MHIQ Program Seminar Series Infectious Diseases & Immunology - Rapid and sensitive detection of human and animal diseases for low-resource use
MHIQ Program Seminar Series Infectious Diseases & Immunology. Associate Professor Joanne Macdonald describes how her research group has identified and developed a low-resource molecular genetics testing workflow that enables accurate disease identification without any sophisticated equipment. Pathogens can be detected within raw samples (blood, tissue or swabs) in 20-40 minutes âwith similar sensitivity to laboratory-based molecular genetics tests.
Save the date - MBA For Life - Brisbane
Please save the date for this upcoming MBA For Life networking event at the Griffith University South Bank campus.You are invited to join Griffith MBA Director, Professor Chris Fleming, current MBA students and fellow alumni.
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These events allow current students and graduates the opportunity to network with likeminded professionals.
BSI/GCSE Joint Research Seminar: Digital transformation through realising good dividends
Rather than highlighting issues of sustainability to persuade business to do some good, the regenerative system of Good Dividends seeks to redefine growth by integrating communities, societies and environments as sources of capital from which a dividend can be yielded as part of value generation. Through a case study of the 'Made Smarter' program â, Steve will show how digital transformations are being made by manufacturing SMEs using the Good Dividends system.
MHIQ Program Seminar Series Disability and Rehabilitation (GCORE) - Local Composition Control Using Additive Manufacturing for Orthopedic Implants
MHIQ Program Seminar Series Disability and Rehabilitation (GCORE). Professor Roger Gonzalez explains the new approach to mutiplanar, real-time simulation of physiological knee load with implications towards using local composition control in additive manufacturing for orthopedic implants. The purpose of the research is to develop repeatable simulation of physiological loads and develop techniques to fabricate a synthetic-based replacement of cadaver specimens.