A New World Of Ultra Soft BioSPM With The Nanonics Hydra^TM

Biophysics: Feeling a Protein		Axelrod, N. et al. Near-Field Optical and Atomic Force Constraints for Super-Resolution 3D Deconvolutions in Far-Field Optical Microscopy
The Realization of Nanometric 3D Far-Field Optical Imaging - A Position Paper		Why Would a Cell Biologist Who Owns a Laser Scanning Confocal Non-Linear Optical or CCD Light Microscope Want to Place the Nanonics NSOM/AFM 100TM on their Microscope Stage?
Taha, H. et al. Protein Printing with an Atomic Force Sensing Nanofountainpen Applied Physics Letters Vol. 83, No. 5: 1041-1043		Strinkovski, A. et al. Near-Field Optical Chemical Imaging of Surfaces and Near-Surface Regions with Externally Illuminated Near-Field, Force-Sensing, Chemically Sensitive, Cantilevered Micropipette Probes Israel Journal of Chemistry Vol. 41: 129-137
Khatchatouriants, A. et al. GFP is a Selective Non-Linear Optical Sensor of Electrophysiological Processes in Caenorhabditis elegans Biophysical Journal Vol. 79: 2345-2352		Lewis, A. et al. Fountain Pen Nanochemistry: Atomic Force Control of Chrome Etching Applied Physics Letters Vol. 75, No. 17: 2689-2691
Peleg, G. et al. Nonlinear Optical Measurement of Membrane Potential Around Single Molecules at Selected Cellular Sites Proc. Natl. Acad. Sci. USA Vol. 96: 6700-6704		Near-Field Scanning Optical Microscopy in Cell Biology Trends in Cell Biology Vol. 9: 70-73
Shao, Y. et al. Nanometer-Sized Electrochemical Sensors Analytical Chemistry Vol. 69, No. 8: 1627-1634