Publications by authors named "Mingyue Bi"

Article Synopsis
  • - Social isolation can increase tumor growth and create changes in the tumor's immune environment that suppress immune responses.
  • - The study found that social isolation activates the sympathetic nervous system, which negatively affects CD8 T cell responses against tumors by engaging a specific receptor (β2-AR).
  • - Blocking β2-AR signaling can boost CD8 T cell anti-tumor activity and enhance the effectiveness of certain cancer treatments (like anti-PD-1 immunotherapy) in patients who are socially isolated.
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Two cage-based boron imidazolate helices were prepared in achiral reaction systems by mixing a C3 symmetric rigid ligand, KBH(bim)3, and a long flexible dicarboxylic acid ligand. The presence of an appropriate chiral inducer can control the helical orientation of bulk samples, which further acts on the enantioselective separation of racemic 1-phenylethanol.

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Incorporating fluorine (-F) substituents along the main-chains of polymer donors and acceptors is an effective strategy toward efficient bulk-heterojunction (BHJ) solar cells. Specifically, F-substituted polymers often exhibit planar conformations, leading to favorable packing, and electronic coupling. However, the effects of fluorine substituents on the charge generation and recombination characteristics that determine the overall efficiency of BHJ active layers remain critically important issues to examine.

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Synopsis of recent research by authors named "Mingyue Bi"

  • - Mingyue Bi's research encompasses diverse fields, including cancer immunology and materials science, highlighting the interplay between environmental factors and molecular engineering techniques.
  • - In the study on social isolation, Bi demonstrates how social stress promotes tumor immune evasion through β2-adrenergic receptor activation, leading to impaired CD8 T cell responses and immunosuppression in tumors.
  • - Bi's work on boron imidazolate frameworks and organic solar cells explores methods for controlling chiral properties and enhancing charge generation efficiency, contributing to advancements in both energy materials and catalytic systems.