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Protein pasta occupies a niche within the functional foods market, driven by consumer demand for protein-enriched products with specific health and nutritional benefits. The fundamental objective of this review is to examine protein pasta regarding ingredient selection, formulation strategies, processing approaches, and market positioning. Protein pasta aims to achieve “source of protein” or “high protein” claims while preserving desirable taste and texture and minimizing cooking losses. Achieving this balance requires careful selection of protein sources alongside precise processing to manage the functional role of gluten in the viscoelastic network. Market data show that product launches are concentrated in regions with high functional food awareness. The primary protein ingredients utilized are legumes and protein isolates, including pea protein and vital wheat gluten. Maintaining the sensory profile of conventional pasta is crucial, as legume-based proteins can impart distinctive flavors and textures that may limit consumer acceptance, particularly in products made entirely from legumes. Market positioning remains health-focused, including nutritional claims such as “fiber-enriched” and health claims including “supports muscle growth” and “satiety”. Effective integration of the ingredient-process interface is the decisive factor in ensuring these products meet strict regulatory standards without compromising the structural integrity and cooking stability of traditional semolina pasta.
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Boukid et al. (2026) studied this question.