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Contaminant Removal from Nature’s Self-Cleaning Surfaces
Published 2023“…Many organisms in nature have evolved superhydrophobic surfaces that leverage water droplets to clean themselves. …”
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The R217 epitope overlaps with glycan binding residues and the proposed dimer interface, while the R218 epitope is far removed from these regions.
Published 2013“…(C) The R217 epitope overlaps with proposed dimer interface residues while the R218 epitope is far removed from the proposed dimer interface. Proposed dimer interface residues are in blue, proposed dimer interface residues that overlap with the R217 epitope are in purple, the R217 epitope is in red, the R218 epitope is in green and RII is in grey.…”
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CPDs were selectively removed from viral DNA.
Published 2013“…Overlays show selective removal of CPDs from viral DNA over time. Far right panels illustrate how the regions were mapped for analysis in 5C and D. …”
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Comparison of FAR proteins across free-living and parasitic nematode species.
Published 2022Subjects: -
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Diatom Microbubbler for Active Biofilm Removal in Confined Spaces
Published 2018“…Bacterial biofilms form on and within many living tissues, medical devices, and engineered materials, threatening human health and sustainability. Removing biofilms remains a grand challenge despite tremendous efforts made so far, particularly when they are formed in confined spaces. …”
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Topological and functional properties of the human networks with randomly removed samples and probe sets.
Published 2013“…<p>A) The number of nodes shared with the global network for each perturbed network is shown at various sample removal rates (x-axis) when probe sets were retained at rates of 25% (A1), 50% (A2), 75% (A3) and 100% (A4); B) The number of edges shared with the global network for each perturbed network is shown at various sample removal rates (x-axis) when probe sets were retained at rates of 25% (B1), 50% (B2), 75% (B3), and 100% (B4); C) The average Kappa, κ, (functional similarity) between modules in the perturbed network with modules in the global network is shown at various sample removal rates (x-axis) when probe sets were retained at rates of 25% (C1), 50% (C2), 75% (C3), and 100% (C4). …”
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