Webinar: Using Brain Activity to Control Hardware with Fiber Photometry

Watch our webinar on “Using brain activity to control hardware: a primer on closed-loop fiber photometry experiments with FP3002” with Dr. Olivia Hon, Staff Scientist at MBF Bioscience, alongside Christopher Johnson, Electrical Engineer. Closed-loop experiments, where real-time analysis of brain activity is used to control hardware output, offer a powerful tool for understanding the connection between brain function and behavior. The FP3002 system allows for real-time analysis of neural activity and utilizes signal features to control optogenetic stimulation or external behavioral hardware without requiring user input. In this session, you’ll discover: How to set up and fine-tune closed-loop workflows in Bonsai using existing hardware The fundamentals of closed-loop methodology to unlock its potential for your research Practical applications of closed-loop fiber photometry for addressing complex biological questions

Webinar: Fundamentals of Fiber Photometry: From Theory to Troubleshooting
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Webinar: Fundamentals of Fiber Photometry: From Theory to Troubleshooting

Live demo: Automated, high-performance chromatography with Biotage® Selekt
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Live demo: Automated, high-performance chromatography with Biotage® Selekt

Webinar: ScanImage Simplified — A Deep Dive into the New Streamlined Interface
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Webinar: ScanImage Simplified — A Deep Dive into the New Streamlined Interface

Journal Club | Photoreceptor Cell Therapy to Treat Advanced Retinal Degeneration
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Journal Club | Photoreceptor Cell Therapy to Treat Advanced Retinal Degeneration

Webinar: Fluorescent Imaging and Slide Scanning – Techniques and Best Practice
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Webinar: Fluorescent Imaging and Slide Scanning – Techniques and Best Practice

How Proctor’s texts in Karen Read lawsuit could free dangerous criminals
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How Proctor’s texts in Karen Read lawsuit could free dangerous criminals

Automated patch clamp at physiological temperature for CyberQ-qNet-driven cardiac safety evaluation
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Automated patch clamp at physiological temperature for CyberQ-qNet-driven cardiac safety evaluation

Origin, significance, and interpretation of EEG
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Origin, significance, and interpretation of EEG

How AI Cracked the Protein Folding Code and Won a Nobel Prize
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How AI Cracked the Protein Folding Code and Won a Nobel Prize

Webinar: Redefining High-Performance Light Sheet Microscopy with SLICE
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Webinar: Redefining High-Performance Light Sheet Microscopy with SLICE

Cambridge Cheminformatics Meeting, 22 April 2026
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Cambridge Cheminformatics Meeting, 22 April 2026

Master No Code Chatbots With Copilot Studio (Formerly Power Virtual Agents) [Full Course]
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Master No Code Chatbots With Copilot Studio (Formerly Power Virtual Agents) [Full Course]

Physics Hours ft. Dr Claudiu Gradinaru
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Physics Hours ft. Dr Claudiu Gradinaru

Python Project | Python Projects For Beginners | Python Project Tutorial | Intellipaat
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Python Project | Python Projects For Beginners | Python Project Tutorial | Intellipaat

AI Course for Developers – Build AI-Powered Apps with React
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AI Course for Developers – Build AI-Powered Apps with React

Harrison Steel  Gabriel Abrahams Quantum spin resonance in engineered proteins for multimodal sensin
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Harrison Steel Gabriel Abrahams Quantum spin resonance in engineered proteins for multimodal sensin

AlphaFold - The Most Useful Thing AI Has Ever Done
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AlphaFold - The Most Useful Thing AI Has Ever Done

Inside the Mind of Anthropic CEO Dario Amodei | The Circuit | Extended Interview
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Inside the Mind of Anthropic CEO Dario Amodei | The Circuit | Extended Interview

Techniques for accurate quantitative analysis of C. elegans behavior
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Techniques for accurate quantitative analysis of C. elegans behavior

RL for Agents Workshop - Deep Dive on Training Agents with RL and Open Source
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RL for Agents Workshop - Deep Dive on Training Agents with RL and Open Source