#Tianzhou-9 cargo craft carried key scientific supplies for China's space station including the #antibacterial modules based on aggregation-induced emission (#AIE) technology. The modules enable real-time microbial monitoring and sterilization with high sensitivity, fast

"From Passive Monitoring to Active Control: Aggregation-induced Emission-driven #Antimicrobial #Nanotechnology for Long-duration #Spaceflight" by Ben Zhong Tang @BenZhongTANG1 @cuhksz, Yulin Deng @BIT1940, et al. @CNSpaceStation @TGSpaceStation #AIE #Tianzhou-9

New Issue Online | Volume 6 Issue 8🥳.@BenZhongTANG1 @yuning_hong @NusXie @shrikezhang @mcgonigalgroup @Alc_Rimbaud @RivardGroupUofA @WeiTaoLab @akyetisen @Wiley_Chemistry.Check👉

RT @yingweiyang: Check out our latest work entitled “A Multi‐Stimuli‐Responsive Pd2L4 Metallacage for Amino Acid Sensing” in Aggregate - @A….

RT @WileyBiomedical: Supramolecular nanostructures boost tumor therapy: PcDA enables precise photoacoustic imaging & synergistic PDT/PTT, s….

"Engineered Nile Red Derivatives-Mediated Efficient #Phototherapy Against #Drug-Resistant #Bacteria and Monkeypox #Virus" by Yuhui Liao, Ping'an Ma, Guihua Jiang et al. @WileyBiomedical #photodynamic #photothermal .Check👉

Editorial📖"Condensed Matter: More Is Different" by Guest editors Yan Zhou @cuhksz and Dapeng Yu for the Special Collection: Condensed Matter #Aggregate.Check👉

"Ionic-Electronic Coupling Modulation Induced by #Nanofibrous Phase Separation for Synaptic Organic #Electrochemical #Transistors" by Ding Zheng, Junsheng Yu et al. @UESTC1956 @WileyTech #OECT .Check👉

"Modulating Molecular #Aggregations via Konjac Glucomannan for High-Contrast Time-Dependent #Phosphorescence Color" by Baozhong Lu, Xu-Min Cai, Feng Peng et al. @Wiley_Chemistry #RTP #Biomass.Check👉

"Confinement-Enhanced Ultrabright #AIE #Nanoparticles With Broad Emission for Ultrasensitive Lateral Flow #Immunoassay" by Rong Hu, Zhiming Wang, Ben Zhong Tang et al. @BenZhongTANG1 @cuhksz @WileyBiomedical .Check👉

"Functional #Starch-Based #Conductive #Hydrogel for Flexible #Electronics: Design, Construction, and Applications" by Xugang Dang et al. @WileyTech #sensor #device #biomass .Check👉

"Regulating the Interaction Between Near-Infrared #Dye and Endogenous #Albumin for Concurrent #Imaging Skin #Inflammation and Neovascularization After Flap Transplantation" by Shoujun Zhu et al. @WileyBiomedical #NIR #imaging.Check👉

"In-Situ Functional #Crosslinking Enables Facile Construction of Rigid Poly(Ethylene Oxide) Network for High Performance All-Solid-State #Batteries" by Junqiao Ding et al. #Lithium #electrolyte @Wiley_Chemistry .Check👉

"Surface Tailoring on Atomically Precise #Gold #Nanocluster for Aggregation-Induced Emission and #Bioimaging Application" by Yongbo Song, Fangyu Fu, Meng Zhou, Wen Wu Xu et al. @Wiley_Chemistry #AIE.Check👉

"#Microwave-Facilitated Sensitization Route Boosting Efficiency, #Thermostability, and Multifunction of #Nanophosphors" by Lei Lei, Jing Zhu, et al. #RareEarth .Check👉

"#Supramolecular #Probe for Monitoring #Lysosomal Ferritinophagy to Facilitate the Early #Diagnosis of #Parkinson's Disease" by Bo Xiao, Jian Feng, et al. @WileyBiomedical #Iron .Check👉

"A Versatile Near-Infrared #Fluorescent #Probe for Fast Assessment of #Lysosomal Status via a Large #Multimodal Model" by Yujie Sun @SunLabUCin, Jiajie Diao et al. @uofcincy @WileyBiomedical #NIR .Check👉

"Molecular #Aggregates of Wheat #Starch–#Protein Systems: Structural Disruption and Engineered Digestibility via Non-Covalent Synergy" by Fengwei Xie, Binjia Zhang, et al. @Wiley_Chemistry .Check👉

"Interfacial Modification of High-#Voltage LiCoO2 Materials via Ti/Mg #Doping Strategy for Inhibiting Harmful Phase Transition Effect" by Guo Gao et al. #Battery #Lithium #Cathode @Wiley_Chemistry @WileyTech .Check👉

"Ostwald Ripening as a Tool for Controlling Dynamic #Nanomaterials" by Stephen D. P. Fielden @FieldenStephen @unibirmingham @UoBChemistry @Wiley_Chemistry as a part of Special Collection: 2025 Emerging Investigators #Aggregate.Check👉