Biological applications

Photoswitchable molecules can be used in biological studies to control the activity of proteins, membrane receptors, and other biomolecules.

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Synthesis Oxidation Characterization Optimization Structural characterization Mechanistic Studies Peptide Synthesis Safety and Toxicity Assessment Substrate Limitations Catalyst Loading Comparative Studies Safety Considerations Molecular switches Smart materials Information storage Photopharmacology Sustainability Chemo- and Regioselectivity Catalyst Activation Validation Broad Substrate Compatibility DNA Binding Affinity DNA Cleavage Activity In Vitro Anti-Biogram Efficiency Binding Studies Ester Transesterification Air and Moisture Sensitivity Byproduct Formation Catalyst Poisoning Temperature and Reaction Conditions Selection of Building Blocks Design and Selection Synthesis of the Receptor Characterization of Binding Sensing Applications Reaction with Free Radicals Reaction with Reactive Oxygen Species (ROS) Polymerization Inhibitor

Chemical Baike