Matches in SemOpenAlex for { <https://semopenalex.org/work/W3119304325> ?p ?o ?g. }
- W3119304325 abstract "The development of drug carriers based in lipid nanoparticles (LNPs) aims toward the synthesis of non-toxic multifunctional nanovehicles that can bypass the immune system and allow specific site targeting, controlled release and complete degradation of the carrier components. Among label free techniques, Surface Plasmon Resonance (SPR) biosensing is a versatile tool to study LNPs in the field of nanotherapeutics research. SPR, widely used for the analysis of molecular interactions, is based on the immobilization of one of the interacting partners to the sensor surface, which can be easily achieved in the case of LNPs by hydrophobic attachment onto commercial lipid- capture sensor chips. In the last years SPR technology has emerged as an interesting strategy for studying molecular aspects of drug delivery that determines the efficacy of the nanotherapeutical such as LNPs' interactions with biological targets, with serum proteins and with tumor extracelullar matrix. Moreover, SPR has contributed to the obtention and characterization of LNPs, gathering information about the interplay between components of the formulations, their response to organic molecules and, more recently, the quantification and molecular characterization of exosomes. By the combination of available sensor platforms, assay quickness and straight forward platform adaptation for new carrier systems, SPR is becoming a high throughput technique for LNPs' characterization and analysis." @default.
- W3119304325 created "2021-01-18" @default.
- W3119304325 creator A5021972262 @default.
- W3119304325 creator A5044841883 @default.
- W3119304325 creator A5055059623 @default.
- W3119304325 creator A5056733648 @default.
- W3119304325 creator A5075721478 @default.
- W3119304325 date "2021-01-07" @default.
- W3119304325 modified "2023-10-16" @default.
- W3119304325 title "Surface Plasmon Resonance as a Characterization Tool for Lipid Nanoparticles Used in Drug Delivery" @default.
- W3119304325 cites W1607304938 @default.
- W3119304325 cites W170023867 @default.
- W3119304325 cites W1782276512 @default.
- W3119304325 cites W1798369540 @default.
- W3119304325 cites W1967798403 @default.
- W3119304325 cites W1970072528 @default.
- W3119304325 cites W1973805110 @default.
- W3119304325 cites W1974134824 @default.
- W3119304325 cites W1982321609 @default.
- W3119304325 cites W1987433127 @default.
- W3119304325 cites W1993553910 @default.
- W3119304325 cites W1995339922 @default.
- W3119304325 cites W1996256024 @default.
- W3119304325 cites W2000457660 @default.
- W3119304325 cites W2013979997 @default.
- W3119304325 cites W2030634530 @default.
- W3119304325 cites W2042491207 @default.
- W3119304325 cites W2046816198 @default.
- W3119304325 cites W2050761764 @default.
- W3119304325 cites W2051925512 @default.
- W3119304325 cites W2052256056 @default.
- W3119304325 cites W2056175833 @default.
- W3119304325 cites W2058422851 @default.
- W3119304325 cites W2059488077 @default.
- W3119304325 cites W2068830340 @default.
- W3119304325 cites W2071966143 @default.
- W3119304325 cites W2073235594 @default.
- W3119304325 cites W2074239306 @default.
- W3119304325 cites W2076226743 @default.
- W3119304325 cites W2076308679 @default.
- W3119304325 cites W2077412466 @default.
- W3119304325 cites W2078937040 @default.
- W3119304325 cites W2080766552 @default.
- W3119304325 cites W2081618447 @default.
- W3119304325 cites W2083848822 @default.
- W3119304325 cites W2093471397 @default.
- W3119304325 cites W2104183007 @default.
- W3119304325 cites W2126375207 @default.
- W3119304325 cites W2131196751 @default.
- W3119304325 cites W2139004599 @default.
- W3119304325 cites W21407630 @default.
- W3119304325 cites W2155349186 @default.
- W3119304325 cites W2157344438 @default.
- W3119304325 cites W2163241139 @default.
- W3119304325 cites W2257201584 @default.
- W3119304325 cites W2265120954 @default.
- W3119304325 cites W2276769347 @default.
- W3119304325 cites W2295603197 @default.
- W3119304325 cites W2300671107 @default.
- W3119304325 cites W2388009875 @default.
- W3119304325 cites W2412030418 @default.
- W3119304325 cites W2413214158 @default.
- W3119304325 cites W2481265022 @default.
- W3119304325 cites W2484794086 @default.
- W3119304325 cites W2521630585 @default.
- W3119304325 cites W2532152689 @default.
- W3119304325 cites W2562690513 @default.
- W3119304325 cites W2736354656 @default.
- W3119304325 cites W2738460084 @default.
- W3119304325 cites W2748225488 @default.
- W3119304325 cites W2769418059 @default.
- W3119304325 cites W2883235310 @default.
- W3119304325 cites W2891238869 @default.
- W3119304325 cites W2898687059 @default.
- W3119304325 cites W2899425372 @default.
- W3119304325 cites W2900281846 @default.
- W3119304325 cites W2909064040 @default.
- W3119304325 cites W2914243049 @default.
- W3119304325 cites W2936279625 @default.
- W3119304325 cites W2944152271 @default.
- W3119304325 cites W2946298500 @default.
- W3119304325 cites W2950187185 @default.
- W3119304325 cites W2964416339 @default.
- W3119304325 cites W2965429553 @default.
- W3119304325 cites W2969375616 @default.
- W3119304325 cites W2999837627 @default.
- W3119304325 cites W3017069046 @default.
- W3119304325 cites W3019923950 @default.
- W3119304325 cites W3048293201 @default.
- W3119304325 cites W349096414 @default.
- W3119304325 cites W4242027799 @default.
- W3119304325 cites W4243952606 @default.
- W3119304325 doi "https://doi.org/10.3389/fchem.2020.605307" @default.
- W3119304325 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7817952" @default.
- W3119304325 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/33490037" @default.
- W3119304325 hasPublicationYear "2021" @default.
- W3119304325 type Work @default.
- W3119304325 sameAs 3119304325 @default.
- W3119304325 citedByCount "13" @default.
- W3119304325 countsByYear W31193043252021 @default.