Exact(2)
New radiolabeling technologies which could simplify synthesis and purification procedures, are extremely needed.
First, to simplify synthesis, purification, and data analyses, we adopted a dimeric structure consisting of magneto-plasmonic nanoparticles instead of multiparticle assemblies.
Similar(58)
Replacing this with a C N bond significantly simplified synthesis, yielding pyrazole analog 35, of which we obtained a co-crystal structure with KDM5A.
As compared with some existing approaches for Dac encapsulation with different materials, using NLC proved beneficial in improving the drug encapsulation and loading efficiency, prolonging drug release, storage stability, and simplified synthesis.
Cyclization of the Cit573 peptide improved ACPA blocking, suggesting a more stable epitope presentation, and activity was retained in truncated versions of Cit573, demonstrating the possibility of simplifying syntheses and production of blocking peptides.
To simplify, the synthesis of RGBNNT using RCO2 BNNTs and CH4 is denoted as method 1; the synthesis of RGBNNT using RCO2 BNNTs without CH4 is denoted method 2; the synthesis of RGBNNT with Pluronic/BNNTs with CH4 is denoted as method 3; and the synthesis of RGBNNT with Pluronic/BNNTs without CH4 is denoted as method 4. All growth methods afforded nearly identical 2D-film products.
This characteristic allows us to simplify the synthesis method.
In this way, we can simplify the synthesis method with a very competitive performance in comparison with other patch-based methods.
In order to simplify the synthesis processes, we design a novel and facile solvent-free method for synthesizing NaBH4 or Na2B12H12 from NaNH2 and B10H14.
In recent years, the development of automated radiosynthesizers that can produce a variety of different probes with minimal human intervention or radiation exposure [10, 11] has aimed to simplify routine synthesis of PET probes, especially for the clinic.
Such solvent-free synthetic method can not only simplify the synthesis process, but also pave a new strategy to synthesize Zn-based materials for the application of energy storage devices.
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