Herein, in order to get a comprehensively understanding of the structure property relationship of the bithiophene based comonomers and copolymers, five hybrid oligomers which employed alkyl (CnH2n + 1, n = 0, 1, 6, 8, 12) functionalized bithiophene unit as the core and 3,4-ethylenedioxythiophene unit as the terminals were synthesized.
Therefore, we will discuss the correlation between PCD and the neurotoxicity of metallic NPs, with the purpose of comprehensively understanding the neurotoxic mechanisms of NPs.
Given the pivotal role of PCD in neurological functions, we reviewed relevant articles and tried to summarize the recent advances and future perspectives of PCD involvement in the neurotoxicity of metallic NPs, with the purpose of comprehensively understanding the neurotoxic mechanisms of NPs.
It is important to figure out the neural correlates of associative memory in the older adults for comprehensively understanding the mechanism of cognitive decline with aging.
An understanding of the composition and richness of the vaginal microbial ecosystem in relation to vaginal health is essential for comprehensively understanding the etiology of vaginal diseases, and for the prevention and treatment of these diseases.
Therefore, the completeness of human reference genome is crucial for comprehensively understanding the structure of human genome.
An important goal for more comprehensively understanding the biology of these insects is to discern their unique mode of reproduction, haplo-diploidy, in which females arise as diploids from fertilized eggs whereas males develop as haploids from unfertilized eggs.
At this point in time, a study is needed to derive a model, which could measure the IT convergence level by systematically and comprehensively understanding the actual condition of the IT convergence between various industries including IT and manufacturing, and to objectively compare them.
We hope the research can be useful for comprehensively understanding the synchronization behavior of networks and design more effective networks.
The results build a framework for comprehensively understanding the molecular nature of an electrocyte and provide a foundation for future work on electric organs in electric fish.
