Emerging Mechanisms in Neuronal Signaling: from Cell Biology to Pathogenesis

298.1K

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147

authors

34

articles

Emerging Mechanisms in Neuronal Signaling: from Cell Biology to Pathogenesis

298.1K

views

147

authors

34

articles

Editorial

31 August 2020

Editorial: Emerging Mechanisms in Neuronal Signaling: From Cell Biology to Pathogenesis

Mario Eduardo Guido

,

Gabriela Alejandra Salvador

and

Alejandra del Carmen Alonso

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0 citations

Editors

3

Mario Eduardo GUIDO

CONICET Center for Research in Biological Chemistry, National University of Cordoba (CIQUIBIC)

Gabriela Alejandra Salvador

National University of the South

Alejandra Alonso

College of Staten Island

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The molecular processes involved in the genesis, differentiation and cell death in the nervous system constitute an area of growing and continuous interest in the neuroscientific community. However, the underlying signal transduction events that participate in the regulation of the above-mentioned events are far from full understanding. An increase number of publications is focused on signal transduction mechanisms that rely on protein cascades, however less information is available about the role and function of lipid signaling cascades. Emerging mechanisms involving lipid signaling and metabolism have been recognized as main modulators in neurobiological processes in nervous system.

Signal transduction processes triggered by bioactive lipids and related transcription factors (immediate early genes, clock proteins, SREBP, metabolic regulators, etc.) have now receiving attention as important nodes for regulating specific cellular processes.

Dysregulation of these lipid-mediated processes may trigger degenerative diseases (Parkinson, Alzheimer, tauopathies, retinopathies) and proliferative disorders (brain cancer, diabetic retinopathy). Moreover, the modern lifestyle (hypercaloric diets, continuous artificial light exposure, sedentary life, shift work, aging, stress, etc.) impacts on lipid signaling and metabolism thus altering brain function, physiology and behavior.

Based on the above-mentioned, the main goal of this Research Topic is to highlight new insights in molecular mechanisms that operate in the nervous system and that could be potential biomarkers or therapeutic targets. Potential topics include but are not limited to the following:

- Lipid signaling in neurobiology processes (development, differentiation and death)
- Oxidative stress, lipid metabolism and signaling in neuronal and glial cells
- Transcription factors modulated by lipid mediators in neurobiological processes
- Circadian regulation and lipid signaling and metabolism in neurons and glia
- Life style, lipid metabolism and brain function and behavior
- Cellular and animal models to study the above-mentioned mechanisms under physiological and pathophysiological conditions

The molecular processes involved in the genesis, differentiation and cell death in the nervous system constitute an area of growing and continuous interest in the neuroscientific community. However, the underlying signal transduction events that participate in the regulation of the above-mentioned events are far from full understanding. An increase number of publications is focused on signal transduction mechanisms that rely on protein cascades, however less information is available about the role and function of lipid signaling cascades. Emerging mechanisms involving lipid signaling and metabolism have been recognized as main modulators in neurobiological processes in nervous system.

Signal transduction processes triggered by bioactive lipids and related transcription factors (immediate early genes, clock proteins, SREBP, metabolic regulators, etc.) have now receiving attention as important nodes for regulating specific cellular processes.

Dysregulation of these lipid-mediated processes may trigger degenerative diseases (Parkinson, Alzheimer, tauopathies, retinopathies) and proliferative disorders (brain cancer, diabetic retinopathy). Moreover, the modern lifestyle (hypercaloric diets, continuous artificial light exposure, sedentary life, shift work, aging, stress, etc.) impacts on lipid signaling and metabolism thus altering brain function, physiology and behavior.

Based on the above-mentioned, the main goal of this Research Topic is to highlight new insights in molecular mechanisms that operate in the nervous system and that could be potential biomarkers or therapeutic targets. Potential topics include but are not limited to the following:

- Lipid signaling in neurobiology processes (development, differentiation and death)
- Oxidative stress, lipid metabolism and signaling in neuronal and glial cells
- Transcription factors modulated by lipid mediators in neurobiological processes
- Circadian regulation and lipid signaling and metabolism in neurons and glia
- Life style, lipid metabolism and brain function and behavior
- Cellular and animal models to study the above-mentioned mechanisms under physiological and pathophysiological conditions

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Editors

Mario Eduardo GUIDO

CONICET Center for Research in Biological Chemistry, National University of Cordoba (CIQUIBIC)

Gabriela Alejandra Salvador

National University of the South

Alejandra Alonso

College of Staten Island

Impact

298,062 Total views

230,466 Article views

64,079 Article downloads

3,517 Topic views

Published In

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Frontiers in Cellular Neuroscience

Non-Neuronal Cells, Cellular Neurophysiology, Cellular Neuropathology

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Neuroendocrine Science

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Frontiers in Pharmacology

Neuropharmacology

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Frontiers in Neuroscience

Neuropharmacology, Neurodegeneration, Neuroendocrine Science

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Frontiers in Psychiatry

Neurodegeneration, Neuropharmacology

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Frontiers in Neurology

Neurodegeneration, Neuropharmacology

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