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Institute of Bioengineering



Electrospinning: Technologies and Applications in the Biomedical Field, with Professor Min Wang

Image: Professor Min Wang
Professor Min Wang

Date: 22 May 2019   Time: 14:00 - 15:00

Electrospinning: Technologies and Applications in the Biomedical Field, with Min Wang PhD CSci CEng, Department of Mechanical Engineering, The University of Hong Kong

Electrospinning is not new. But it has attracted great attention in the biomedical field since two decades ago thanks to the distinctive properties of electrospun nanofibrous structures. Therefore, publications on electrospinning and electrospun structures have been on the exponential increase over the past 20 years, testifying the worldwide interest in this technology or this group of technologies. Electrospun nanofibers can have diverse applications such as filtration, sensors, cosmetics, etc. The intense interest of using electrospun fibrous structures in medicine stems primarily from their nanofibrous morphologies, which resemble the nanofibrous extracellular matrix of human body tissues. Also, electrospun nanofibers can serve as excellent delivery vehicles of bioactive agents (drugs, biomolecules, genes, etc.) in the body. The principle of electrospinning is simple; and parameters for the basic electrospinning technique are not many. However, with innovative modifications of the basic electrospinning technique, introduction of new fiber collecting techniques, and developments of techniques such as coaxial electrospinning and emulsion electrospinning, possibilities for creating fibrous structures with distinctive and desirable properties appear to be boundless. For over 10 years now, we have been conducting investigations into electrospinning technologies and electrospun nanofibrous structures for biomedical applications. For the controlled release of biomolecules such as growth factors, emulsion electrospinning is often employed to form nanofibrous delivery systems. For the controlled, simultaneous or sequential release of two or more growth factors for tissue regeneration, we have developed new electrospinning technologies and fabricated bi- or tricomponent fibrous delivery vehicles. Biological assessments have affirmed synergistic effects of dual delivery and controlled release of growth factors from novel tissue engineering scaffolds. Multicomponent and multifunctional scaffolds have also been made and studied for regenerating complex human body tissues such as gastrointestinal tract. We have also demonstrated that electrospinning and nanotechnology can be used together to form combination devices for combating complex medical problems.

About the Speaker
Min Wang was awarded BSc (1985) and PhD (1991), both in Materials Science and Engineering, by Shanghai Jiao Tong University and the University of London, respectively. He is a Chartered Engineer (CEng, 1995) and Chartered Scientist (CSci, 2005), UK. Dr. Wang is a full professor at The University of Hong Kong (HKU) since 2008. As Programme Director, he led HKU’s interfaculty Medical Engineering Programme in 2013-2018. He has also served as Chairman of the Biomedical Division and Council Member of the Hong Kong Institution of Engineers (HKIE). Prior to joining HKU in 2003, Dr. Wang conducted research and teaching in universities in the UK (1991-1997), Singapore (1997-2002) and Hong Kong (2002-2003). Due to his outstanding achievements, he has been elected fellow or academician of professional societies in the UK, USA, Hong Kong and internationally (FIMMM, 2001; FIMechE, 2007; FHKIE, 2010; FBSE, 2011; AIMBE Fellow, 2012; WAC Academician, 2013). Dr. Wang’s research interests include biomedical materials, tissue engineering, controlled release, and bionanotechnology. He has a large number of publications in peer-reviewed journals, conference proceedings and books. He has given many conference presentations, including more than 160 invited talks at international conferences. He was Chairman and/or Organizer of more than 20 international conferences, including symposia in World Biomaterials Congresses. He has been the Series Editor of Springer Series in Biomaterials Science and Engineering books since 2012 and Editor or Associate Editor of several journals (Materials Letters, Nano LIFE, Medical & Biological Engineering & Computing, etc.). He also serves/served in the Editorial Board of 20 other international journals.

Location:  Arts One Lecture Theatre, Mile End Campus, Queen Mary University of London
Contact:  KA Hing