 |
| |
The GUV chamber consists of two
parts which are joined together by two screws (left). Application of alternating electrical
fields to the lipid-covered ITO-slides
leads to the formation of vesicles (middle). Typical diameters of the vesicles are in the
tens of microns (scale bar: 25 μm). GUV
preparation by Markus Sondermann,
Group of Prof. Behrends, University
Freiburg (right). |
|
| Size: |
| Vesicle Prep Pro station: 16 x 14 x 6.5 cm (L x W x H)
GUV chamber: 8.3 x 6 x 1.3 cm (L x W x H) |
| |
| Software: |
| GUVMaker© by Nanion Technologies |
| |
| Specification: |
| Amplitude (peak to peak): 20 V max.
Amplitude Resolution: > 10 mV
Periodic time of sine curve: 1 ms to 16 s
Output Current: max. 100 mA
Capacity for liquid: 200 μl (typ.), 900 μl (max.) |
