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Aplicación y progreso de la investigación del sistema compuesto funcional de hidratos de carbono-antocianina: una

Xiaoqian Hu¹, Chenyang Shi¹, Chongting Guo¹

¹Liaoning Provincial Key Laboratory of Food and Biological Processing, Light Industry College, Liaoning University, Shenyang, Liaoning 110031, China.

Food research international (Ottawa, Ont.)

|February 7, 2026

Resumen

Los hidrocoloides protegen las antocianinas inestables formando sistemas compuestos. Estos sistemas mejoran la estabilidad y las funciones biológicas de las antocianinas, ofreciendo aplicaciones en alimentos y medicinas.

Área de la Ciencia:

Ciencia de los alimentos
Bioquímica
Ciencia de polímeros

Sus antecedentes:

Los hidrocoloides son polímeros complejos con diversas funciones fisiológicas.
Las antocianinas son pigmentos naturales con actividades biológicas pero son propensas a la degradación.
La degradación afecta la aplicación, digestión, absorción y biodisponibilidad de las antocianinas.

Objetivo del estudio:

Revisar sistemáticamente los mecanismos de interacción hidrato de carbono-antocianina.
Analizar las formas de ensamblaje y las características funcionales de los sistemas compuestos.
Guiar el desarrollo de sistemas de hidratos de carbono-antocianina para diversas industrias.

Principales métodos:

Revisión de la literatura de estudios existentes sobre interacciones hidrato de carbono-antocianina.
Análisis de la formación y propiedades del sistema compuesto.
Síntesis de hallazgos sobre estabilidad, ensamblaje y funcionalidad.

Principales resultados:

Los hidrocoloides (proteínas, polisacáridos) mejoran la estabilidad de las antocianinas a través de interacciones.
Los sistemas compuestos protegen las antocianinas de la degradación.
Estos sistemas pueden mejorar la funcionalidad de los hidrocoloides y exhibir funciones biológicas superiores.

Conclusiones:

Las interacciones hidrato de carbono-antocianina son clave para crear sistemas funcionales estables.
Los sistemas compuestos ofrecen una protección y biodisponibilidad mejoradas de las antocianinas.
Esta revisión proporciona orientación para aplicaciones en los sectores biológico, médico y alimentario.

Palabras clave:

Antocianinas Sistema compuesto Hidratos de carbono Mecanismos de interacción Polisacáridos Proteínas

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