荧光团
食物腐败
肉眼
食品添加剂
环境化学
食品科学
化学
荧光
色谱法
生物
检出限
细菌
光学
遗传学
物理
作者
Madhuparna Chakraborty,Pandiyan Sivasakthi,Pralok K. Samanta,Manab Chakravarty
摘要
Maintaining the freshness of food is essential for a healthy and quality life. Nevertheless, it remains a global challenge. Hence, an easy detection and monitoring protocol would be highly desirable. A cyanoacrylic acid (CAA)-based fluorophore is manifested as a reusable platform that responds diversely against different concentrations of selective aliphatic biogenic amines (BAs) in both solution and vapor phases. Slow spoilage of the protein-rich food is progressively monitored through emission shifts visible to the naked eye. This fluorophore provides easy and naked-eye detection of the BA vapor through a change in emission,
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