Biomedical Imaging Technology University of Connecticut Health Center / Applied Optics Hebrew University / / /
IndustryTerm
energy levels / immiscible electrolyte solutions / metal / live cell imaging / cellular systems / excitation fluorescence imaging / harmonic generation imaging / identical imaging conditions / chemical properties / nonlinear optical imaging microscopy / metal electron sea / spectroscopic tool / pulse energy / metal nanoparticles / biological imaging / fluorescence imaging / metal films / metal surface / imaging / aqueous solution / energy difference / chemical structures / nonlinear optical imaging tool / optical media / energy / /
Organization
National Institute of Health / Society of Photo-Optical Instrumentation Engineers / National Science Foundation / University of Connecticut / Connecticut Health Center / Aaron Lewis Division / Hebrew University Jerusalem Israel Leslie M. Loew* Center / Biomedical Imaging Technology University / Applied Optics Hebrew University Jerusalem / Paul J. Campagnola Heather A. Clark William A. Mohler Center / /
Person
L. M. Loew / A. Clark William / Heather A. Clark / R. J. Twieg / V / Paul J. Campagnola Heather / A. Lewis / H. A. Clark / D. L. Wokosin / V / P. J. Campagnola / J. P. Wuskell / Leslie M. Loew / / /
Journal of Biomedical Optics 6(3), 277–286 (July[removed]Second-harmonic imaging microscopy of living cells