Your browser does not support this video. Conceptually similarANATOMICAL TRAVELOGUEDendrite Growth from BDNF, NeuronsSS2856552VE7176ANATOMICAL TRAVELOGUEDendrite Growth from BDNF, NeuronsSS21025483ANATOMICAL TRAVELOGUEDendrite Growth from BDNF, NeuronsSS21025484ANATOMICAL TRAVELOGUEMicrotubule DisassemblySS2856606VE7203ANATOMICAL TRAVELOGUEMicrotubule DisassemblySS2856607VE7204ANATOMICAL TRAVELOGUEMicrotubule DisassemblySS21025508ANATOMICAL TRAVELOGUEMicrotubule DisassemblySS21025509ANATOMICAL TRAVELOGUEMicrotubule DisassemblySS21025510ANATOMICAL TRAVELOGUEMicrotubule DisassemblySS21025511View AllDendrite Growth from BDNF, NeuronsLicense type:Rights ManagedUnique identifier:SS2856553Legacy Identifier:VE7177Description:Effect of brain-derived neurotrophic factor (BDNF) on dendritic growth in neurons. Neurotrophic factors are proteins that provide for growth and protection of nerve cells. Dendrites are the branched projections of a neuron that act to conduct the electrical stimulation received from other neural cells to the cell body of the neuron. Studies have shown dendrite loss in individuals with depression.Credit:TheVisualMD/Science SourceSize:1920px × 1080px (~124 MB)Get PricingHow Will The Visual Be Used?ShareKeywords:3d-3d model-3d visualization-anatomy-animation-animations-bdnf-biomedical animations-brain derived neurotrophic factor-brain-derived neurotrophic factor-clip-cortex-cortical-cortices-dendrite-dendrites-dendritic cell-growth-growth factor-hd-human anatomy-human body-inhibited growth-motion-movie-nerves-nervous system-neural-neuron-neurons-neurotrophic-neurotrophic factor-noaudio-protein-proteins-videoDuration:20sParent folder:20170802_ana003_2
