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A battle of rafts: How molecular dynamics in CAR T cells explain their cancer-killing behaviorThe team biopsied the CAR T cell immunological synapse by isolating the membrane lipid rafts—cholesterol-rich molecules on the cell surface where most molecular interactions between cells take ...
this causing cell membrane deformation and thickening in the form of lipid rafts. Disclaimer: AAAS and EurekAlert! are not responsible for the accuracy of news releases posted to EurekAlert!
A recent study has uncovered key insights into the differing tumour rejection behaviours of chimeric antigen receptor T cells ...
By acting on certain membrane sphingolipids, LAU-7b has also been shown to increase the confinement of cystic fibrosis transmembrane conductance regulator (CFTR) protein into lipid rafts ...
The team biopsied the CAR T cell immunological synapse by isolating the membrane lipid rafts – cholesterol-rich molecules on the cell surface where most molecular interactions between cells take place ...
that lipid domains in the plane of the membrane termed 'rafts' have high affinity for some proteins and low affinity for others, thereby contributing to sorting 2. Researchers want to know whether ...
Increase NO, reduce A-II effects, increase EPC's, BP control, reduce inflammation, oxidative stress and vascular immune dysfunction Modify caveolae, caveolin-1, lipid rafts, membrane microdomains ...
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