(1) Ju, X. K.; Kong, J.;Qi, G. H.;*Hou, S. P.; Diao,X. K.; Dong, S. J.; Jin, Y. D.,* A wearable electrostimulation-augmented ionic-gel photothermal patch doped with MXene for skin tumor treatment,Nature Communications,2024,15, 762.

(2)Qi, G. H.; Yu, T. F., Li, J. M.; Guo, Z. R.; Ma, K. S.; Jin, Y. D.,* Imaging guided endogenic H2‐augmented electrochemo‐sonodynamic domino cotherapy of tumor in vivo,Advanced Materials,2023,35,2208414.

(3)Qi, G. H.;Zhang, M. M.;Tang, J. L.;* Jin, Y. D.,* Molecular/nanomechanical insights into electrostimulation‐inhibited energy metabolism mechanisms and cytoskeleton damage of cancer cells,Advanced Science, 2023,10, 207165

(4)Qi,G. H.;Wang. B.; Song, X. F.; Li, H. J.; Jin, Y. D.,*A green, efficient and precise hydrogen therapy of cancer based on in-vivo electrochemistry，National Science Review,2020,7,660-670

(5) Kong, J.; Ju, X. K.;Qi, G. H.;*Wang, J. F.; Diao, X. K.; Wang, B.; Li, J.;* Jin, Y. D.,* “Light-On” Fluorescent nanoprobes for monitoring dynamic distribution of cellular nucleolin during pyroptosis,Analytical Chemistry, 2024,96,926-933

(6) Zhang, C. Y.;Qi, G. H.;*Kong, J.; Diao, X. K.; Ju, X. K.; Wang, J. F.; Dong, S. J.; Jin, Y. D.,* Label-free single-cell SERS detection and fluorescence imaging of molecular responses to endoplasmic reticulum stress under electrical stimulation,Analytical Chemistry, 2023,95,17716-17725.

(7) Diao, X. K.; Li, X. L.; Hou, S. P.; Li, H. J.;Qi, G. H.;*Jin, Y. D.,* Machine learning-based label-free SERS profiling of exosomes for accurate fuzzy diagnosis of cancer and dynamic monitoring of drug therapeutic processes，Analytical Chemistry, 2023,95,7552-7559.

(8)Qi, G. H.;*Diao, X. K.; Hou, S. P.; Kong, J.; Jin, Y. D.,* Label-free SERS detection of protein damage in organelles under electrostimulation with 2D AuNPs-based nanomembranes as substrates,Analytical Chemistry, 2022,94,14931-14937

(9) Wang, J. F.; Qu, X. Z.; Xu, C.; Zhang, Z. M.;Qi, G. H.;*Jin, Y. D.,* Thermoplasmonic regulation of the mitochondrial metabolic state for promoting directed differentiation of dental pulp stem cells,Analytical Chemistry, 2022,94, 9564-9571.

(10)Qi, G. H.; Xu, C.; Wang J. F.; Tian, Y.; Wang, B.; Zhang, Y.; Ma, K. S.; Diao, X. K.; Jin, Y. D.,* Optoplasmonic modulation of cell metabolic state promotes rapid cell differentiation,Analytical Chemistry, 2022, 94, 8354-8364