Using collagen to improve the healing process
Working to cut down the time
it takes to treat burns
There is no effective treatment or cure
for scarring but we are working on it
Creating a collection of skin scar tissue
to help achieve scar-free healing
Blond McIndoe contributed to the
first ever heart transplant
at the forefront of tissue typing
and the matching of grafts to their recipients
The roots of our research go right back to the Second World War, when Sir Archibald McIndoe challenged existing ways of dealing with the burns suffered by RAF airmen. He revolutionised treatments, plastic surgery techniques and the rehabilitation of burns patients, in the process inspiring the creation of the Blond McIndoe Research Foundation, which now carries on his pioneering work.
Our early successes included fundamental research into immunological mechanisms, which led to some world firsts – the first ever heart transplant, example of cultured skin cells combined with a new artificial skin, and knee operation using cultured cartilage cells with grafts of cartilage. Over the years, our work has brought progress in areas such as graft rejection research, the use of amnion in wound healing and improved understanding in nerve repair. Some of our more recent innovations have included the development of sprayed skin cells for children’s burns and new biomaterials to reconstruct damaged tissue.
Our current priorities are advancing burns and wound healing techniques and technologies that aim to repair, restore and regenerate tissue and reduce debilitating scarring. Here are some examples of our recent work: