A Transfer Hydrogenation Approach to Activity-Based Sensing of Formate in Living Cells

Keyphrases

• Formate 100%
• Living Cells 100%
• Transfer Hydrogenation 100%
• Activity-based Sensing 100%
• Sensing System 25%
• One-carbon Metabolism 25%
• Fluorescence Detection 12%
• Cell-based 12%
• Amino Acids 12%
• Design Evaluation 12%
• NAD(P) 12%
• Two-component 12%
• In Cancer 12%
• Fluorophore 12%
• Alzheimer's Disease 12%
• Iridium 12%
• High Selectivity 12%
• Chemical Approach 12%
• Aldehydes 12%
• Two-color 12%
• Probe System 12%
• Cancer Disease 12%
• Synthetic Evaluation 12%
• One-carbon Units 12%
• Biological Environment 12%
• Design Synthesis 12%
• Mediated Transfer 12%
• Biological Evaluation 12%
• Internal Calibration 12%
• Carbon Species 12%
• Human Colon Cancer 12%
• Alcohol Conversion 12%
• Ratiometric Response 12%
• Biological Analytes 12%
• Carbon Signalling 12%
• Endogenous Precursors 12%
• Nucleic Acid Biosynthesis 12%
• Spatio-temporal Information 12%
• Alzheime's Disease 12%
• One-carbon Pathway 12%
• Serious Diseases 12%
• Cellular Sources 12%

Chemistry

• Formate 100%
• Hydrogenation 100%
• Chemistry 12%
• Iridium 12%
• Nucleic Acid 12%
• NAD(P) 12%
• Amino Acid 12%
• Biosynthesis 12%
• Fluorescence Spectroscopy 12%
• Aldehyde 12%
• Ratiometric Response 12%
• Carbon Pathway 12%