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Polarity‐triggered anti‐Kasha system for high‐contrast cell imaging and classification

Gong, Junyi ; Wei, Peifa ; Liu, Junkai ; Chen, Yuncong ; Zhao, Zheng ; Zhao, Weijun ; Xie, Huilin ; Ma, Chao ; Lam, Jacky W. Y. ; Wong, Kam Sing ; Li, Ying ; Tang, Ben Zhong

Aggregate (Hoboken), 2023-04, Vol.4 (2), p.n/a [Periódico revisado por pares]

Wiley

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  • Título:
    Polarity‐triggered anti‐Kasha system for high‐contrast cell imaging and classification
  • Autor: Gong, Junyi ; Wei, Peifa ; Liu, Junkai ; Chen, Yuncong ; Zhao, Zheng ; Zhao, Weijun ; Xie, Huilin ; Ma, Chao ; Lam, Jacky W. Y. ; Wong, Kam Sing ; Li, Ying ; Tang, Ben Zhong
  • Assuntos: anti‐Kasha ; cell classification ; excited‐state dynamics ; fluorescence
  • É parte de: Aggregate (Hoboken), 2023-04, Vol.4 (2), p.n/a
  • Descrição: Kasha's rule, which states that all exciton emissions occur from the lowest excited state and are independent of excitation energy, makes high‐energy excitons difficult to use and severely hinders the widespread applications of organic photoluminescent materials in the real world. For decades, scientists have tried to break this rule to unleash the power of high‐energy excitons, but only minimal progress has been achieved, with no rational guiding principles provided, and few applications developed. So far, breaking Kasha's rule has remained a purely academic concept. In this paper, we introduce a design principle for a purely organic anti‐Kasha system and synthesise a series of compounds based on the design rule. As predicted, these compounds all display evident S2 emissions in dilute solutions. In addition, we introduce a highly accurate (over 90%) convolutional neural network as an assistant for the classification of cells using anti‐Kasha luminogens, thereby providing a new application direction for anti‐Kasha systems. This paper provided a paradigm of an integrated chain to realize, design, synthesize, analyze, tune and utilize a system with anti‐Kasha behavior. Anti‐Kasha system in this work displayed not only academic and theoretical uniqueness, but also usefulness in cell‐imaging with high contrast. Our work will make the anti‐Kasha system more practical than theoretical, to unleash the power of infinite excited states.
  • Editor: Wiley
  • Idioma: Inglês
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  • Realização: ABCD-USP USP   Logos de Redes Sociais: Freepik

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