Methods Collections

Experimental systems and methodologies for the study of axon-specific molecular events

COVID-19 response: Video production in affected areas is postponed, publishing text articles first

JoVE will publish text articles after the peer review, which on average takes two months after the manuscript submission. We will film and add corresponding videos to our website when laboratories and facilities in affected areas reopen.

Just Started
Methods Collection Image
Methods Collections
Experimental systems and methodologies for the study of axon-specific molecular events

Guest Editors
Andrew Tosolini

Queen Square Institute of Neurology

Dr. Andrew P. Tosolini completed a Bachelor of Medical Science with Honours in Neuroscience (2006-2010) and a National...

Giampietro Schiavo

Queen Square Institute of Neurology

Giampietro Schiavo gained his degree in Chemistry and Pharmaceutical Technology from the University of Padua (Italy) in...

James Sleigh

University College London

Dr. James N. Sleigh completed his Medical Research Council (MRC)-funded DPhil at the University of Oxford (2009-2012)...

Gerardo Morfini

University of Illinois at Chicago

Dr. Gerardo Morfini’s completed his Ph.D. studies in 1997 at the National University of Cordoba in Argentina. He...

Collection Overview

Axons are the main line of information transmission among neurons. Accordingly, axonal pathology represents a common pathogenic feature associated with loss of neuronal connectivity in multiple unrelated neurodegenerative diseases including Alzheimer’s disease, Parkinson’s disease, Huntington’s disease, and motor neuron diseases. Therefore, the study of the mechanisms and molecular events within axons bears important implications for a complete understanding of neuronal cell biology in both healthy and disease conditions.

Even though axons represent the largest subcellular compartment of neurons, addressing axon-specific effects has remained a major challenge to the field of Cellular Neurobiology. As most cellular and animal models involve translation of recombinant DNA constructs in the neuronal soma, it is often difficult to discern whether effects triggered from the resulting recombinant proteins take place within axons, or are an epiphenomenon associated with alterations in the neuronal cell body itself. In this collection, we present a variety of experimental systems and methodologies for the study of cellular processes and molecular events within the axonal compartments, including the intracellular trafficking of membrane-bounded organelles by motor proteins (axonal transport), the regulation of axonal cytoskeleton dynamics, and the phosphorylation of axonal proteins.

 

Articles