Biorex Corporation / Anton LC / Mathias RT. / Lewis SA / Donaldson / /
Country
Hungary / /
Facility
International Centre / US National Eye Institute / Semmelweis University / /
IndustryTerm
free energy gain / clinical applications / gene product / intermediate filamental network / ribosomal machinery / energy dependent / chemical energy / high-energy bonds / energy richness / /
Hungarian Ministry of Social Welfare / Semmelweis University / Hungarian Science Foundation / International Centre for Genetic Engineering and Biotechnology / Yale School of Medicine / Volkswagen Foundation / US National Eye Institute / Department of Medical Chemistry / Lotteries Grants Board of New Zealand / Health Research Council / /
Person
Wang Y. Isoform-specific / J. M. Anderson / / /
Position
author / Porter / Professor of Medicine / Pratt WB / /
analysis of Cl fluxes in the lens shows that the peripheral fiber cells have a membrane voltage that favors Cl efflux. Thus these cells are able to undergo a regulatory volume decrease and appear normal (Fig. 4C). In de