Neuron Communications
Neuron Communications
Neuron Communications is an international, open-access journal that publishes studies exploring the molecular structures, cellular networks, and functional interactions between neurons and other cell ...
Neuron Communications is an international, open-access journal that publishes studies exploring the molecular structures, cellular networks, and functional interactions between neurons and other cell types such as glial and immune cells, so as to advance our understanding of cell-to-cell interactions in the nervous system, particularly during neural development, aging, injury, and regeneration.
The journal welcomes studies that go beyond single-cell or single-molecule analysis to explore the network-level, structural, and functional relationships between cells, especially in the context of emerging single-cell, spatial, and systems-level technologies. Research integrating molecular biology, neurophysiology, regenerative neuroscience, and computational approaches to uncover cellular interactions and signaling pathways is particularly encouraged.
Topics of interest:
1. Molecular and Cellular Mechanisms of Neural Communication
Synaptic and non-synaptic signaling pathways
Receptor–ligand dynamics and intracellular cascades
Gap junctions, extracellular vesicles, and paracrine signaling
Neuro–glial and neuro–immune communication
2. Communication in Development and Plasticity
Cell–cell signaling during neurogenesis and circuit assembly
Activity-dependent intercellular interactions
Communication mechanisms underlying synaptic remodeling
3. Injury, Inflammation, and Regeneration
Intercellular signaling in CNS and PNS injury
Communication-driven axon regeneration
Neuroinflammatory signaling networks
Stem cell–host tissue communication
4. Dysregulated Communication in Neurological Disorders
Disorders characterized by altered neuron–glia interactions
Pathogenic signaling in neurodegeneration
Immune–neural crosstalk in disease
Tumor–microenvironment communication in the nervous system
5. Experimental and Computational Approaches to Neural Communication
Single-cell and spatial multi-omics applied to cell–cell signaling
Imaging and perturbation strategies to dissect communication pathways
Computational modeling of intercellular signaling dynamics
Multi-scale integration linking molecular signaling to circuit function