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• W3149556185 endingPage "496" @default.
• W3149556185 startingPage "462" @default.
• W3149556185 abstract "Transition-metal dichalcogenides (TMDs), as a novel category of nanomaterials and a potential alternate to graphene, are attracting great interest of researchers, because of their strong conductivity, superior catalytic performance, and good optical properties. As the most representative type of all TMDs, molybdenum disulfide (MoS2)-based nanomaterials are expanded into two-dimensional (2D) nanosheets, quantum dots (QDs), flower-like nanoparticles, nanospheres and nanotubes. These types are regarded as promising nanoplatforms for various applications in biomedicine, such as drug delivery, phototherapy, biosensing, bioimaging, theranostics, and antimicrobials, because of the unique planar structures, superb electronic and optical properties (such as thickness-dependent bandgap, strong near-infrared absorbance, and large surface area), and easily functionalized surface sites. Until now, there have been a few reviews about MoS2-based nanomaterials, with regard to functionalization for improvement of properties, such as high drug loading efficiency, dispersibility, physiological stability, biocompatibility, targeting ability, pharmacodynamics, controllable drug release, enhanced treatment and therapeautic efficacy, and even biodegradability and toxicity reduction. Here, we systematically summarized the progress of functionalized MoS2-based nanomaterials with improved physicochemical and biological properties for the biomedical applications. First, we emphatically introduced these biomedical applications in drug delivery, anticancer photothermal therapy (PTT), photodynamic therapy (PDT), and combined phototherapy. Besides, other biomedical applications were also introduced in detail including bioimaging, biosensing, theranostics, toxicity, tissue engineering, and antimicrobials. Lastly, the current challenges, opportunities and prospects of MoS2-based nanomaterials were also discussed in depth. We expect that this review will contribute to a quick and in-depth understanding of the latest progress in bioapplication of MoS2-based nanomaterials, inspiring the creation of various techniques to design and fabricate MoS2-based nanomaterials with multiple capability and high biological safety, and expand them into more application in the field of biomedicine." @default.
• W3149556185 created "2021-04-13" @default.
• W3149556185 creator A5003642180 @default.
• W3149556185 creator A5016136086 @default.
• W3149556185 creator A5045190485 @default.
• W3149556185 creator A5080722375 @default.
• W3149556185 creator A5087592842 @default.
• W3149556185 date "2021-03-29" @default.
• W3149556185 modified "2023-10-17" @default.
• W3149556185 title "Functionalized MoS₂-Based Nanomaterials for Cancer Phototherapy and Other Biomedical Applications" @default.
• W3149556185 cites W1420726270 @default.
• W3149556185 cites W1514249399 @default.
• W3149556185 cites W1622599345 @default.
• W3149556185 cites W1650917957 @default.
• W3149556185 cites W1802676241 @default.
• W3149556185 cites W1852185552 @default.
• W3149556185 cites W1854989443 @default.
• W3149556185 cites W1899714307 @default.
• W3149556185 cites W1909852912 @default.
• W3149556185 cites W1914913052 @default.
• W3149556185 cites W1918295515 @default.
• W3149556185 cites W1919158486 @default.
• W3149556185 cites W1946753601 @default.
• W3149556185 cites W1969683211 @default.
• W3149556185 cites W1975466252 @default.
• W3149556185 cites W1976278209 @default.
• W3149556185 cites W1977769329 @default.
• W3149556185 cites W1991908666 @default.
• W3149556185 cites W1993170976 @default.
• W3149556185 cites W1998317139 @default.
• W3149556185 cites W2006666241 @default.
• W3149556185 cites W2009452804 @default.
• W3149556185 cites W2011899447 @default.
• W3149556185 cites W2017360445 @default.
• W3149556185 cites W2020535635 @default.
• W3149556185 cites W2021691065 @default.
• W3149556185 cites W2024175318 @default.
• W3149556185 cites W2025472145 @default.
• W3149556185 cites W2028965567 @default.
• W3149556185 cites W2029221262 @default.
• W3149556185 cites W2032760352 @default.
• W3149556185 cites W2039759758 @default.
• W3149556185 cites W2044220208 @default.
• W3149556185 cites W2047358259 @default.
• W3149556185 cites W2053929414 @default.
• W3149556185 cites W2055580571 @default.
• W3149556185 cites W2057097846 @default.
• W3149556185 cites W2057330747 @default.
• W3149556185 cites W2059478674 @default.
• W3149556185 cites W2059821596 @default.
• W3149556185 cites W2063681593 @default.
• W3149556185 cites W2068443574 @default.
• W3149556185 cites W2074992999 @default.
• W3149556185 cites W2075356879 @default.
• W3149556185 cites W2079138239 @default.
• W3149556185 cites W2079206873 @default.
• W3149556185 cites W2080192687 @default.
• W3149556185 cites W2083444622 @default.
• W3149556185 cites W2090724375 @default.
• W3149556185 cites W2092392209 @default.
• W3149556185 cites W2094305477 @default.
• W3149556185 cites W2095274900 @default.
• W3149556185 cites W2095970309 @default.
• W3149556185 cites W2099630958 @default.
• W3149556185 cites W2126174029 @default.
• W3149556185 cites W2126216994 @default.
• W3149556185 cites W2127410754 @default.
• W3149556185 cites W2130166533 @default.
• W3149556185 cites W2133747091 @default.
• W3149556185 cites W2135565097 @default.
• W3149556185 cites W2138183388 @default.
• W3149556185 cites W2140239697 @default.
• W3149556185 cites W2141471352 @default.
• W3149556185 cites W2143855882 @default.
• W3149556185 cites W2145865499 @default.
• W3149556185 cites W2146543005 @default.
• W3149556185 cites W2151949892 @default.
• W3149556185 cites W2152841960 @default.
• W3149556185 cites W2158189139 @default.
• W3149556185 cites W2165526967 @default.
• W3149556185 cites W2169419554 @default.
• W3149556185 cites W2170785623 @default.
• W3149556185 cites W2176057795 @default.
• W3149556185 cites W2190141802 @default.
• W3149556185 cites W2196664137 @default.
• W3149556185 cites W2200015304 @default.
• W3149556185 cites W2233151516 @default.
• W3149556185 cites W2237920787 @default.
• W3149556185 cites W2260427079 @default.
• W3149556185 cites W2263598080 @default.
• W3149556185 cites W2264248211 @default.
• W3149556185 cites W2281629006 @default.
• W3149556185 cites W2287622682 @default.
• W3149556185 cites W2295119095 @default.
• W3149556185 cites W2300021366 @default.
• W3149556185 cites W2300216990 @default.
• W3149556185 cites W2306347491 @default.
• W3149556185 cites W2309750345 @default.

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