Qian Naixin, Zhao Zhilun, El Khoury Elsy, Gao Xin, Canela Carli, Shen Yihui, Shi Lingyan, Shi Lixue, Hu Fanghao, Wei Lu, Min Wei
Department of Chemistry, Columbia University, New York, NY, USA.
Department of Bioengineering, University of Pennsylvania, Philadelphia, PA, USA.
Nat Methods. 2025 May;22(5):928-944. doi: 10.1038/s41592-025-02689-0. Epub 2025 May 13.
Vibration of chemical bonds can serve as imaging contrast. Vibrational probes, synergized with major advances in chemical bond imaging instruments, have recently flourished and proven valuable in illuminating life processes. Here, we review how the development of vibrational probes with optimal biocompatibility, enhanced sensitivity, multichromatic colors and diverse functionality has extended chemical bond imaging beyond the prevalent label-free paradigm into various novel applications such as imaging metabolites, metabolic imaging, drug imaging, super-multiplex imaging, vibrational profiling and vibrational sensing. These advancements in vibrational probes have greatly facilitated understanding living systems, a new field of vibrational chemical biology.
化学键的振动可作为成像对比度。振动探针与化学键成像仪器的重大进展相结合,近年来蓬勃发展,并已证明在阐明生命过程方面具有重要价值。在此,我们综述了具有最佳生物相容性、增强灵敏度、多色性和多样功能的振动探针的发展如何将化学键成像从普遍的无标记模式扩展到各种新应用,如代谢物成像、代谢成像、药物成像、超多重成像、振动谱分析和振动传感。振动探针的这些进展极大地促进了对生命系统的理解,这是振动化学生物学的一个新领域。