Article ID | Journal | Published Year | Pages | File Type |
---|---|---|---|---|
7747814 | Coordination Chemistry Reviews | 2018 | 20 Pages |
Abstract
In recent years, conjugated polymers (CPs) characterized with excellent optical properties and versatile chemical structures have become popular species for biological sensing and imaging. Many creative strategies have been proposed to furnish CPs with distinguished properties or integrate CPs with other functional moieties to form multifunctional materials, which have been widely applied in different biological conditions, ranging from in vitro to in vivo experiments. This review provides a brief introduction to recent strategies for constructing these CP-based materials for biological sensing and imaging applications, where the design strategies of the two basic components (backbones and side chains) of CPs are firstly highlighted, followed by the construction of CP-based composites including nanoparticle strategies and hybridization strategies. The challenges and opportunities in this field are also discussed in this review.
Keywords
PDACRETβ-CDDBTQDsACQpKaβ-CyclodextrinDHPPEIMEFTPEPAADPPHAaseMIPNIRPNXCTABDithienyletheneAuNPsCucurbit[7]uriladenosine 5′-triphosphateATPAChAIEcetyltrimethylammonium bromideStreptavidinAcetylcholineUltravioletAggregation-induced emissionFluorescence resonance energy transferChemiluminescence resonance energy transferFRETGraphene oxideBenzothiazoleTATaggregation-caused quenchingTwo-photon excitationtrans-activating transcriptional activatorImagingBiosensorsDihydropyridineDiketopyrrolopyrroleCAMChemiluminescentMetal-enhanced fluorescenceFluoresceinamineGold nanoparticlesConjugated polymer nanoparticlesNear-infraredquantum dotsHyaluronanHyaluronidaseBTEcAMP-dependent protein kinasePolydiacetylenepolyethyleneimineMolecularly imprinted polymerConjugated polymerConjugated polymersCalmodulinComposite materials
Related Topics
Physical Sciences and Engineering
Chemistry
Inorganic Chemistry
Authors
Jianwu Wang, Fengting Lv, Libing Liu, Yuguo Ma, Shu Wang,