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Regenerative Medicine is an interdisciplinary field combining stem cell science, tissue engineering, bioengineering, chemical biology, and gene therapy. This rapidly evolving research domain holds promise for transforming disease diagnosis, treatment approaches, and patient care standards. As a premier global hub for physiological research, we possess distinguished capabilities across modern physiology - from gene expression control to cellular, tissue, and whole-body biological systems.
Our physiological investigations employ cutting-edge technologies for non-invasive evaluation of anatomy and function (MRI), protein and reporter gene activity (optical imaging), circulatory dynamics (ultrasound), and kidney performance (photo-acoustic imaging). These advanced methods have broad diagnostic and therapeutic applications across neurology, neurosurgery, cancer research, physiology, musculoskeletal science, and related disciplines.
This work is conducted through the Department of Cellular and Molecular Physiology, a key component of the Institute for Translational Medicine.
Our interdisciplinary efforts focus on unlocking stem cells' healing potential to enhance human wellbeing, with the ultimate goal of making transformative stem cell treatments clinically viable. Operating within the Department of Cellular and Molecular Physiology, our research bridges fundamental stem cell science with practical applications through tissue engineering and chemical biology approaches. We maintain close collaborations with The Centre for Preclinical Imaging, which offers specialized resources for non-invasive imaging in experimental models. As part of the UK Regenerative Medicine Platform, our Liverpool-led Safety and Efficacy Hub pioneers innovative methods to validate regenerative therapies, ensuring these groundbreaking medical solutions meet rigorous safety standards.
Our investigative priorities align directly with our established research themes.