FIGURE 1 - Smartphones for Cell and Biomolecular Detection

Smartphone-based microscopes for cell imaging and counting. (a) Photograph of an optofluidic fluorescence imaging cytometry developed by Zhu et al., 71 and (b) comparison of fluorescence images of microbeads taken by the mobile phone device (top) and a conventional fluorescence microscope (bottom). (c) Images of diseased blood smears taken with a smartphone microscope developed by Breslauer et al. 6 Thin smear of Giemsa-stained malaria-infected blood (top) and sickle-cell anaemia blood (bottom). White arrows point to two sickled red blood cells. Scale bars are 10 mm. (d) Schematic illustration of the Contact Scope, and (e) brightfield images of a blood smear sample acquired using the Contact Scope. 44

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Reference

Smartphones for Cell and Biomolecular Detection - Scientific Figure on ResearchGate. Available from: https://www.researchgate.net/figure/Smartphone-based-microscopes-for-cell-imaging-and-counting-a-Photograph-of-an_fig1_263056277 [accessed 24 Mar, 2023]

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FIGURE 1. Smartphone-based microscopes for cell imaging and counting. (a) Photograph of an optofluidic fluorescence imaging cytometry developed by Zhu et al., 71 and (b) comparison of fluorescence images of microbeads taken by the mobile phone device (top) and a conventional fluorescence microscope (bottom). (c) Images of diseased blood smears taken with a smartphone microscope developed by Breslauer et al. 6 Thin smear of Giemsa-stained malaria-infected blood (top) and sickle-cell anaemia blood (bottom). White arrows point to two sickled red blood cells. Scale bars are 10 mm. (d) Schematic illustration of the Contact Scope, and (e) brightfield images of a blood smear sample acquired using the Contact Scope. 44

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<a href="https://www.researchgate.net/figure/Smartphone-based-microscopes-for-cell-imaging-and-counting-a-Photograph-of-an_fig1_263056277"><img src="https://www.researchgate.net/profile/Xiyuan-Liu-5/publication/263056277/figure/fig1/AS:601578331463699@1520438859700/Smartphone-based-microscopes-for-cell-imaging-and-counting-a-Photograph-of-an.png" alt="Smartphone-based microscopes for cell imaging and counting. (a) Photograph of an optofluidic fluorescence imaging cytometry developed by Zhu et al., 71 and (b) comparison of fluorescence images of microbeads taken by the mobile phone device (top) and a conventional fluorescence microscope (bottom). (c) Images of diseased blood smears taken with a smartphone microscope developed by Breslauer et al. 6 Thin smear of Giemsa-stained malaria-infected blood (top) and sickle-cell anaemia blood (bottom). White arrows point to two sickled red blood cells. Scale bars are 10 mm. (d) Schematic illustration of the Contact Scope, and (e) brightfield images of a blood smear sample acquired using the Contact Scope. 44"/></a>