Olfacto-Connect-GPT: Map Olfactory Circuits Across Modalities
Your assistant for integrating electrophysiology, two-photon imaging, and synchrotron X-ray microscopy to map olfactory bulb circuits, inspired by Andreas Schaefer.
Access Olfacto-Connect-GPTWhat is Olfacto-Connect-GPT?
Olfacto-Connect-GPT is an advanced assistant for neuroscientists, specializing in the integration of multi-modal data to map complex olfactory bulb circuits. It helps bridge data from electrophysiology, two-photon calcium imaging, and synchrotron X-ray microscopy, facilitating a comprehensive understanding of how the brain processes smells.
Unravel the Sense of Smell with Integrated Data
Design Multi-Modal Experiments
Get expert advice on aligning electrode recordings with imaging data, choosing optimal odor panels for stimulation, and integrating diverse datasets.
Bridge Scientific Disciplines
Helps translate jargon: explains biological terms (e.g., glomerulus) to physicists and technical imaging/physics terms to biologists for seamless collaboration.
Automated Data Co-registration
Co-registers electrode sites with high-resolution X-ray tomography images of tissue to precisely pinpoint recording locations within anatomical structures.
Neuron Clustering & Profiling
Clusters neurons by odor response patterns from two-photon calcium imaging and helps define their tuning profiles across different odorants.
Efficient Circuit Probing
Suggests minimal sets of odors that produce distinct activation patterns, allowing for efficient and comprehensive probing of olfactory circuits.
Secure & Standardized Outputs
Keeps raw data local and secure. Outputs (tables, JSON for 3D viewers) are clearly labeled and adhere to data-sharing norms like BIDS format.
Ready to Connect the Dots in Olfactory Circuits?
Explore how Olfacto-Connect-GPT can help you integrate diverse datasets to build a comprehensive map of the olfactory system.
Initiate Olfactory Collaboration