Browse our Tools and Resources

The ThermoMaze behavioral paradigm enables the collection of extensive physiological data while animals remain at distinct experimenter-controlled locations during rest.

miniML, a deep learning-based method, facilitates synaptic event analysis with high accuracy and versatility across diverse synaptic preparations, enabling high-throughput investigations of neural function and dysfunction.

behaviorMate provides a flexible, open-source platform for in vivo investigations that relies on a network of devices to enable observation of neural activity during navigation using physical treadmill and VR setups.

The Apollo implant, an open-source device tested in eight laboratories, can be used to reversibly implant Neuropixels probes and track the activity of populations of neurons across days.

A method for genetically barcoding Drosophila is developed and used to tag defined cell populations in vivo for single-cell transcriptomics experiments and to enable multiplexed behavioral analysis.

An MTF2-containing subcomplex of Polycomb Repressive Complex 2 promotes cell cycle progression through repression of D-type cyclin expression in certain cellular contexts.

With the new Ankyrin-G-GFP reporter line, researchers can visualize and study neuronal compartments critical for signal transduction without affecting neuronal activity and subcellular integrity of the cells under investigation.

Volumetric trans-scale imaging with a subcellular resolution across a wide field-of-view of 1.5 × 1.0 cm² has been realized, facilitating the analysis of cellular dynamics during embryogenesis and brain function.

The HMM-Fisher kernel approach leverages individual signatures of brain dynamics for prediction, which can be used, for example, to search for brain dynamics-informed biomarkers of neuropsychiatric disease or predict treatment response.

A new collection of driver lines enables experimental manipulation of over 300 cell types centered around the mushroom body in Drosophila.