Matches in SemOpenAlex for { <https://semopenalex.org/work/W3082796332> ?p ?o ?g. }
- W3082796332 abstract "Abstract Direct tracing of small extracellular vesicle (sEV) cargoes holds unprecedented importance for elucidating the mechanisms involved in intercellular communication. However, high‐fidelity determination of sEVs’ molecular cargoes in situ has yet to be achieved due to the difficulty in transporting molecular probes into intact sEVs. Herein, a fLuorescent Intracellular‐Guided Hairpin‐Tetrahedron (fLIGHT) nanoprobe is described for direct visualization of sEV microRNAs in situ. Integrating the advantages of nondestructive sEV penetration via DNA origami and single‐nucleotide discrimination as well as wash‐free fluorescence readout using a hairpin probe, the proposed approach enables high‐fidelity fluorescence visualization of sEVs’ microRNA without RNA extraction or leakage, demonstrating the potential of on‐site tracing of sEV cargoes. This strategy opens an avenue to establishing universal molecular detection and labeling platforms that can facilitate both sEV‐derived fundamental biological studies and molecular diagnostics." @default.
- W3082796332 created "2020-09-08" @default.
- W3082796332 creator A5003951125 @default.
- W3082796332 creator A5010465278 @default.
- W3082796332 creator A5015448480 @default.
- W3082796332 creator A5024838765 @default.
- W3082796332 creator A5031039660 @default.
- W3082796332 creator A5032056462 @default.
- W3082796332 creator A5035321872 @default.
- W3082796332 creator A5038253545 @default.
- W3082796332 creator A5039987936 @default.
- W3082796332 creator A5045406516 @default.
- W3082796332 creator A5048667512 @default.
- W3082796332 creator A5048864073 @default.
- W3082796332 creator A5052483331 @default.
- W3082796332 creator A5053054305 @default.
- W3082796332 creator A5060247412 @default.
- W3082796332 creator A5066685756 @default.
- W3082796332 creator A5069849278 @default.
- W3082796332 creator A5083745894 @default.
- W3082796332 date "2020-09-02" @default.
- W3082796332 modified "2023-10-14" @default.
- W3082796332 title "High‐Fidelity Determination and Tracing of Small Extracellular Vesicle Cargoes" @default.
- W3082796332 cites W1579249921 @default.
- W3082796332 cites W2014900267 @default.
- W3082796332 cites W2017484971 @default.
- W3082796332 cites W2086643969 @default.
- W3082796332 cites W2137925796 @default.
- W3082796332 cites W2142844453 @default.
- W3082796332 cites W2202831588 @default.
- W3082796332 cites W2312392143 @default.
- W3082796332 cites W2588757737 @default.
- W3082796332 cites W2592454225 @default.
- W3082796332 cites W2594599876 @default.
- W3082796332 cites W2597813395 @default.
- W3082796332 cites W2624616322 @default.
- W3082796332 cites W2626565560 @default.
- W3082796332 cites W2770052375 @default.
- W3082796332 cites W2783562764 @default.
- W3082796332 cites W2786514708 @default.
- W3082796332 cites W2790191986 @default.
- W3082796332 cites W2790701366 @default.
- W3082796332 cites W2799583465 @default.
- W3082796332 cites W2802544955 @default.
- W3082796332 cites W2885245439 @default.
- W3082796332 cites W2887249435 @default.
- W3082796332 cites W2892981977 @default.
- W3082796332 cites W2896348655 @default.
- W3082796332 cites W2897379742 @default.
- W3082796332 cites W2898440040 @default.
- W3082796332 cites W2900756811 @default.
- W3082796332 cites W2903293589 @default.
- W3082796332 cites W2904802348 @default.
- W3082796332 cites W2908967960 @default.
- W3082796332 cites W2909923156 @default.
- W3082796332 cites W2910544292 @default.
- W3082796332 cites W2911188335 @default.
- W3082796332 cites W2912527679 @default.
- W3082796332 cites W2913794927 @default.
- W3082796332 cites W2914126790 @default.
- W3082796332 cites W2915750135 @default.
- W3082796332 cites W2923297188 @default.
- W3082796332 cites W2925523925 @default.
- W3082796332 cites W2939360011 @default.
- W3082796332 cites W2942521757 @default.
- W3082796332 cites W2948571135 @default.
- W3082796332 cites W2950372989 @default.
- W3082796332 cites W2980670178 @default.
- W3082796332 cites W2981217376 @default.
- W3082796332 cites W2998321846 @default.
- W3082796332 cites W2998639792 @default.
- W3082796332 cites W3004082118 @default.
- W3082796332 cites W3012835096 @default.
- W3082796332 doi "https://doi.org/10.1002/smll.202002800" @default.
- W3082796332 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/32877016" @default.
- W3082796332 hasPublicationYear "2020" @default.
- W3082796332 type Work @default.
- W3082796332 sameAs 3082796332 @default.
- W3082796332 citedByCount "19" @default.
- W3082796332 countsByYear W30827963322021 @default.
- W3082796332 countsByYear W30827963322022 @default.
- W3082796332 countsByYear W30827963322023 @default.
- W3082796332 crossrefType "journal-article" @default.
- W3082796332 hasAuthorship W3082796332A5003951125 @default.
- W3082796332 hasAuthorship W3082796332A5010465278 @default.
- W3082796332 hasAuthorship W3082796332A5015448480 @default.
- W3082796332 hasAuthorship W3082796332A5024838765 @default.
- W3082796332 hasAuthorship W3082796332A5031039660 @default.
- W3082796332 hasAuthorship W3082796332A5032056462 @default.
- W3082796332 hasAuthorship W3082796332A5035321872 @default.
- W3082796332 hasAuthorship W3082796332A5038253545 @default.
- W3082796332 hasAuthorship W3082796332A5039987936 @default.
- W3082796332 hasAuthorship W3082796332A5045406516 @default.
- W3082796332 hasAuthorship W3082796332A5048667512 @default.
- W3082796332 hasAuthorship W3082796332A5048864073 @default.
- W3082796332 hasAuthorship W3082796332A5052483331 @default.
- W3082796332 hasAuthorship W3082796332A5053054305 @default.
- W3082796332 hasAuthorship W3082796332A5060247412 @default.
- W3082796332 hasAuthorship W3082796332A5066685756 @default.
- W3082796332 hasAuthorship W3082796332A5069849278 @default.