icephys

There are 0 repository under icephys topic.

dervinism / minis
'minis' is a software for electrophysiological data analysis. It allows you to detect and analyse spontaneous postsynaptic potetnials/currents in whole-cell patch clamp recordings and to estimate the quantal size in the central synapse.
clampfit cortex electrophysiology ephys epsc epsp icephys ipsc ipsp mini-analysis minis neuroscience patch-clamp-recordings pclamp postsynaptic-currents postsynaptic-potentials psc psp quantal-analysis synapse
Language:MATLAB 7
dervinism / minis-benchmarking
Analysis code for minis benchmarking study
benchmarking clampfit cortex electrophysiology ephys epsc epsp icephys minianalysis minis neuroscience patch-clamp pclamp postsynaptic-currents postsynaptic-potentials psc psp quantal-analysis synapse
Language:MATLAB 1
dervinism / convert2nwbIcephysMat
Matlab functions to convert intracellular electrophysiology data to Neurodata Without Borders (NWB) file format.
fair-principles icephys intracellular-electrophysiology matnwb neurodata-without-borders nwb open-science
Language:MATLAB
dervinism / convert2nwbIcephysPy
Python functions to convert intracellular electrophysiology data to Neurodata Without Borders (NWB) file format.
fair-principles icephys intracellular-electrophysiology neurodata-without-borders nwb open-science pynwb
Language:Python
dervinism / convert2nwbOphysMat
Matlab functions to convert calcium imaging data and associated intracellular electrophysiology data to Neurodata Without Borders (NWB) file format
calcium-imaging fair-principles icephys intracellular-electrophysiology matnwb neurodata-without-borders nwb open-science ophys optical-physiology
Language:MATLAB
dervinism / convert2nwbOphysPy
Python functions to convert calcium imaging data and associated intracellular electrophysiology data to Neurodata Without Borders (NWB) file format
calcium-imaging fair-principles icephys intracellular-electrophysiology neurodata-without-borders nwb open-science ophys optical-physiology pynwb
Language:Python