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Spontaneous Recovery Mechanisms-Brain Reorganization
Sonia Luz Albarracin
,
Jhon Jairo Sutachan
Department of Nutrition and Biochemistry
Experimental and Computational Biochemistry
Research output
:
Chapter in Book/Report/Conference proceeding
›
Chapter
›
peer-review
Overview
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Keyphrases
Adult Neurogenesis
16%
Angiogenesis
16%
Brain Reorganization
100%
Cause of Death
16%
Cause of Disability
16%
Cell Location
16%
Cell Proliferation
16%
Cell Viability
16%
Cognitive Skills
16%
Growth Factor Signaling
16%
Hippocampus
16%
Lateral Ventricle
16%
Learning Skills
16%
Neural Stem Cells
16%
Neurogenesis
33%
Neurogenic Niche
16%
Recovery Mechanism
100%
Signaling Molecules
16%
Signaling Pathway
16%
Spontaneous Recovery
100%
Subgranular Zone
33%
Subventricular Zone
33%
Synaptogenesis
16%
Traumatic Brain Injury
100%
INIS
adults
10%
angiogenesis
10%
brain
100%
cell proliferation
10%
cytokines
10%
death
10%
growth factors
10%
hippocampus
10%
injuries
60%
learning
10%
molecules
20%
plasticity
10%
recovery
100%
stem cells
10%
viability
10%
zones
30%
Neuroscience
Angiogenesis
16%
Cell Proliferation
16%
Cytokine
16%
Growth Factor
16%
Hippocampus
16%
Lateral Ventricle
16%
Neural Stem Cell
16%
Neurogenesis
50%
Neurotrauma
100%
Subventricular Zone
16%
Synaptogenesis
16%
Traumatic Brain Injury
100%