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Stock Footage: Botulinum toxin blocks nerve signals, causing motor neurons to relax and muscles to gradually loosen. This 3D animation visualizes the relaxation pathway from nerve impulse to muscle fiber, showcasing

Item number : 140777550 See all

This Stock Footage, whose title is "Botulinum toxin blocks nerve signals, causing..."[140777550], includes tags of 3d, neuron, neurology. The author of this item is RY_lwy (No.2807066). Sizes from WEB (S) to HD 1080 are available and the price starts from US$15.00. You can download watermarked sample data (comp images), and use Lightbox after signing up for free. See all

  • Length : 00:00:08
  • Audio : None
  • Aspect ratio : 16:9
  • Format : mp4
  • Frame rate : 30.00
  • Codec : H.264
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WEB_(S) 320 x 180px MP4 US$15.00
WEB_(L) 640 x 360px MP4 US$25.00
NTSC_D1 864 x 486px MP4 US$50.00
HD_720 1280 x 720px MP4 US$70.00
HD_1080 1920 x 1080px MP4 US$90.00
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Credits(copyright) : RY_lwy / PIXTA

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Stock Footage: Botulinum toxin blocks nerve signals, causing motor neurons to relax and muscles to gradually loosen. This 3D animation visualizes the relaxation pathway from nerve impulse to muscle fiber, showcasing tags

3d　 neuron　 neurology　 anatomy　 biology　 cell　 brain　 animation　 botulinum toxin　 motor neurons　 muscle　 relax　 nerve　 signal　 block　 synapse　 synaptic　 transmission　 impulse　 electrical pulses　 electrical synapse　 axon　 dendrite　 receptor　 neuronal　 neurone　 nervous　 neural　 neural network　 medical　 medicine　 human　 communication　 head　 mind　 intelligence　 memory　 nucleus　 pulse　 sensory neurons　 motor　 muscles　 nerve cell　 network　 transfer　 thought　 dendrites　 synapses　 microscopic　 spinal cord　 peripheral nerve　 neuromuscular junction　
ECG vector and vector cardiogram trace the direction and magnitude of cardiac electrical activity during a cardiac cycle. 3D animation of heart electrical vectors in the frontal and horizontal planes. [140777549] Botulinum toxin molecules block nerve signals, relaxing the nerve-to-muscle pathway. This reduces wrinkle formation, delays aging, and releases anti-aging factors that modulate the cellular microenvir [140777551]

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