Engineered neutrophils: the new “mini submarines” to treat infected wounds
Neutrophil-derived nanovesicles outperform traditional antibiotics. An innovative solution for infected wounds.
Neutrophil-derived nanovesicles outperform traditional antibiotics. An innovative solution for infected wounds.
The special bandage equipped with sensors gradually updates on the healing path, which is able to significantly accelerate.
The invention can quickly stop bleeding from stab wounds, and ultimately save many lives.
The method blocks the factors responsible for the transformation of blood vessels into fibroblasts. It can change the course of many operations and diseases forever.
The study of transcription factors for cellular reprogramming allows a team of the American Air Force to develop a remedy that can heal wounds 5 times faster.
It's a new paradigm: doctors can abandon gauze and bandages, instantly acting directly on the skin to repair wounds and burns.
The fabric incorporates a newly discovered material, polyglycerol sebacate, compatible with human tissues. This material can help the body produce new skin and repair itself from wounds or cuts.