https://ebonglab.org/publication/pro-atherosclerotic-disturbed-flow-disrupts-caveolin-1-expression-localization-and-function-via-glycocalyx-degradation/2020-08-27T15:54:08+00:00https://ebonglab.org/publication/ultrasmall-gold-nanorods-synthesis-and-glycocalyx-related-permeability-in-human-endothelial-cells/2020-08-27T15:48:31+00:00https://ebonglab.org/publication/endothelial-barrier-reinforcement-relies-on-flow-regulated-glycocalyx-a-potential-therapeutic-target/2020-08-27T15:52:25+00:00https://ebonglab.org/publication/the-comparative-effects-of-high-fat-diet-or-disturbed-blood-flow-on-glycocalyx-integrity-and-vascular-inflammation/2020-08-27T15:56:04+00:00https://ebonglab.org/publication/endothelial-apoptosis-and-glycocalyx-morphology-in-plaque-and-non-plaque-areas-of-the-mouse-atherosclerotic-brachiocephalic-artery/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/endothelial-glycocalyx-apoptosis-and-inflammation-in-an-atherosclerotic-mouse-model/2019-12-26T23:41:01+00:00https://ebonglab.org/publication/endothelial-glycocalyx-conditions-influence-nanoparticle-uptake-for-passive-targeting/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/the-endothelial-glycocalyx-its-structure-and-role-in-enos-mechano-activation/2019-07-09T13:37:56+00:00https://ebonglab.org/publication/the-role-of-the-endothelial-glycocalyx-layer-in-transducing-fluid-shear-stress-into-intracellular-signaling-events/2019-07-09T13:38:37+00:00https://ebonglab.org/publication/the-roles-of-hs-and-its-glypican-1-core-protein-in-flow-induced-endothelial-nos-activation-and-cell-remodeling/2019-07-09T13:39:40+00:00https://ebonglab.org/publication/life-like-preservation-and-tem-visualization-of-the-glycocalyx-reveals-that-it-is-substantial-in-vitro/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/rapid-freezing-freeze-substitution-transmission-electron-microscopy-assessment-of-cultured-endothelial-cell-glycocalyx-structure/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/specificity-in-the-participation-of-connexin-proteins-in-flow-induced-endothelial-gap-junction-communication/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/imaging-the-endothelial-glycocalyx-in-vitro-by-rapid-freezing-freeze-substitution-transmission-electron-microscopy/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/shear-induced-endothelial-nos-activation-and-remodeling-via-heparan-sulfate-glypican-1-and-syndecan-1/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/glycocalyx-core-proteins-selectively-mediate-endothelial-nos-activation-and-cell-alignment-in-response-to-shear-stress/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/the-endothelial-glycocalyx-in-vitro-its-structure-and-the-role-of-heparan-sulfate-and-glypican-1-in-enos-activation-by-flow/2019-07-09T13:43:37+00:00https://ebonglab.org/publication/the-glypican-1-hs-core-protein-of-the-glycocalyx-is-important-for-flow-induced-endothelial-nos-activation-but-not-cell-remodeling/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/flow-regulates-intercellular-communication-in-haec-by-assembling-functional-cx40-and-cx37-gap-junctional-channels/2019-07-09T13:44:57+00:00https://ebonglab.org/publication/regeneration-of-glycocalyx-by-heparan-sulfate-and-sphingosine-1-phosphate-restores-inter-endothelial-communication/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/selenium-nanoparticles-proposed-endothelial-glycocalyx-targeted-atherosclerosis-treatment-2/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/endothelial-glycocalyx-structure-and-role-in-mechanotransduction/2019-07-09T13:49:33+00:00https://ebonglab.org/publication/the-endothelial-glycocalyx-a-mechano-sensor-and-transducer/2019-07-09T13:50:11+00:00https://ebonglab.org/publication/interaction-of-the-glycocalyx-with-the-actin-cytoskeleton/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/fluid-shear-stress-induces-the-clustering-of-heparan-sulfate-via-mobility-of-glypican-1-in-lipid-rafts/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/the-structural-stability-of-the-endothelial-glycocalyx-after-enzymatic-removal-of-glycosaminoglycans/2019-07-09T19:25:47+00:00https://ebonglab.org/publication/glycocalyx-in-atherosclerosis-relevant-endothelium-function-and-as-a-therapeutic-target-2/2019-07-09T19:25:46+00:00https://ebonglab.org/publication/disturbed-flow-disrupts-endothelial-nitric-oxide-synthase-and-caveolin-1-expression-and-colocalization-via-glycocalyx-degradation/2019-07-15T20:06:00+00:00https://ebonglab.org/publication/2nd-edition-mechanobiology-handbook-crc-taylor-and-francis-group-boca-raton/2020-08-27T15:45:50+00:00https://ebonglab.org/publication/2nd-edition-mechanobiology-handbook-crc-publishing-taylor-and-francis-group/2020-08-27T15:42:02+00:00https://ebonglab.org/publication/neuromethods-springer-publishing/2019-12-24T22:31:31+00:00https://ebonglab.org/publication/hemodynamics-and-mechanobiology-world-scientific-publishing/2019-12-24T22:32:34+00:00http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