Portuguese 
English 
Spanish 
2 min of reading 
0 comments 
Named ‘Rapha’, Device Combines Natural Latex Dressing with LED Lights to Accelerate Healing of ‘Diabetic Foot’ and Awaits Approval to Reach the SUS.
A new technology developed in Brazil may become a crucial ally in tackling one of the most severe complications of diabetes. Researchers from the University of Brasília (UnB) have created a device that promises to reduce the number of amputations caused by the disease in the country by 50%.
Currently, complications associated with the so-called “diabetic foot” are responsible for about 50,000 amputations annually in Brazil. The new invention, named “Rapha,” aims to change this scenario by accelerating the healing process of complex wounds.
How the Technology Works
The UnB innovation relies on a combined approach. The device combines a dressing made of natural latex with a system of LED lights.
-
The oldest nuclear aircraft carrier still in operation in the world is currently on Brazilian soil making its final journey before retirement, and two American military planes landed in Salvador and Fortaleza to support the mission.
-
WhatsApp is about to eliminate one of the app’s biggest annoyances; soon a single screen will show all online contacts at the same time without needing to open each conversation individually to find out who is available.
-
Scientists have discovered that the Earth recycles its own continents in the depths, dragging pieces of crust down during plate collisions and returning them later as magma, in a mechanism called relamination that has helped build the continents for billions of years.
-
New mathematical model indicates global population decline by 2064 in an extreme scenario of environmental crises, with humanity potentially halving if Earth’s sustainable capacity is reduced to 2 billion people.
According to the project leaders, each component has a specific function in tissue regeneration: the latex stimulates the formation of new blood vessels, while the emission of LED lights activates skin cells. This combined action promotes and accelerates the regeneration of the injured areas.
Social Impact and Long Development
The diabetic foot problem affects the low-income population more severely, who often have less access to information and adequate medical care. Researcher Suélia Fleury Rosa, a professor at UnB and Cornell University, emphasizes that the high incidence of amputations is a global challenge, also affecting countries in Europe, Africa, and the United States.
The journey to transform research into a viable product was long. The development of Rapha technology took nearly two decades, overcoming the critical phase known as the “valley of death” of innovation, which is the challenging transition period between a laboratory prototype and a commercial product.
Next Steps: Reaching the SUS
For the treatment to reach the population that needs it most, the technology must overcome the final regulatory steps. The Rapha device has already obtained safety approval from Inmetro.
Currently, the team is awaiting the final approval from the Brazilian Health Regulatory Agency (Anvisa). Researchers expect that, after this release, the technology can be distributed and incorporated into the Unified Health System (SUS), expanding access to treatment and preventing thousands of amputations.
Be the first to react!