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Figure 4(a) shows an image of two beads approximately 550 nm apart, which are barely resolved in the original SLIM image.
To further confirm the increase in resolution in real images, we examine microparticles in the SLIM image shown in Fig. 6.
Another example is shown in Fig. 6 (Media 1, Media 2), which is a snapshot of a dynamic SLIM image sequence of a live hippocampal neuron culture.
The vertical diameter of the particle is measured as approximately 1.5 μm in the SLIM image, whereas it is measured as 0.63 μm in the dSLIM image.
Our final experiment shows two neuronal processes (putative axons) which were not resolved in the original SLIM image (region marked as E in Fig. 6(a)).
The high quality of the dSLIM result can be better observed from the detailed parts of the image shown in Fig. 5(c) in comparison with the SLIM image.
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Brain networks associated with anxiety induced by self-comparison to slim images may be involved in the genesis of body dissatisfaction and hence with vulnerability to eating disorders.
The SLIM images are shown on the left column, while dSLIM images are shown on the right column.
To further examine the resolution increase provided by dSLIM, we next apply it to SLIM images of multiple 200nm microbeads.
With experiments on SLIM images, we demonstrate that significant improvements in spatial resolution can be obtained by the proposed approach.
All SLIM images were acquired using a white-light source (mean wavelength λ = 530 nm); the field of view is 75 μm × 100 μm with the CCD resolution of 1040 × 1388.
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