Extracting postpartum-derived cells resolves the contradiction between cell source availability and purity while promoting cardiac tissue repair.
Inhibiting cathepsin S reduces complement activity and neovascularization, addressing the lack of effective dry AMD therapies.
Biodegradable polymeric nanoparticles enable sustained gene expression in the retina while avoiding immune responses associated with viral vectors.
Segmenting heterogeneous sulfated polysaccharides into structural categories enables precise activity profiling using mass spectrometry techniques.
AAV vectors deliver CLRN1 gene products to restore inner ear and retinal cell function, addressing permanent cellular damage from Usher syndrome.