… In this review, we discuss important studies on the function of T- and B-cell immunity in
atherosclerosis and their manipulation to develop novel therapeutic strategies against …

… Thus, both T and B cells play critical roles in atherosclerosis. Modifying the adaptive
immune response to ApoB holds promise for preventing atherosclerosis and reducing disease …

… a crucial role in the atherosclerotic plaque establishment and … adaptive immune cells in
human atherosclerotic plaques and review the clinical utility of profiling circulating immune cells …

… Alternative strategies to neutralize pro-inflammatory adaptive responses include blocking
critical co-stimulatory pathways or other indirect anti-inflammatory treatments such as B …

… innate and adaptive immune components that orchestrate inflammation in atherosclerosis, …
immune mediators on non-immune cells in atherosclerotic plaques are outside the scope of …

… These OSEs and others are present in atherosclerotic lesions and act as major antigens
stimulating innate and adaptive responses that affect the progression of vascular disease. …

… response to slow down atherosclerosis? In this retrospective, we review growing knowledge
about the role of T and B cells in atherosclerosis … of the immune response in atherosclerosis, …

… and activation of immune cells. This study aims to describe the function of different cells
of adaptive and innate immune systems in progression and suppression of atherosclerosis. …

… The adaptive response plays a prominent role in atherogenesis. Effector T cells produce …
In atherosclerosis, T helper (Th) cells could recognize self-antigens and induce a humoral …

… , activating Th17 cells that amplify immune cell recruitment in atherosclerotic plaques [65].
NETs have been discovered in clinically important thrombi in atherosclerotic plaques [66]. …