On July 14, 2014, South Africa’s University of the Western Cape (UWC) launched its Centre for Green Nanotechnology. A July 23, 2014 news item on Nanowerk makes readers feel as if they were present,
The establishment of University of the Western Cape (UWC)’s Centre for Green Nanotechnology was made a reality through a positive partnership between the University of Missouri (UM) and UWC that has spanned approximately 30 years.
[Speakers at the launch of the Centre included Prof Brian O’Connell, Rector of UWC; Prof Richard Bowen Loftin, Chancellor of UM; Prof Ken Dean, Provost of UM; and Prof Ramesh Bharuthram, Deputy Vice-Chancellor of UWC.]
Green nanotechnology is a relatively new science which aims to create environmentally friendly technologies in an effort to tackle real problems. Nanotechnology has improved the design and performance of products in various areas such as electronics, medicine and medical devices, food and agriculture, cosmetics, chemicals, materials, coatings, energy and so forth. According to Prof Bharuthram, “Green nanotechnology provides an opportunity to combine the strengths of nanobioscience, nanochemistry and nanophysics towards innovative solutions for societal benefit.”
Another keynote speaker at the launch included Professor Kattesh Katti, who has been hailed as the “father of green nanotechnology” and cited as one of the 25 most influential scientists in molecular imaging in the world. Prof Katti will divide his time between the University of Missouri (where he heads up their Green Nanotechnology Centre) and UWC, where he will spend approximately 3-6 months of the year.
Prof Katti noted that nanotechnology involves various role players – including scientists, biologists and chemists – working together. During his lecture, he focused on the use of green nanotechnologies to treat cancer. While the treatment of cancer utilising green nanotechnologies is still at experimental stages, he illustrated how the use of nanotechnologies could be the treatment of the future. He explained that current drugs used to treat cancers don’t always have the desired effect as the drugs don’t always penetrate tumours effectively due to their large size and approximately 60% of drugs go away from the intended target (tumour). Nanotechnology particles, due to their small size and their functioning, have the ability to penetrate tumours much more effectively.
A July 14, 2014 UWC news release, which originated the news item, provides background about events leading to the inception of this new centre and provides insight into its purpose,
The establishment of the Centre for Green Nanotechnology started in 2008/09 when UWC embarked on developing a five-year institutional strategic plan for 2010-2014. The Institutional Operational Plan (IOP) identified eight institutional goals, which included: Goal 2 – Teaching & Learning; and Goal 3 – Research & Innovation. Prof Bharuthram explained, “The IOP articulated the need for UWC to identify emerging and established research niche areas that will not only contribute to high output in the form of research publications and graduating masters and doctoral students, but equally importantly give the University a set of distinctions that will set UWC apart from the other higher education institutions – a calculated move towards becoming a research intensive university. It is indeed fascinating that at the time UWC was engaged in this exercise, the University of Missouri was undertaking a similar comprehensive initiative which resulted in the identification and development of the five MIZZOU Advantage thematic areas. These two parallel undertakings helped to elevate the partnership between UWC and UM to hitherto unknown heights.”
UWC’s Centre for Green Nanotechnology aims to promote:
· The development of fundamental sciences as they relate to chemistry, physics and biomedical and alternative energy aspects of green nanotechnology.
· Research and application on indigenous phyto-chemicals and phyto-mediated technologies for the production of green nanotechnologies with applications in medicine, energy and allied disciplines.
· New green nanotechnological synthetic processes and their feasibilities at laboratory levels, pilot scale and industrial scale for mass manufacturing.
· Green nanoparticles and green nanotechnologies in the design and development of new medical diagnostic/therapeutic agents, biological sensors, chemical sensors, smart electronic materials, nanoscale robots, environmentally benign breathing devices.
Furthermore the Centre aims to provide formal training to students at the undergraduate, graduate and post-doctoral levels in all aspects of green nanotechnology from blue sky to applied, including impact on socioeconomic development, policy development and revision.
UWC is exceptionally excited about this new venture and is proud that it continues to show great developmental strides in all academic spheres. At the launch of the Centre, Prof O’Connell said, “When there is robust engagement there is change. Knowledge and change goes together. The more ways of knowing is a more efficient way to tackle problems.”
There was a general consensus that education is the key factor in shaping our future. Prof Loftin, Chancellor of UM said, “We think of resources in terms of tangible things, but the most precious resource is human capital.
The strides that UM and UWC have made in staying current with regard to offering course studies that are new illustrates that these institutions are investing heavily in human capital and are committed to providing solutions for future challenges.
As Prof O’Connell noted, “UWC is a metaphor for Africa. Despite being excluded and coming from a disadvantaged past, we are here to show that we can use our brain to push the boundaries.”
I wish them all the best.