Excitation Light Source
| Applications | Excitation, For Fluorescence Microscopes, For Biomedical Research, For Optogenetics |
| Other Characteristics | Continuous |
| Light Source | Led |
LEX9 is an LED light system that has been specifically designed for biological research. It is both highly stable and highly powered. Inside, it is feasible to install two distinct LED units. The LED units employ LEDs in the visible to near-infrared light spectrum, which have a higher output than conventional LEDs. To match fluorescent probes, a variety of wavelengths can be selected.input:
output:
It is feasible to manually activate or deactivate one or two wavelengths, or to alternately activate two wavelengths in frame synchronization with a high-speed camera system. LEX9 is an optimal excitation light source for high-speed fluorescence imaging.input:
output:Applications:
– Fluorescence imaging excitation light source
— GCaMP imaging
(Hemodynamic correction utilizing 405nm/460nm)
— Calcium imaging– Imaging with voltage-sensitive dyes
— Imaging of intrinsic optical signals (IOS)- Light stimulation for optogenetics– Channelrhodopsin (ChR2)– Halorhodopsin (NpHR)– Arch and Chrimson, among others.- Additional fluorescence imaging
— Experiments necessitating bright and highly stable light– Experiments necessitating extensive illuminationPrimary Characteristics:
– Greater power: Enhance the S/N ratios.The following is a highly stable statement: Reduce the amount of extraneous noise that is produced when imaging biological signals.
– Dual wavelength excitation: A single camera can capture two wavelengths.- Rapid switching: For pulsed light stimulation and high-speed imaging- Flexibility: Widely compatible with a variety of fluorescent probes- Illumination of a broad area: Illuminate the entire region at a low magnification.
MAECENAS IACULIS
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ADIPISCING CONVALLIS BULUM
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