Metadata is essential for handling medical data according to FAIR principles. Standards are
well-established for many types of electrophysiological methods but are still lacking for …

The complexity of experimental paradigms in neuroscience results in corresponding
complexity of recorded data and associated metadata. This poses a challenge to data …

An essential aspect of scientific reproducibility is a coherent and complete acquisition of
metadata along with the actual data of an experiment. The high degree of complexity and …

Technological progress in neuroscience allows to record from tens to hundreds of neurons
simultaneously, both in vitro and in vivo, using various recording techniques and stimulation …

Metadata providing information about the stimulus, data acquisition, and experimental
conditions are indispensable for the analysis and management of experimental data within a …

Growing complexity of experiments and amount of acquired data in the field of neuroscience
and electrophysiology pose increasing demands on data and metadata management. File …

For analysis, management, and sharing of experimental data, metadata that provide
information about data acquisition and experimental conditions are indispensable …

Over the last 50 years, the technique of microneurography has provided us with valuable
insights into activity in human nerves. Microneurography allows us to record from the axons …

The Neurodata Without Borders (NWB) initiative promotes data standardization in
neuroscience to increase research reproducibility and opportunities. In the first NWB pilot …

Increasing complexity of experimental approaches in neurosciences challenges methods for
managing recorded data and metadata. Storing such information consistently is an essential …