Enantioselective VOC Sensing Using Monosaccharide-Functionalized Carbon Nanotube Chemiresistors
M. Hurevich and S. Yitzchaik, Israel, address a challenge in chemical sensing: the enantioselective detection of weakly interacting volatile organic compounds (VOCs)
Affinity-Driven DNA Hydrolysis by Engineering Ln-MOF Nuclease Nanozymes
Lanthanide MOF nanozymes break the Lewis acidity dogma—the conventional belief that catalytic activity is primarily determined by metal ion Lewis acidity—revealing an affinity-driven strategy for highly efficient artificial nucleases
Impact of Multiple S-Palmitoylation on Peptide Behavior in Mass Spectrometry
How do multiple S-palmitoylation events influence peptide solubility, ionization, and fragmentation in mass spectrometry analysis?
Triplet Energy Transfer Nanocomposites for Highly Sensitive Prostate-Specific Antigen Detection
A luminescent nanoparticle assay enables ultra-sensitive detection of prostate-specific antigen for early diagnosis and recurrence monitoring
How Can Mass Spectrometry Detect Proteins?
Test your knowledge of MS, MALDI-TOF MS, and lncRNAs! What information can mass spectrometry reveal?
Resonance Energy Transfer Enables Chiral Recognition in the Solid State
Förster resonance energy transfer enables efficient, noncovalent chiral recognition in solid-state systems when host and guest share the same chirality
Merck Strengthens Life Science Portfolio Through Purchase of JSR’s Chromatography Business
Enhances the company’s capabilities to accelerate next-generation therapies by optimizing antibody purification
How Mass Spectrometry Works—Short Quiz
Test your knowledge! Mass spectrometry is a powerful analytical technique that identifies and quantifies chemical species by measuring the mass-to-charge ratio of ions
Who’s Next? Nobel Prize in Chemistry 2025 – Final Voting Results (October 8)
Latest results of your predictions for the Nobel Prize in Chemistry
Who’s Next? Nobel Prize in Chemistry 2025 – Voting Results October 3
Latest results of your predictions for the Nobel Prize in Chemistry
AIEgen-Based Cystatin C Quantitation for Chronic Kidney Disease Monitoring
Cost-effective smartphone phosphorescence detection of cystatin C supports early warning and proactive care in chronic kidney disease
Who’s Next? Nobel Prize in Chemistry 2025 – Voting Results September 26
Latest results of your predictions for the Nobel Prize in Chemistry
Who’s Next? Nobel Prize in Chemistry 2025 – Voting Results September 19
Latest results of your predictions for the Nobel Prize in Chemistry
Fast, Accurate, and Data-Efficient: The Future of Electron Density Prediction
GED-CRN model reaches MP2-level accuracy with only 19 training molecules, revolutionizing the design of aggregation-induced emission (AIE) materials with 1000x faster computation
Who’s Next? Nobel Prize in Chemistry 2025 – Voting Results September 12
Latest results of your predictions for the Nobel Prize in Chemistry
Who’s Next? Nobel Prize in Chemistry 2025
Make your predictions for the 2025 Nobel Prize in Chemistry
An NIR Fluorescent Probe for Assessing Lysosomal Function
Combining a lysosome-targeted near-infrared (NIR) probe with AI-driven image interpretation offers a scalable platform for high-resolution monitoring of lysosomal function
A Nanosensor for Rapid Detection of 3-Chloro-1,2-Propanediol
A novel quartz crystal microbalance nanochip with a molecularly imprinted interface enables rapid detection of 3-chloro-1,2-propanediol (3-MCPD) in food contact materials
🧪 Article Highlight: Calcium Joins the Organometallic Toolbox
French chemists capture and study long-sought di-n-butylcalcium, showing it can perform useful reactions when kept ice-cold