Mina Vaez is a researcher and academic in biomedical engineering, currently pursuing a Ph.D. at the University of Toronto's Faculty of Dentistry. Born in Tehran, she began her academic journey with a Bachelor's degree in Material Science and Engineering from the Iran University of Science and Technology, graduating in 2016. She earned a Master's degree in Biomaterial Engineering from the University of Tehran in 2019, where she developed innovative wound dressings. In 2020, Mina joined the Bozec Lab at the University of Toronto. Her Ph.D. research focuses on collagen crosslinks in skin tissue engineering, particularly developing skin substitutes with active permeation properties. Her work has been presented at international conferences and published in journals such as Acta Biomaterialia and Frontiers in Aging. Mina has strong leadership and mentorship skills, having supervised several undergraduate students and guided them to success in scientific presentations, with some winning first place in faculty competitions. She has held leadership roles, including President of the Graduate and Post-Graduate Dental Students Society and VP of Learning and Development for Graduate Super Women Engineers at the University of Toronto. Her dedication is reflected in honors and awards, including the University of Toronto Student Leadership Award and the Dr. Jaro Sodek Memorial Award. Additionally, her commitment to innovation is highlighted by her patent on generating electricity by foot pressure during walking. Mina continues to make significant contributions to biomedical engineering and tissue engineering research.

Mina Vaez is a highly skilled biomedical engineer with extensive expertise in tissue engineering and biomaterials. Her technical proficiency encompasses a wide array of laboratory techniques, including cell culture, confocal fluorescence microscopy, atomic force microscopy, and various characterization methods such as FTIR, SEM, TEM, and XRD. Mina is adept in antibacterial assays, SDS PAGE, electrospinning, and skin penetration assays, which are pivotal for her innovative research in developing advanced skin substitutes. Mina's academic and research career is marked by her contributions to understanding collagen's biophysical and biochemical properties, particularly in the context of tissue engineering applications. Her work on collagen crosslinks and skin substitutes has significant implications for regenerative medicine, aiming to improve skin repair and regeneration processes. Additionally, Mina is proficient in several computer software tools essential for data analysis and research, including SPSS statistical software, JPK, Origin, Xpert, Image J, and the Microsoft Office Suite. Her ability to combine technical laboratory skills with robust data analysis makes her a versatile and valuable researcher. Beyond her technical skills, Mina has demonstrated strong leadership and mentoring abilities, having guided undergraduate students in their research endeavors and contributed to various academic and professional societies. Her industry experience further complements her academic achievements, providing her with a comprehensive understanding of both the scientific and practical aspects of biomedical engineering. Mina's commitment to innovation, combined with her extensive technical expertise and leadership capabilities, positions her as a leading figure in the field of biomedical engineering, with a particular focus on advancing tissue engineering and biomaterials research.

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