Gluten-free baking presents significant challenges in replicating the texture and quality of traditional wheat based products, particularly in cupcakes. The absence of gluten reduces dough elasticity and cohesion, often resulting in batters rather than doughs. To address this, bakers incorporate various ingredients, such as hydrocolloids (e.g., xanthan gum and cactus mucilage), which mimic gluten’s properties and improve the texture, structure, and stability of gluten-free baked goods. The addition of pseudocereals, legumes, and dairy proteins further enhances the nutritional profile and texture of gluten-free cupcakes, improving their volume and crumb texture. Nutritional deficiencies in gluten-free products, such as lower levels of B vitamins, iron, and fibre, are a concern and may be mitigated by incorporating ingredients like quinoa, amaranth, or legumes. Despite these efforts, gluten-free products often have higher glycemic indices and may be high in fats and sodium, which can affect their nutritional value. Commercial and homemade gluten-free cupcakes each face unique challenges. In commercial production, consistency in texture, flavor, and shelf life is vital, requiring precise formulations and stabilizers, while homemade versions struggle with achieving the right texture and preventing cross-contamination. Advanced processing techniques, such as sourdough fermentation and the use of functional additives like egg whites and microbial proteases, offer potential solutions to enhance both the sensory and nutritional quality of gluten-free cupcakes.This review synthesizes current strategies for improving GF cupcake quality, focusing on ingredient innovation, processing advancements, and nutritional enhancement to meet both consumer demands and the needs of individuals with celiac disease and gluten sensitivities.

Keywords:Gluten Free Diet; Celiac Disease; Glycemic Index; Hydrocolloids; Sourdough Fermentation; High Hydrostatic Pressure Processing (HHP)