Manganese Alters Water Movement in Ocular Lens Detected by DTI in vivo

Keywords

account administration affected alter alters analog animal anisotropy anterior arrangement arrow axial biological blood blue boundary carefully cataract cause caused causing cell cells channels chemistry circulation concentrations control controls critical decrease decreased dependent detect detected diagnosis diffusion diffusivity directed duration early echoes elongated enhanced epithelial equator evaluate eyes fang female fiber findings fluid fluxes free function functions gradient green hour hours hypothesized improve in vivo increasing inner internally invasive journal known layered layers leading lens lint lose major malfunction manganese maria marker materials matrix membrane mice modified mouse movement movements nerves ocular optic organelles outer padding pair picture posterior potential produce proteins proved quantified radial reduced reduction relies remaining removed retain retina scanner scheme sensitive seven shape simply software solution spin structure suggesting surface survival sutures taken tensor tissue trace transparency vessels water week written zero