Search for: [Abstract = "ein CD34 were performed to monitor angiogenesis processes. It was shown that endothelial vasodilatory functions improved significantly as a result of BFRE compared to non\-BFR exercises. Vessel stiffness decreased under the influence of BFRE, while non\-BFR exercises caused a slight increase. Both forms of training led to angiogenesis activation, but stimulation through BFRE was more effective than unrestricted blood flow. In the second stage, a systematic literature review was conducted in conjunction with a meta\-analysis to enhance the strength of the obtained scientific evidence. Online databases, including the Cochrane Database of Systematic Reviews, PubMed, and Embase, were searched for articles published between January 2000 and November 2022. Original articles reporting the results of randomized or non\-randomized clinical trials or prospective cross\-over studies with an experimental group \(BFRE\) and a control group \(non\-BFR\) were included for analysis. Only studies conducted on adult participants that included at least one vascular variable, such as endothelial function \(FMD, IMT, RHI, AI, SI, RI, NO concentration\), angiogenesis \(VEGF, CD31\/PECAM\-1, CD106\/VCAM\-1, von Willebrand factor\), or other vascular functions \(Tcpo2, ABI, TBI, CAVI\), were considered. A total of 851 literature references were identified, of which 38 met the inclusion criteria for analysis. Due to d"]

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