Edited by: Dr. Brian Ackley, University of Kansas, USA
Dr. Ho Ko, The Chinese University of Hong Kong, China
Dr. Louis-Jan Pilaz, Sanford Health, USA
BMC Biology is delighted to welcome submissions to our new Collection, ‘Neurons, Circuits and Behavior’.
With the current fast-paced advances in understanding the fundamental molecular and cellular constituents of neural systems, and the way they functionally interact to generate diverse and complex behaviors, an integrated view of Neuroscience at all levels becomes paramount. BMC Biology would like to acknowledge and support the continued growth in this field of research with the launch of the ‘Neurons, Circuits and Behavior’ Collection, guest edited by Dr. Brian Ackley, Dr. Ho Ko, and Dr. Louis-Jan Pilaz.
We invite submissions on all aspects of neuroscience with studies that focus on specific neural components or provide a more integrated multidisciplinary perspective of their diversity and functional complexity. This Collection welcomes primary research articles and methodology articles addressing questions in this growing field.
The Collection aims to cover a broad range of subject areas including, but not limited to:
- Molecular and Cell Biology of Neurons and Glia
- Physiology of Synapses and Neurons
- Development, Plasticity and Repair
- Learning and Memory
- Sensorimotor Behavior
- Circuits and Systems Neuroscience
- Behavior and Cognitive Neuroscience
- Computational Neuroscience
- Genetics and Neurobiology of Disease
- Animal Models
- Imaging and Tool Development
- Neural Engineering
The Collection is open for submissions until March 18 2022.
Please use the online submission system, and indicate in your covering letter that you would like the manuscript to be considered for ‘Neurons, Circuits and Behavior’ Collection.
Our Guest Editors:
Dr. Ackley received a BA in Chemistry from Virginia Tech and a PhD from Northwestern University. He has been a University of Kansas faculty member since 2007. The lab studies the fundamental mechanisms that facilitate neuronal development using C. elegans as a model system. Work from the lab has demonstrated novel roles for cell adhesion molecules and calcium channels in synaptic development. Recent work has also focused on the differentiation of individual GABAergic motorneurons by a Wnt signaling pathway and Hox transcription factors.
Dr. Ko holds a Bachelor of Medical Sciences (BMedSc), Bachelor of Medicine and Bachelor Surgery (MBChB) from the Chinese University in Hong Kong. He pursued a PhD in neuroscience at University College London in the UK. Ho Ko is a principal investigator at the Department of Medicine and Therapeutics, and the Li Ka Shing Institute of Health Sciences of the Chinese University of Hong Kong. His team’s research focuses on (i) the principles by which neural circuits mediate sensory perception and behavior, (ii) neurovascular and glial dysfunction in neurodegeneration, and (iii) the development of neuroimaging tools.
Dr. Pilaz received a BA in Cognitive Sciences from University Lumiere and a PhD in Molecular Biology from University Claude Bernard in Lyon, France. After postdoctoral fellowships at Johns Hopkins University and Duke University, he started his own lab in the Pediatrics and Rare Diseases Group at Sanford Research in Sioux Falls, SD. The Pilaz lab uses the mouse model to study the etiology of neurodevelopmental disorders caused by defects in embryonic cortical development. Current projects focus on (i) the regulation of neural stem cell proliferation (ii) neuronal migration and (iii) the maintenance and survival of neurons.