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Diverse Applications of Nanomedicine.

Beatriz PelazChristoph AlexiouRamon A Alvarez-PueblaFrauke AlvesAnne Milasincic AndrewsSumaira AshrafLajos P BaloghLaura BalleriniAlessandra BestettiCornelia BrendelSusanna BosiMónica CarrilWarren W C ChanChunying ChenXiaodong ChenXiaoyuan Shawn ChenZhen ChengDaxiang CuiJianzhong DuChristian DullinAlberto EscuderoNeus FeliuMingyuan GaoMichael GeorgeYury GogotsiArnold GrünwellerZhongwei GuNaomi J HalasNorbert A HamppRoland K HartmannMark C HersamPatrick HunzikerJian JiXingyu JiangPhilipp JungebluthPranav KadhiresanKazunori KataokaAli KhademhosseiniJindřich KopečekNicholas A KotovHarald F KrugDong Soo LeeClaus-Michael LehrKam W LeongXing-Jie LiangMei Ling LimLuis M Liz-MarzánXiaowei MaPaolo MacchiariniHuan MengHelmuth MöhwaldPaul A MulvaneyAndre E NelShuming NiePeter J NordlanderTeruo OkanoJose OliveiraTai Hyun ParkReginald M PennerMaurizio PratoVictor PuntesVincent M RotelloAmila SamarakoonRaymond E SchaakYou-Qing ShenSebastian SjöqvistAndre G SkirtachMahmoud G SolimanMolly M StevensHsing-Wen SungBen Zhong TangRainer TietzeBuddhisha N UdugamaJ Scott VanEppsTanja WeilPaul S WeissItamar WillnerYuzhou WuLily YangZhao YueQian ZhangQiang ZhangXian-En ZhangYu-Liang ZhaoXin ZhouWolfgang J Parak
Published in: ACS nano (2017)
The design and use of materials in the nanoscale size range for addressing medical and health-related issues continues to receive increasing interest. Research in nanomedicine spans a multitude of areas, including drug delivery, vaccine development, antibacterial, diagnosis and imaging tools, wearable devices, implants, high-throughput screening platforms, etc. using biological, nonbiological, biomimetic, or hybrid materials. Many of these developments are starting to be translated into viable clinical products. Here, we provide an overview of recent developments in nanomedicine and highlight the current challenges and upcoming opportunities for the field and translation to the clinic.
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