Mar 26, 2017
Father We Thank You for small (literally) favors @FranchizedGQ These lips right here are the BEST! I swear my last one lasted me a year! #Aveda #LipSaver #TheArtOfScience #BoonsToldMe (at Aveda)
seen from United States
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seen from United States
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seen from Israel
seen from China
seen from Malaysia
seen from United States
seen from China
Father We Thank You for small (literally) favors @FranchizedGQ These lips right here are the BEST! I swear my last one lasted me a year! #Aveda #LipSaver #TheArtOfScience #BoonsToldMe (at Aveda)
Sensory Neurons from dorsal root ganglia growing in vitro and stained for nuclei (blue), actin (red) and axons (green). After plating, these neurons start to extends axons radially. Here, two series of images showing this process are included, from 10 to 3 o'clock and from 4 to 9 o'clock.
From Laboratory Felipe Court. www.courtlab.cl
A group of Neuromuscular Junctions (NMJs), synaptic contact between motor neurons and skeletal muscle fibers, at the sides of the intramuscular nerve which runs perpendicular to the muscle fibers. At the NMJs, the action potential triggers the release of acetilcholine, eliciting a post-synaptic potential at the muscle fiber and finally the contraction of muscle fibers. Motoneurons are stained for neurofilament in red, the myelin sheath produced by Schwann cells stained with an antibody against P0 (myelin protein zero) in green and post-synaptic sites for acetilcholine receptors in blue (colocalization of red and blue in the terminal boutons appears pink). Non myelinated axons are red and thin. Imaged using confocal microscopy.
From Laboratory Felipe Court www.courtlab.cl
A “tree” of neuromuscular junctions, the synaptic contact between motor neurons and skeletal muscle fibers. Here, an electric impulse known as the action potential, is codified to a chemical signal that triggers again an electric impulse in the muscle fiber, which contracts. From electric to chemical to physical! Motoneurons are stained for neurofilament, and post-synaptic sites for acetilcholine receptors. Imaged using confocal microscopy.
From Laboratory Felipe Court www.courtlab.cl
Teased nerve fibers, association of a neuronal axon with glial cells. These fibers act as cables propagating electrical signals for sensory input and motor control. Stained for axons in red (neurofilament protein), myelin in green (MBP protein) and nuclei in blue (DAPI).
From Laboratory Felipe Court. www.courtlab.cl
The Art of Science, Santiago, Chile, GAM @2012
VideoArt projected in the Cultural Center Gabriela Mistral (GAM) as part of the Workshop "Generation, Degeneration and Regeneration of the Nervous System", organized by P. Universidad Catolica de Chile, Universidad de Chile and University of California San Diego.
By Felipe Court, Nicolas Vasquez, Gonzalo Cardemil, David Brugueño and Marcelo Bastias.
www.theartofscience.cl
Laboratory Felipe Court. www.courtlab.cl
Graphite drawing. F. Court @2006.
Myelinated nerve fiber. Exploded view of the Node of Ranvier, structure implicated in saltatory action potential propagation.
From Laboratory Felipe Court. www.courtlab.cl
www.theartofscience.cl
From Laboratory Felipe Court. www.courtlab.cl