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Surface modified bioactive virus-mimicking organic nanovesicles represent themselves as complex biomimetic structures that have abilities to dissect the functions of individual entities in a complex biochemical system. The customized surface… Click to show full abstract
Surface modified bioactive virus-mimicking organic nanovesicles represent themselves as complex biomimetic structures that have abilities to dissect the functions of individual entities in a complex biochemical system. The customized surface of nanovesicles from (glyco)dendrimersomes has structural modifications that contribute to manifest the SARS-CoV-2 and host pathogenic molecular interactions that help the virus to evade the human immune system. Nanovesicles also have a potential role in dynamic biomedical applications such as designing galectin targeting drugs, evaluation of antibodies to design antiviral therapeutics or vaccines and targeted delivery of drugs.
Journal Title: Frontiers in Molecular Biosciences
Year Published: 2020
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