Laser Surgery with Nanometer Precision
CellSurgeon is a laser dissection and multiphoton imaging system which enables precise, contactfree 3D-nanodissection of cells and subcellular structures. CellSurgeon can be used in living cells for studies of cell dynamics. Selective manipulation of cell organelles makes it possible to assess an impact on specific cellular processes. Furthermore, CellSurgeon is suitable for optoporation, a novel highly effective method of cell transfection. Experiments of accurate cutting in living small organisms with subsequent time-lapse recordings in 3D can easily be performed by means of CellSurgeon.
Multiphoton Imaging
CellSurgeon uses a femtosecond laser not only for manipulation but also for imaging. Whenever multiphoton imaging becomes a method of choice, CellSurgeon comes into consideration with its high penetration depth and high 3D-resolution. Visualization of numerous samples is often possible even without employing fluorescent markers, which may interfere with the processes in the cell.
3D-Dissection
For many applications though, mere visualization is sometimes not sufficient, active manipulation of cellular processes is often beneficial. The laser light of CellSurgeon is only absorbed at high intensity. This occurs only at the tight focus and allows you to operate in a very precise manner. Moreover, due to high penetration depth of near-infrared laser, CellSurgeon is the ideal tool to perform imaging plus manipulation in thick samples with only minimal phototoxic effects.
Adaptive System Configuration
CellSurgeon can be configured to your specification. The modular concept of CellSurgeon makes it adaptable to various microscopes and imaging procedures. The easy-to-operate software of CellSurgeon includes modules for 3D-dissection, confocal image acquisition, and basic image processing. One-stop provider LLS ROWIAK LaserLabSolutions offers customized solutions for different applications.
Advantages of Cell Surgeon
Feature | Benefit |
---|---|
Dissection |
Precise 3D-cutting Cutting in native samples Cutting in living cells or whole organisms |
Imaging |
Multiphoton imaging High penetration depth Marker-free imaging |
Laser movement by optics |
Wide range of objectives can be used Use of high NA objectives results in higher cutting precision |
User defined settings for laser cutting |
Live cutting Short set-up time Easy and exact selection of every structure of interest Draw on screen function |
Fully motorized cutting module |
Easy to use Reproducible set-up Increased throughput |
Simultaneous 3D-cutting and multiphoton observation |
Allows selection and documentation in multiphoton mode of structures to be cut Cut and observe in 3D Time-lapse recordings |
Versatile and easy to use imaging & cutting software |
Short training times Multi user friendly Online monitoring |
Integrated design |
Optimal performance One point of contact |
Worldwide service and support |
Fast service and support Remote access software maintenance Maintenance-free laser |
Active application support | Support on applications development |