nanomaterial properties: size and shape dependencies Search Results


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Image Search Results


Peptide (a) and lipid (b) self-assembly into different nanostructures. Reprinted with permission from (534) and (535) published by the Royal Society of Chemistry and Elsevier, respectively.

Journal: Progress in materials science

Article Title: Modular Fabrication of Intelligent Material-Tissue Interfaces for Bioinspired and Biomimetic Devices

doi: 10.1016/j.pmatsci.2019.100589

Figure Lengend Snippet: Peptide (a) and lipid (b) self-assembly into different nanostructures. Reprinted with permission from (534) and (535) published by the Royal Society of Chemistry and Elsevier, respectively.

Article Snippet: Contemporary applications of self-assembly in medical research include the development of novel nanostructures (e.g. those with self-healing, multicomponent, biomimetic properties) and soft robotics ( 161 – 166 ).

Techniques:

Hybrid nanomaterials comprised of a biodegradable nanogel and red blood cell coating effectively responded to the acidic tumor environment, modulated an anti-cancer immune response, and delivered chemotherapy to treat melanoma in mice. Adapted by permission from (413) published by the American Chemical Society.

Journal: Progress in materials science

Article Title: Modular Fabrication of Intelligent Material-Tissue Interfaces for Bioinspired and Biomimetic Devices

doi: 10.1016/j.pmatsci.2019.100589

Figure Lengend Snippet: Hybrid nanomaterials comprised of a biodegradable nanogel and red blood cell coating effectively responded to the acidic tumor environment, modulated an anti-cancer immune response, and delivered chemotherapy to treat melanoma in mice. Adapted by permission from (413) published by the American Chemical Society.

Article Snippet: Contemporary applications of self-assembly in medical research include the development of novel nanostructures (e.g. those with self-healing, multicomponent, biomimetic properties) and soft robotics ( 161 – 166 ).

Techniques: