Nikon SIM
Why Use This Microscope?
The N-SIM structured illumination platform is a super-resolution microscope capable of approximately doubling the resolving capability of traditional fluorescence microscopy. Unlike “iterative” super-resolution techniques such as STORM and PaLM, SIM does not require stringent sample preparation or imaging buffers and can be used with most standard fluorescent proteins and/or organic dyes. Our system is outfitted to accomplish 2D- and 3D- SIM on both static and fixed samples and TIRF-SIM for live preparations. Importantly, thanks to its integration with a high-end workstation and robust GPU, the lengthy SIM reconstruction processes of the past have been dramatically revamped to enable near real-time reconstruction and visualization of the contribution of parameter modification “on-the-fly”. Such advancements have speed up the SIM imaging process nearly 12 fold.
The N-SIM structured illumination platform is a super-resolution microscope capable of approximately doubling the resolving capability of traditional fluorescence microscopy. Unlike “iterative” super-resolution techniques such as STORM and PaLM, SIM does not require stringent sample preparation or imaging buffers and can be used with most standard fluorescent proteins and/or organic dyes. Our system is outfitted to accomplish 2D- and 3D- SIM on both static and fixed samples and TIRF-SIM for live preparations. Importantly, thanks to its integration with a high-end workstation and robust GPU, the lengthy SIM reconstruction processes of the past have been dramatically revamped to enable near real-time reconstruction and visualization of the contribution of parameter modification “on-the-fly”. Such advancements have speed up the SIM imaging process nearly 12 fold.
Camera:
- Andor iXon Ultra DU-897 EMCCD monochrome camera
Imaging Modes:
- 2D SIM (multi- channel, -plane) live or fixed samples
- 3D SIM (multi- channel, -plane) live or fixed samples
- TIRF SIM (currently single channel) live samples
Excitation Specs:
- Full set of visual cubes for blue, green, and red –emitting probes.
- Diode Laser Lines and Power (measured at fiber tip):
- 405nm, 21 mW
- 488nm, 74 mW
- 561nm, 78 mW
- 647nm, 42.5 mW