Geoffrey C. Y. Lau —BIO-PROTOCOL

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Anca Savulescu University of Cape Town
23 protocols

Andrew Eagle Michigan State University
7 protocols

Edgar Soria-Gomez Faculty of Medicine and Nursery, University of the Basque Country
27 protocols

Ehsan Kheradpezhouh Australian National University
18 protocols

Editor

Geoffrey C. Y. Lau

Faculty, City University of Hong Kong

Research focus

Neuroscience
Mechanisms of homeostatic plasticity
Cortical circuit mapping
Neuron type-specific function
Circuit basis of olfaction
Models of neuropsychiatric disorders

0 Author merit
Reviewer merit
Editor merit

Education

Ph.D., Albert Einstein College of Medicine, 2007

Lab information

Geoff Lau Lab
http://geofflau.wixsite.com/neuro

Publications

https://www.ncbi.nlm.nih.gov/pubmed/?term=c+geoffrey+lau

9 Protocols reviewed

Implanting and Recycling Neuropixels Probes for Recordings in Freely Moving Mice

Authors: Ashley L. Juavinett, George Bekheet and Anne K. Churchland, date: 02/05/2020, view: 3826, Q&A: 0

Recording neural activity in unrestricted animals is necessary to unravel the neural basis of ethological behaviors. Recently, Neuropixels probes have made important strides in improving yield and lowering noise, but have limited use cases in freely ...

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Semi-automated Model to Accurately Counting Sympathetic Nervous Fibers

Authors: Dennis Bleck, Lkham Erdene-Byambadoo, Ralph Brinks, Matthias Schneider and Georg Pongratz, date: 12/20/2019, view: 2285, Q&A: 0

In recent years, the role of sympathetic nervous fibers in chronic inflammation has become increasingly evident. At the onset of inflammation, sympathetic activity is increased in the affected tissue. However, sympathetic fibers are largely absent ...

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9 Protocols edited

Organotypic Slice Culture of the Embryonic Mouse Brain

Authors: James M. Clegg and Thomas Pratt, date: 07/05/2020, view: 1558, Q&A: 0

Organotypic slice culture is a powerful technique for exploring the embryonic development of the mammalian brain. In this protocol we describe a basic slice culture technique we have used for two sets of experiments: axon guidance transplant assays ...

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Quantitative Determination of Ca²⁺-binding to Ca²⁺-sensor Proteins by Isothermal Titration Calorimetry

Authors: Seher Abbas and Karl-Wilhelm Koch, date: 04/05/2020, view: 2492, Q&A: 0

Diverse and complex molecular recognitions are central elements of signal transduction cascades. The strength and nature of these interaction modes can be determined by different experimental approaches. Among those, Isothermal titration calorimetry ...

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