Nitrile-aminothiol bioorthogonal near-infrared fluorogenic probes for ultrasensitive in vivo imaging
W Xu, S Yi, J Liu, Y Jiang, J Huang - Nature Communications, 2025 - nature.com
Bioorthogonal chemistry-mediated self-assembly holds great promise for dynamic molecular
imaging in living organisms. However, existing approaches are limited to nanoaggregates …
imaging in living organisms. However, existing approaches are limited to nanoaggregates …
Understanding structural isomerism in organoiridium picolinamidate complexes and its consequences on reactivity and biological properties
Organoiridium picolinamidate complexes are promising for intracellular applications
because of their biocompatibility, activity in living systems, and ease of derivatization. To …
because of their biocompatibility, activity in living systems, and ease of derivatization. To …
A ratiometric substrate for rapid evaluation of transfer hydrogenation efficiency in solution
A cyclometalated iridium (III) complex bearing a self-immolative quinolinium moiety was
developed as a ratiometric substrate for transfer hydrogenation studies. This …
developed as a ratiometric substrate for transfer hydrogenation studies. This …
Autocatalytic-Amplificative Detection of Ethylene
A Giger, J Voldrich, B Michel - 2024 - chemrxiv.org
Amplified sensing systems offer the potential for high sensitivity; however, the vast majority
of molecular strategies involve stoichiometric detection and signal transduction, including …
of molecular strategies involve stoichiometric detection and signal transduction, including …
Catalysis in Protein Bioconjugation
Advancement of catalytic transformations in traditional synthetic organic chemistry have
made significant impacts on development of novel bioconjugation technologies. While a …
made significant impacts on development of novel bioconjugation technologies. While a …