Application archive | Imaging & Microscopy - Research, Development, Production

Jul. 07, 2016
Applications
Simultaneous Multi-color, Multiphoton Fluorophore Excitation using Dual-color Fiber Lasers
Advanced microscopy techniques provide crucial insights for a deeper understanding of biological and chemical processes. Due to its nonlinear excitation character, multiphoton imaging (e.g. TPEF, SHG, THG) enables a deeper penetration ...
Apr. 01, 2016
Applications
Combining the MicroTime 200 with the Bruker BioScope Catalyst AFM for Multi-parameter Cell Imaging
Combination of Atomic Force Microscopy (AFM) with single-molecule-sensitive fluorescence microscopy grants fascinating insights into the structure, dynamics, and interactions in cells. The AFM part reveals structural information of ...
Mar. 03, 2016
Applications
Non-Invasive Tomography of Living Cells
Since the discovery of the cell as the basis of all life on earth, scientists became aware that unveiling the microcosm inside cells would open a objective amount of possibilities. However, cell’s small dimensions and transparent ...
Feb. 17, 2016
Applications
AFM Characterization of Thin Films
Thin films and coatings play a critical role in everything from food containers to photovoltaics. The intrinsic geometric and microstructural dimensions of advanced films (thickness, grain and domain sizes, etc.) make characterization on ...
Jan. 13, 2016
Applications
diSPIM - A Perfect Solution for Live Specimen Imaging
The diSPIM system from ASI is an extremely cell friendly system for imaging live specimens. The diSPIM only illuminates the region of the specimen that is being viewed, reducing phototoxicity and reducing photobleaching ~7-10 fold.
Dec. 02, 2015
Applications
Automated Raman Imaging: Apyron
Here we present a new, automated confocal Raman microscopy technology that greatly enhances ease of use and experimental accessibility without any compromise in performance. Confocal Raman microscopy is a high-resolution imaging technique ...
Nov. 06, 2015
Applications
Time-Tagged Time-Resolved Fluorescence Data Collection in Life Sciences
A method commonly applied to study fluorescent species is Time-Correlated Single Photon Counting (TCSPC). In many applications, however, it is of great interest to determine not only lifetimes but also record information on the ...
Nov. 05, 2015
Applications
High-Resolution Imaging at Video Rate with UV Light
Imaging integral parts or finest structures of cells is of high relevance for the better understanding of vital processes. Modern light microscopes are limited by the Abbe diffraction limit in resolving structures smaller than 250 nm. ...

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