More than 100 art works have been scanned in ultra-high resolution with portable laser scanners that could image objects that are unmoveable and could not be scanned by traditional machines. That data combined with photogrammetry techniques that puzzle together thousands of photographs to create a photorealistic composite.
A tweet can travel far, but it cannot spark a spontaneous conversation in the hallway. Conferences offer in-person engagement, but they are infrequent and often exclusive or too busy. Hanging a paper on your office door? That's immediate, local and quietly powerful. It is a symbolic gesture that brings your research into the physical space of the university, something rarely done in today's digital culture.
In 2019, Jenna Keindel came across a research paper that would change her life. The Canadian, then aged 37, found it through a Facebook group of people affected by limb-girdle muscular dystrophy (LGMD), a condition that causes progressive muscle weakness. Keindel was diagnosed with it when she was 16. The paper suggested that another condition, called anti-HMGCR myopathy, a rare autoimmune disease that causes severe muscle weakness, shared some symptoms with specific subtypes of LGMD and was sometimes misdiagnosed as LGMD.
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