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    Inorganic nanoparticles–driven self–assembly of natural small molecules in water for constructing multifunctional nanocapsules against plant diseases by Liu, Li-Wei, Ding, Zheng-Hao, Ren, Gang-Gang, Wang, Guang-Di, Pan, Xin, Wei, Guo-Hai, Zhou, Xiang, Wu, Zhi-Bing, Jin, Zhi-Chao, Chi, Robin Yonggui, Yang, Song

    Published 2024
    “…ZnO@Cur@PDA display strong activities against rice bacterial blight with protective activity of 64.0 % and curative activity of 62.2%, which is much better than commercial drugs bismerthiazol (protective activity of 33.0 % and curative activity of 38.4%) and zinc thiazole(protective activity of 38.6 % and curative activity of 31.8%). …”
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    Journal Article
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    Part I : Peptide functionalized materials for gram-negative bacteria targeted PDT and LPS sensing. Part II : Small peptide and membrane lipid based self-assembled nanostructures fo... by Liu, Fang

    Published 2014
    “…Part II: Small Peptide and Membrane Lipid Based Self-assembled Nanostructures for Controlled Drug/gene Delivery The usage of nanoscale materials may greatly facilitate the development of novel therapeutic methods for controllable release of bioactive agents at location of diseases with desired dosage, which has been considered to be of clinical significance to guarantee the curative effect while minimizing the drug resistance and other side effects.8-10 Among the available nanocarriers, the self-assembled nanostructures from highly biocompatible materials (e.g. oligo-peptide, membrane lipids, etc) have been extensively studied due to their unique features of high water content, high drug/gene loading efficiency and promising therapeutic effect.11-13 More importantly, they are naturally biocompatible and biodegradable thus ensuring desirable bio-safety, whereas in terms of inorganic nanoparticle-based delivery systems, additional surface modifications were often required to achieve a good biocompatibility. …”
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    Thesis
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    Antimicrobial efficacy testing of antibiotic-containing biodegradable nanopolymers against biofilm and planktonic cells. by Polimyr Caesar Dave Pelisco Dingal.

    Published 2009
    “…Cystic fibrosis and rampant urogenital infections, caused by increasingly resistant microbial biofilms, call for more creative anti-infective systems. …”
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    Final Year Project (FYP)
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