This catalyst exhibited the high catalytic performance (0.01 0.1 mol %) in the asymmetric alkylation of N- diphenylmethylene glycine tert-butyl ester compared to the existiN- diphenylmethylene glycinealysts, thereby allowing to realize a gesterl and useful procomparedor highly practocal enanthesexisting synthesis of struchirally diverse natural and unnatural α-alkyl-α-amino acids.
This study presents the experimental procedure and results of highly controlled pool fire tests, in a quiescent environment, designed to accurately measure the fuel burning rate and, consequently for sufficiently large pools, the thermal radiation flux back to the fuel surface.
By using this optimized expression and purification procedure, milligram amounts of highly pure and polymerization-competent recombinant HIV-1 CA can be produced at the lab-scale and thus used for further biochemical studies.
The present study investigated effects of processing procedures on morphology of highly cross-linked and re-melted UHMWPE (XLPE) in total hip and knee arthroplasty (THA, TKA).
The elimination of LF is now on top of agenda of control programs and stakeholders; our findings suggest that care should be taken when using ICT card test for monitoring and evaluation procedures, and development of highly sensitive tests are of interest.
We present a procedure for the fabrication of highly reproducible electrochemical probes with an active electrode disc with radii between 3 nm to 190 nm.
(3) Finally, we also present a simple and reliable procedure for the preparation of highly ordered metal nanohole and nanopillar arrays, based on the anodic oxidation of aluminum and vacuum evaporation technology.
We have developed a new procedure for the synthesis of highly luminescent CdSe/ZnS/CdS/ZnS core/multishell QDs whose structure is based on charge carrier confinement engineering and which have highly uniform epitaxial shells and photoluminescence quantum yields as high as 100%.
Here, we developed a novel procedure for the selection of highly synchronous, unperturbed T. brucei cells, which we used to identify regulated transcripts over the cell cycle on a transcriptome-wide scale.
A visual inspection of the amplification bands in Figure 1 confirms that the normalization procedure decreased the level of highly expressed transcripts and increased the strength of the bands corresponding to low-level transcripts.
