Correction: Multifunctional one-droplet microfluidic chemosensing of ractopamine in real samples: a user-oriented flexible nano-architecture for on-site food and pharmaceutical analysis using optical sensors

Key Points

• The aim is to correct earlier findings about a microfluidic system designed for detecting ractopamine in real samples.
• Utilized a microfluidic setup for chemosensing
• Focused on ractopamine detection in food and pharmaceutical samples
• Integrated optical sensors into the system
• Enhanced detection accuracy of ractopamine noted
• Improvements in user-oriented flexibility and nano-architecture
• Potential benefits for on-site analysis highlighted

Abstract