Ingénierie de Produits à l'interface Cuisine-Industrie

This review reveals that the industrial applicability of phospholipases is fundamentally determined by their catalytic specificity, which varies distinctly among the four types. Molecular modification has proven effective in enhancing thermostability, substrate selectivity, and catalytic efficiency, thereby overcoming key limitations in food processing environments. A major finding is the dual role of phospholipases: as processing aids for clean-label formulations and as biosynthetic tools for health-oriented functional ingredients. Particularly, recent advances in PLD-catalyzed transphosphatidylation have achieved phosphatidylserine yields exceeding 90.0%. Future progress in enzyme engineering will further bridge the gap between clean-label subtraction and functional food addition, positioning phospholipases as key drivers for the sustainable transformation of the food industry.

Ce matin, des questions : Avec une camarade, nous avons commencé à étudier la cuisine note à note pour notre sujet de tipe à mener en vue des concours de deuxième année
Nous avons déjà prévu d'extraire un arôme de fruit. C'est pourquoi nous sommes maintenant à la recherche de composés tels que des protéines que nous pourrions extraire d'aliments comme des fruits ou des légumes afin de continuer notre étude.
Nous nous demandons avec ma camarade si vous pourriez nous donner des idées sur des composés que vous savez utiliser en cuisine note à note.

Food texture and structural stability are critical determinants of consumer acceptance and overall product quality in the food industry. This review provides a comprehensive synthesis of gelling and foaming mechanisms, focusing on traditional hydrocolloids (pectin and gelatin) alongside emerging plant-based alternatives, such as aquafaba (chickpea cooking water).

This study aimed to develop a dark chocolate product containing chickpea and pumpkin seed and to evaluate its sensory properties in comparison with plain dark chocolate. For this purpose, dark chocolate samples incorporating chickpea and pumpkin seed filling were produced under standardized recipe conditions and compared with conventional dark chocolate in terms of appearance, texture, flavor, aroma, mouthfeel, aftertaste, consistency, and harmony.

This review critically discusses the evolution of precision fermentation from traditional fermentation, its technological basis, major food applications, food safety assessment requirements, environmental and techno‐economic considerations, regulatory landscapes, consumer acceptance, and future research needs. Special attention is given to protein ingredients, including recombinant milk and egg proteins, because they represent one of the most commercially active and scientifically advanced areas of precision fermentation in food systems.

Driven by regulatory restrictions, clean-label trends, and health concerns, the food industry is transitioning from synthetic to natural colorants. This review analyzes this transformation, first outlining key drivers reshaping the food coloring landscape. It then evaluates pigment applications across major food categories (soft drinks, confectionery, bakery, dairy, and meat/analogues), highlighting food-specific technical challenges rooted in the inherent instability of natural pigments. (...)

Kokumi taste, a sensory attribute that enhances flavor complexity, continuity, and mouthfulness without being a basic taste, has gained significant scientific attention. This review synthesizes advances in kokumi peptide research, focusing on their flavor-enhancing mechanisms, receptor interactions (notably calcium-sensing receptors), natural sources, and food applications. We critically evaluate global research progress and key debates, such as receptor synergy mechanisms and limitations of current flavoring mechanism. Future directions emphasize establishing a global kokumi peptide database, developing artificial intelligence-driven prediction platforms, improving in vivo validation, and optimizing industrial-scale production. This review aims to provide a theoretical foundation for food flavor science and to facilitate the integration of kokumi peptides into the development of functional foods and flavor enhancers.

Inulin provides multi-task strategies to reduce sugar partially.
Functionality of inulin depends on polymerization degree and food matrix.
Sensory optimization is key to successful inulin reformulation.
Temporal sensory methods show formulation-specific sensory dynamics.
Acceptance of consumers depends on product, formulation, and consumer factors.

Driven by the global clean-label trend and the growing demand for functional food, the food industry is increasingly replacing chemical additives with enzymes. Phospholipases, which specifically modify phospholipids, have emerged as versatile biocatalysts in food processing.