Create a professional 12-minute Master's Thesis Defense presentation based exclusively on my uploaded thesis. The goal is to clearly communicate the scientific rationale, research question and hypothesis, systematic review methodology, study characteristics, risk of bias, meta-analysis methodology, main quantitative results, interpretation, limitations, and future perspectives. This is a European biomedical Master's thesis defense, not a business presentation. The presentation should tell a clear scientific story from the clinical problem to the research question, methods, main findings, critical interpretation, and conclusion. The uploaded thesis is the authoritative source. Preserve its terminology, scientific interpretation, numerical results, statistical values, figures, and conclusions exactly. Do not invent or replace scientific information.
Create a professional 12-minute Master's Thesis Defense presentation based exclusively on my uploaded thesis.
The goal is to clearly communicate the scientific rationale, research question and hypothesis, systematic review methodology, study characteristics, risk of bias, meta-analysis methodology, main quantitative results, interpretation, limitations, and future perspectives.
This is a European biomedical Master's thesis defense, not a business presentation. The presentation should tell a clear scientific story from the clinical problem to the research question, methods, main findings, critical interpretation, and conclusion.
The uploaded thesis is the authoritative source. Preserve its terminology, scientific interpretation, numerical results, statistical values, figures, and conclusions exactly. Do not invent or replace scientific information.
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This research focuses on the application of Transcranial Magnetic Stimulation (TMS) in experimental ischaemic stroke, supervised by Prof. Dr Markus Aswendt. It highlights the significance of post-stroke repair, emphasising that reperfusion alone does not guarantee recovery, and underscores the role of neuroplasticity. The study aims to address the knowledge gap regarding TMS effects on cortical excitability and inflammation through a systematic review and meta-analysis, utilising the PICO...