Gold and Silver Nanoparticles Synthesis and Applications

This paper demonstrates DNA-programmed assembly of gold nanorods for label-free nucleic acid detection, showing concentration-dependent plasmonic coupling and enhanced SERS signals.

This study investigates Afatinib adsorption on gold nanoparticles using AFM-SEIRA and SERS, revealing molecular interactions and dynamic adsorption behavior.

This study shows that silica nanoshell degradation in biological environments affects SERRS signal strength, with pH playing a key role in nanoparticle stability and performance.

This paper synthesizes pH-responsive nanocomposites using polymer-coated gold nanorods and demonstrates their optical property changes with pH.

This paper develops a low-cost, field-compatible SERS substrate fabrication method using common materials and battery power, achieving high sensitivity and reproducibility for detecting pesticides and bacteria.

This paper introduces a deep learning-powered colloidal digital SERS platform for precise monitoring of cell culture media, achieving high accuracy and reproducibility in detecting analytes.

This paper develops a label-free, scalable method for bacterial detection in wastewater using SERS and machine learning, achieving over 85% accuracy at 10^9 cells/mL.