University of St Andrews / Biological Sciences Building / SPIE Digital Library / University of St. Andrews / Masaryk University / / /
IndustryTerm
clinical applications / simultaneous epifluorescence imaging / epifluorescence imaging / imaging / in vivo applications / miniaturized portable device / free-space systems / chemical etching / chemical etching method / polished imaging fiber end face / subcellular resolution imaging / chemical etchings / created using a chemical etching method / /
Organization
School of Physics & Astronomy / School of Biology / Medical and Biological Sciences Building / University of St. Andrews / Masaryk University / /
Person
K. Dholakia / R. Bachelot / D. J. Stevenson / Y. D. Liu / M. L. Torres-Mapa / A. M. Rubenchik / Nat / P. C. Ashok / N. Ma / G. P. Singh / M. Antkowiak / M. E. Glinsky / D. L. Nida / D. J. Carnegie / W. H. Cheng / Y. K. Lu / C. L. Cao / F. Van Lauwe / A. Malki / F. J. Gunn-Moore / J. Baumgartl / T. Cizmar / K. M. Tan / T. A. Brown / F. Gunn-Moore / Y. C. Tsai / Nan Ma / / /
Position
forward / D. J. / G. P. / Cao / /
ProvinceOrState
New Jersey / North Dakota / British Columbia / New York / P. N. / S. K. / /
Journal of Biomedical Optics 16(2), [removed]February[removed]Optical transfection using an endoscope-like system Nan Ma,a Frank Gunn-Moore,b and Kishan Dholakiaa a University b University