklang Sahayata Samiti (BMVSS) in Jaipur. It is the world’s most prominent organization for rehabilitating individuals with disabilities and prosthetic specialists from Jaipur’s Malaviya National Institute of Technology, the University of Salford, the Southampton University Strathclyde to ensure that the prostheses are safe to use.
The project has just been nominated for a Times Higher Education Award. It was funded by the Global Challenges Research Funding (GCRF), which supports cutting-edge research to address developing countries’ challenges. It was also backed by the Academy of Medical Sciences, the independent UK body that represents medical science diversity.
“There are so many individuals in developing countries that would take advantage of quality synthetic limbs but cannot afford all of them,” said Doctor Kandan. “The purpose of this task was to distinguish less expensive materials that individuals can use to assist these folks, and that is what we should have completed.”
“Both sufferers were amazed – someone said the particular prosthetic was light-weight and simple to walk with and that it allowed air to flow to the sleep of their leg, which is perfect for the hot climate in India. We produced the socket at DMU, after which we traveled to India to test it with two patients – one who had his leg amputated above the knee and one who experienced his leg amputated below the knee,” explained Dr. Kandan.
Dr. Kandan is now looking to conduct a larger-scale study with more individuals from different countries to ensure that his design can be adapted to fulfill patients’ conditions. “People have their limbs amputated for several reasons – from diabetes and contamination to accidents and injuries,”
this individual said. “We would like to develop the design further to ensure that the prosthetic limb can be custom-made to meet each patient’s needs.”
It is estimated that more than one hundred million individuals worldwide have had a limb amputated. Diabetes and traffic incidents are two of the biggest causes of lower-limb amputation – both of which are frequently rising. Meanwhile, around 1 million plastic bottles are purchased every minute, yet only 7% are recycled, with the rest leaking into landfills or the ocean. One of the most significant issues is that plastic bottles cannot become recycled and re-used for the same purpose, so it’s up to us to find new uses for them. “Our design has substantial potential to advertise the circular economy for plastic by using recycled plastic yarns for manufacturing affordable prosthetic limbs – especially for amputees in developing countries. There are a few terrifying data about how precisely much plastic-type there is polluting our oceans as well as the planet,” mentioned Dr. Kandan.
Greater than a billion men and women globally are thought to live using impairment, with as much as 190 million encountering substantial difficulties within their daily lives. Approximately 80 percent of disabled men and women stay in low- plus middle-income countries (LMICs), where there is usually essential demand regarding affordable prosthesis.
“Our work will assist restore mobility to an incredible number of amputees in LMICs plus will undoubtedly possess a major positive effect on public health plus welfare,” adding Dr. Kandan.
Doctor Kandan paid specifically because of MSP-Emmen plus Comfil APS regarding providing rPET plus PET yarns regarding proof-of-principle investigations, correspondingly. He also thanks a lot Shima-Seiki Europe Limited for involvement within the advancement woven samples. The specialist claims the technique, which usually reduces the price tag on prosthetic production from £5000 to £10, could radically alter folks’ lives in developing nations.