Three- and two-dimensional 2-photon laser scanning microscopy laboratory
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3D/2D 2-photon microscopy laboratory
[website::http://www.femtonics.eu/]
Address
Three- and two-dimensional 2-photon laser scanning microscopy laboratory
Femtonics Ltd.
Tűzoltó út 59
H-1094
Budapest
RÓZSA, Balázs Dr.
Head of Group
Dr. Rózsa Balázs
Position: Head of Facility
Rozsabal@femtonics.eu
Office: +36 30 3257771, +36 1 2103349
Equipment
| Count | Description | |
|---|---|---|
| 2D Two-photon microscope | 1 | Photon microscope |
| 3D Two-photon microscope | 1 | Photon microscope |
| Uncaging materials | 1 | Uncaging materials |
Group Members
| RÓZSA, Balázs Dr. | Rozsabal@femtonics.eu | +36 30 3257771, +36 1 2103349 |
Details
Price List
About the facility
Femtonics develops valuable accessories and material for researchers, who works at the field of Neuroscience and Pharmacology. This is a very limited and particular market. We are able to do unique measurements for the Net and its members. After a concrete agreement we can provide usage of our systems. We can collaborate with some of the members, who have the same skills in research and development. We can give advice and help for the future’s company, how to make work a spin-off company like ours in connection with every days tasks and operation.
This Research Infrastructure makes possible two-photon measurements (for example Ca2+ imaging) along 3D trajectories in about a 600 x 600 x 25 µm3 volume with a 150 to 690 Hz measurement speed These measurements can be combined with multiple channel electro-physiological recording. It also makes possible fast two-photon measurements and two-photon photochemical stimulation along lines, curves, points or along the combination of these. We combine these measurements with multiple channel electro-physiological recording
- 1 It makes two-photon measurements (for example Ca2+ imaging) possible along 3D trajectories in about a 600 x 600 x 25 µm3 voulme at 150 to 690 Hz measurement speed, these measurements can be combined with muliple channel electro-physiological recording.
- 2 It makes fast two-photon measurements and two-photon photochemical stimulation possible along lines, curves, points or along the combination of these. We combine these measurements with multiple channel electro-physiological recording.
Area of science:
Pharmacology : Experimental pharmacology
Physical sciences : Laser physics and spectroscopy, Other physical sciences
Biology : Cell biology, Molecular biology, Neurobiology
