1:01:23Advanced calcium imaging techniques
A 61-minute video from Braining: “Advanced calcium imaging techniques”.
Braining
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1:01:23
59:19Analyzing brain cell dynamics with 2-photon microscopy
A 59-minute video from Braining: “Analyzing brain cell dynamics with 2-photon microscopy”.
1:27:05Bioluminescence Resonance Energy Transfer: A Powerful Technique in Neuropharmacology
A 87-minute video from Braining: “Bioluminescence Resonance Energy Transfer: A Powerful Technique in Neuropharmacology”.
41:02Decoding rodent behavior: advancing olfactometry techniques for precise mouse behavioral testing
A 41-minute video from Braining: “Decoding rodent behavior: advancing olfactometry techniques for precise mouse behavioral testing”.
46:08Examining brain networks using large-scale electrophysiological recordings and optogenetics
A 46-minute video from Braining: “Examining brain networks using large-scale electrophysiological recordings and optogenetics”.
25:36Experimental Models of Brain Trauma
A 26-minute video from Braining: “Experimental Models of Brain Trauma”.
52:05Fiber photometry-based investigation of brain function and dysfunction
A 52-minute video from Braining: “Fiber photometry-based investigation of brain function and dysfunction”.
50:28Genetic tools for analyzing brain functions: focus on endocannabinoid system
A 50-minute video from Braining: “Genetic tools for analyzing brain functions: focus on endocannabinoid system”.
1:13:16Long-read sequencing and its applications
A 73-minute video from Braining: “Long-read sequencing and its applications”.
47:26MR-fluorescence imaging to study the neurovascular network and brain nanotherapeutic delivery.
A 47-minute video from Braining: “MR-fluorescence imaging to study the neurovascular network and brain nanotherapeutic delivery.”.
59:45Manipulation using optogenetics and calcium imaging techniques to study memory
A 60-minute video from Braining: “Manipulation using optogenetics and calcium imaging techniques to study memory”.
55:08Multi-Electrode Array Recordings: A Powerful Tool for Exploring Neuronal Activity
A 55-minute video from Braining: “Multi-Electrode Array Recordings: A Powerful Tool for Exploring Neuronal Activity”.
51:47Neuroscience under the electron microscope
A 52-minute video from Braining: “Neuroscience under the electron microscope”.
1:05:41Optical microscopy methods in studies of cell migration
A 66-minute video from Braining: “Optical microscopy methods in studies of cell migration”.
51:05Patch and Puff: Target discovery in fresh brain sections
A 51-minute video from Braining: “Patch and Puff: Target discovery in fresh brain sections”.
52:03Paws on the screen: Using touchscreen technology to investigate rodent cognitive processes
A 52-minute video from Braining: “Paws on the screen: Using touchscreen technology to investigate rodent cognitive processes”.
59:16Rhinal cortex-hippocampus organotypic slices: A versatile model for epilepsy research
A 59-minute video from Braining: “Rhinal cortex-hippocampus organotypic slices: A versatile model for epilepsy research”.
51:34Shall we start from Bach? Or why and how in silico modeling can help to assess xenobiotics exposure
A 52-minute video from Braining: “Shall we start from Bach? Or why and how in silico modeling can help to assess xenobiotics exposure”.
58:32Single-molecule localization microscopy to study synapse organization and dynamics
A 59-minute video from Braining: “Single-molecule localization microscopy to study synapse organization and dynamics”.
24:54The neurosphere assay: an effective technique to study neural stem cells
A 25-minute video from Braining: “The neurosphere assay: an effective technique to study neural stem cells”.
53:40Use of biosensors to study axonal metabolism
A 54-minute video from Braining: “Use of biosensors to study axonal metabolism”.
1:02:50Why all these brilliant molecules don't become drugs?
A 63-minute video from Braining: “Why all these brilliant molecules don't become drugs?”.
44:50“Data-driven strategies for discovery and development of new CNS drugs”
A 45-minute video from Braining: ““Data-driven strategies for discovery and development of new CNS drugs””.