Uploaded December 2025 | Updated September 2026, 2 weeks ago
Stop wasting time and sample integrity on manual imaging settings! In this quick tutorial, we show you how Autosignal ai uses pre-trained AI to automatically find the perfect laser power and integration settings, guaranteeing maximum Signal-to-Noise Ratio (SNR) for every acquisition.
What You Will Learn - Discover the power of AI-driven optimization for your fluorescence microscopy experiments.
We used a sample labeled with Alexa 488 (mitochondria) and Alexa 568 (tubulin) to demonstrate the immediate, superior results.
- Maximize SNR: See the significant jump in image quality for the AF488 mitochondria channel.
- Protect Your Sample: Learn how the AI adjusts settings based on your sample's tolerance (fragile, intermediate, or robust).
- Efficiency: Go from suboptimal settings to optimal acquisition with just one click!
💡 Key Takeaways:
The example shows that while initial settings (50 photons/Green, 150 photons/Orange) are "good," autosignal.ai ensures settings are maximized without risking saturation, and achieves superior results using less laser power to preserve the AF 568 tubulin channel.
🕒 Timestamps
00:00 - Overview
00:09 - Before Autosignal ai
00:31 - One click optimization with Autosignal ai
01:07 - Before and after comparion
01:46 - Summary
🎥 Check out our popular videos:
Artificial Intelligence for Microscopy youtu.be/6EzrQ_0Byqw
#NikonMicroscopy #Microscopy #ConfocalMicroscopy #confocal #FluorescenceImaging #SignalToNoiseRatio #SNR #AI #artificialintelligence #MicroscopeTutorial #Tutorial #Demo #walkthrough
Stop wasting time and sample integrity on manual imaging settings! In this quick tutorial, we show you how Autosignal ai uses pre-trained AI to automatically find the perfect laser power and integration settings, guaranteeing maximum Signal-to-Noise Ratio (SNR) for every acquisition.
What You Will Learn - Discover the power of AI-driven optimization for your fluorescence microscopy experiments.
We used a sample labeled with Alexa 488 (mitochondria) and Alexa 568 (tubulin) to demonstrate the immediate, superior results.
- Maximize SNR: See the significant jump in image quality for the AF488 mitochondria channel.
- Protect Your Sample: Learn how the AI adjusts settings based on your sample's tolerance (fragile, intermediate, or robust).
- Efficiency: Go from suboptimal settings to optimal acquisition with just one click!
💡 Key Takeaways:
The example shows that while initial settings (50 photons/Green, 150 photons/Orange) are "good," autosignal.ai ensures settings are maximized without risking saturation, and achieves superior results using less laser power to preserve the AF 568 tubulin channel.
🕒 Timestamps
00:00 - Overview
00:09 - Before Autosignal ai
00:31 - One click optimization with Autosignal ai
01:07 - Before and after comparion
01:46 - Summary
🎥 Check out our popular videos:
Artificial Intelligence for Microscopy youtu.be/6EzrQ_0Byqw
#NikonMicroscopy #Microscopy #ConfocalMicroscopy #confocal #FluorescenceImaging #SignalToNoiseRatio #SNR #AI #artificialintelligence #MicroscopeTutorial #Tutorial #Demo #walkthrough
