Super-resolution for confocal and multiphoton systems
How does it work?
Visualize structures down to 120nm. Switching Laser Mode imaging (SLAM) is based upon the emission differential between Gaussian and annular laser excitation modes and raises the lateral resolution by a factor of two of any laser-scanning microscope. SLAM operates in both visible and infra-red excitations.
Turn on SLAM and acquire high resolution images rapidly from any sample
When installed in the VMS, SLAM can perform at a speed of 15 FPS (1024 X 512). It works brilliantly with live, fixed and cleared samples and can be used on living animals.
Single plane ovarian cells. GFP/Green (Actin filaments), Alexa594/Red (Mitochondria) imaged without (OFF) or with (ON) SLAM. The two images on the right have been zoomed by a factor of 4.
Rapid and versatile
Achieve higher resolution with less excitation
SLAM’s patented technology is not a depletion based approach and therefore is more gentle to the sample and functions with convential fluorescent dyes. SLAM can also be used on label-free techniques such as CARS, SHG/THG, FLIM and PLIM among others.
Myelin sheaths in a mouse brainstem imaged with standard CARS microscopy (left) and SLAM-CARS microscopy (middle). Zoomed-in regions are displayed on the right. Courtesy of Dr Daniel C. Côté, CERVO Research Center, Université Laval.
Compact and modular
Install SLAM on commercial and homemade confocal and multiphoton systems
The SLAM add-on is a small and compact module that augments your system’s current features, without any interference. SLAM works at the excitation level and is thus compatible with descanned and non-descanned detection systems.
|Up to twice the lateral resolution of conventional LSM (≈ 100 nm, depending on objective magnification
Frame rate inside VMS
|Up to 15 FPS at 1024 x 512|
Compatible light sources
|- Visible laser diodes
- Pulsed IR lasers
|Compatible with all fluorophores and fluorescent proteins|
|"Compatible with label-free techniques such as CARS (Coherent Anti-Stokes Raman Scattering),
SHG and THG (Second and Third Harmonic Generation);"
Low power requirement
|For minimal bleaching and photo-toxicity; non destructive. Suitable for in vivo, ex vivo and in vitro imaging|
Laser switching control
Dimensions (L x W x H)
|180mm x 180mm x 100mm|
As an upgrade
|Compatibility: Most commercial and custom-made confocal and multiphoton systems
Frame rate: Requires the conversion of two different images, reduces frame rate by a factor of 2
FOV: Field of view unaffected (same as without SLAM)
Image acquisition and processing: External trigger and plug in available