All NWB conversions

Robert Froemke

New York University

Project started April 2022

Developed NWB conversion tools for the Froemke lab's neurophysiology datasets studying auditory cortex plasticity and maternal behavior. The conversion pipeline handles complex data including neural recordings during vocalization processing, behavioral measurements, and oxytocin system manipulations, capturing both intrinsic and experience-dependent plasticity mechanisms.

Data and methods
Mousebehavioral trackingelectrophysiologysocial behavior
Conversion code
froemke-lab-to-nwb
Published datasets
Related work

Christine Constantinople

New York University

Developed comprehensive NWB conversion tools for the Constantinople lab's diverse neuroscience datasets. The conversion pipeline handles multiple data streams including fiber photometry recordings and electrophysiology data, with support for both processed behavioral data and spike sorting. The tools include specialized extractors and interfaces for different experimental paradigms, along with extensive metadata handling through YAML configuration files.

David Schneider

New York University

Developed NWB conversion tools for multi-modal neuroscience data including behavioral tracking, electrophysiology recordings, optogenetic stimulation, intrinsic signal imaging, and auditory stimulation. The project includes conversion of behavioral data from .mat files, OpenEphys recordings, optogenetic stimulation parameters, intrinsic signal images, and auditory stimulation data from multiple experimental paradigms. These tools support experiments investigating how the auditory cortex integrates sound and movement information, encodes error and learning signals, and guides sensorimotor adaptation during skilled, sound-generating behaviors in mice.

Dayu Lin

New York University

Developed NWB conversion tools for the Lin lab's neural recording datasets focused on social behavior and maternal care. The datasets include synchronized behavioral monitoring and neural recordings from the hypothalamic paraventricular nucleus (PVN), particularly examining oxytocin neurons during maternal behavior transmission between experienced mothers and virgin mice.

Gyorgy Buzsaki

New York University

Developed NWB conversion tools for the Buzsáki lab's extensive neurophysiology datasets, handling terabyte-scale data including Neuroscope recordings, LFP signals, and behavioral measurements. The conversion pipeline features specialized interfaces for various data types and supports parallel processing for large-scale conversions, with datasets publicly available through DANDI.