We investigated the effect of promoters and the basic structure of pCMV-mtLuc (CGG) on gene expression efficiency, and were able to construct a high performance mitochondrial DNA vector, pCMV-mtLuc (CGG) [hND4] that contains a human mitochondrial endogenous gene.
The resilience of PU and dissipation of sand are combined to construct a high performance energy absorption material and structure (EAMS) which exhibit superelasticity with reversible compression strain up to 0.9 and have recoverable energy absorption capability of about 3.4 MJ/m3 per loading cycle.
Although graphene has emerged as a promising candidate for constructing a high-performance supercapacitor electrode, its electrochemical performance has been restricted by the irreversible layer-restacking or aggregation.
Using computational techniques with a one-dimensional DMFC model, the present study proposes guidelines for constructing a high-performance DMFC with a focus on membrane electrode assembly (MEA).
George W. Bush and his team have constructed a high-performance electoral engine.
By combining these methods with the existing features, we aim to construct a high-performance event detection system.
Herein, we construct a high-performance Li2S-based composite cathode with the help of three-dimensional reduced graphene oxide (3D-rGO) network and outer carbon coating.
Our motivation of presenting the integration is to construct a high-performance classifier by utilizing both ICBP's good generalization and adaptability and KSOM's higher classification performance and robustness comparing to SOM.
By resorting to this scheme, a set of advanced methodologies for multiscale modeling, model simplification, and multiscale controller synthesis can be seamlessly integrated to construct a high-performance control system.
The aim of this study is mainly to explore the rational design of the composite backplates, and combine with the ceramic cylinder layer to construct a high-performance armor system.
It is noteworthy that once the large-scale BLSOM is constructed using a high performance supercomputer and publicized, researchers can predict the function of individual proteins (e.g. those obtained from a newly sequenced genome) by mapping their proteins of interest on the large-scale BLSOM.
