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Background: In uncertain cases of coeliac disease (CD), gluten challenge (GC) may be necessary to confirm or exclude the diagnosis. However, data on diagnostic outcomes after GC are limited.

Aims: We aimed to evaluate outcomes after GC in patients with unconfirmed CD who had already started a gluten-free diet (GFD), and identify predictors of a confirmed diagnosis.

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Amaranth is a pre-Columbian staple crop used as a nutritious gluten-free grain associated with several health properties. Instant Controlled Pressure Drop (DIC) is an emerging technology used in many food industries. This study evaluates the effect of DIC treatment on amaranth.

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The correlation between clinical, serological, and endoscopic findings and histological response after a gluten-free diet (GFD) is limited in adult celiac (CD) patients. This study aims to evaluate the effects of GFD on intraepithelial lymphocyte (IEL) localization by comparing the histopathological, clinical, serological, and endoscopic findings of adult CD patients. The patients (n = 131) were divided into three groups: those with good (CDgc) (n = 23) and poor (CDpc) (n = 21) GFD compliance and newly diagnosed ones (nCD) (n = 87).

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Celiac disease (CD) is an immune-mediated enteropathy with varied systemic involvement and association with increased morbidity and mortality. Strong clinical suspicion is the key, and diagnosis is made using histopathology and serology. Though the consumption of a strict gluten-free diet can improve symptoms and limit mucosal damage, curative therapy is still lacking.

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Background: Determining the optimum water absorption capacity of gluten-free flours for an improved breadmaking process has been a challenge because there is no standard method. In the present study, large amplitude oscillatory shear (LAOS) tests were performed to explore the impact of different levels of added water on non-linear viscoelastic response of soy flour dough in comparison to wheat flour dough at a consistency of 500 BU.

Results: Among the LAOS parameters, large strain modulus (G') and large strain rate viscosity (η') were found to better probe the impact of added water amount on non-linear viscoelastic properties of soy flour dough.

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