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Fig. 1 Biogenesis and release of EVs.
The release of EVs has been recognized as an important modulator in cross-talking between neurons, astrocytes, microglia and oligodendrocytes, not only in central nervous system (CNS) physiology but also in neurodegenerative and neuroinflammatory disease states as well as in brain tumors, such as glioma.
We observed the release of EVs with a diameter of 2.5 μm and smaller.
ASCs recruited at the sites of injury may therefore contribute to angiogenesis through the release of EVs.
11 12 Release of EVs allows cells to influence (patho physiological processes over distance in contrast to cell-cell contact.
Release of EVs is thought to have a variety of functions, including disposal of harmful cellular contents and transmission of regulatory molecules in a form of intercellular communication.
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In AML, the release of EV has been described in vitro as well as in the sera of patients affected with the disease.
In the presence of BafA, the percentage of free cores was reduced to 4%, indicating that BafA prevented release of EV-derived viral cores into the cytosol.
Cell types potentially involved in the release of EV-cystatin C and EV-CD14 include activated monocytes, endothelial cells and platelets, which are all present in high numbers in atherosclerosis lesions [ 43, 47].
STB becomes the dominant site of conceptus EV release and the release of STB EVs into the maternal circulation extends this interface beyond the uterus and out into the maternal systemic vasculature.
Next, to further analyze the in vivo release of these EVs, we intravitally imaged similar mammary tumors consisting of differently labeled MDA-MB-231 cells.
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