Artikel
Open Access
Laser switching contrast microscopy to monitor free and restricted diffusion inside the cell nucleus
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Franz-Josef Schmitt
Veröffentlicht/Copyright:
22. April 2016
Received: 2015-11-2
Accepted: 2016-1-8
Published Online: 2016-4-22
© 2016 Franz-Josef Schmitt et al.
Artikel in diesem Heft
- Laser switching contrast microscopy to monitor free and restricted diffusion inside the cell nucleus
- High-throughput fabrication and calibration of compact high-sensitivity plasmonic lab-on-chip for biosensing
- Acoustic trapping in bubble-bounded micro-cavities
- Diffusion behavior of the fluorescent proteins eGFP and Dreiklang in solvents of different viscosity monitored by fluorescence correlation spectroscopy
- Selective infiltration and storage of picoliter volumes of liquids into sealed SU-8 microwells
- Laser-induced jetting and controlled droplet formation
- Towards an optofluidic pump?
- Manipulation of colloids by optical and electrical control of disclination lines in liquid crystals
- Nonlinear optical response of some Graphene oxide and Graphene fluoride derivatives
Schlagwörter für diesen Artikel
Fluorescence microscopy;
superresolution
microscopy;
Dreiklang;
fluorescent protein;
diffusion
constant;
photo-switchable molecules;
random walk;
nanofluidics
Creative Commons
BY-NC-ND 3.0
Artikel in diesem Heft
- Laser switching contrast microscopy to monitor free and restricted diffusion inside the cell nucleus
- High-throughput fabrication and calibration of compact high-sensitivity plasmonic lab-on-chip for biosensing
- Acoustic trapping in bubble-bounded micro-cavities
- Diffusion behavior of the fluorescent proteins eGFP and Dreiklang in solvents of different viscosity monitored by fluorescence correlation spectroscopy
- Selective infiltration and storage of picoliter volumes of liquids into sealed SU-8 microwells
- Laser-induced jetting and controlled droplet formation
- Towards an optofluidic pump?
- Manipulation of colloids by optical and electrical control of disclination lines in liquid crystals
- Nonlinear optical response of some Graphene oxide and Graphene fluoride derivatives
