Good signs ...., page-155

' : Emma Gill,

As we commemorate International Women's Month, we're proud to turn the spotlight onto Emma Gill, an outstanding young researcher who is reshaping the landscape of biomedical studies. Emma is in the final stages of completing her PhD in Bioengineering and Biomedical Engineering from Swinburne University in Melbourne Australia. Emma's pioneering work in In vivo cell culture imaging, powered by our ViewnVivo®, is not only disrupting traditional norms but also fostering groundbreaking discoveries.

Emma's Pioneering Work with ViewnVivo®:

Emma Gill, a rising star, is redefining our understanding of cellular dynamics using the ViewnVivo®. In a departure from traditional methods that image cells as flat and adhering to glass or plastic, Emma's research allows us to witness true cell morphology in real time, disrupting the status quo in cell culture imaging.

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Emma challenges the conventional narrative by using ViewnVivo® to showcase that cells are dynamic entities with intricate morphology, deviating from the traditional 2D representation. This paradigm shift allows for a more accurate understanding of cellular behavior in vivo.
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Leveraging the capabilities of ViewnVivo®, Emma is unlocking new possibilities by multiplexing stains, specifically in her work live/dead-cell viability analysis. This advancement enables more comprehensive and nuanced insights into cellular activities.
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Emma's work empowers researchers to monitor changes in cell behavior over time, whether influenced by environmental factors, drug introduction, or proliferation processes. The ViewnVivo® facilitates a dynamic understanding of cellular responses.
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ViewnVivo® empowers researchers like Emma to bring the system to their samples. This flexibility ensures the tool works for you, adapting to your needs, rather than the other way around