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The effect of different hydrocolloids (arabie gum, guar gum, xanthan gum and methyl 2-hydroxyethyl cellulose) on the rheological properties of composite flour dough and final quality of baked goods was investigated. Additiori of these compounds con- cluded in higher water absorption capacity (from 60.5 to 68.3%) and dough stability (from 6.5 to 14 min). The incorporation of hydrocolloids into the loaves also influenced volume, cambering and sensory acceptance of final products in different ways. Baked goods shelf life evaluated during 72 h storage period through bread firmness values showed, that loaves prepared with hydrocolloids extent products contained celullose derivate were softened when control sample. In conclusion, guar gum could be recommended as improver in the bread-making performance owing to its good rheological, sensory and crumb softening effeets.
The functional food development is one of the most interesting fi elds of the food industry. The knowledge of the effects of processing is essential in order to optimize the conditions and to obtain functional foods rich in bioactive compounds. Many functional buckwheat derived bakery and non-bakery products have been put into production including buckwheat enhanced breads, biscuits, snacks, noodles, tea, tarhana, sprouts, and fi nally buckwheat honey. This article reviews the studies carried out in the past few years in relation to the effects of processing on bioactive compounds in buckwheat derived bakery and non-bakery products, and on their overall nutritional value and consumer acceptance. Finally, the future trends in buckwheat processing are addressed.
Background. Bakery products are a source of bioactive compounds, such as dietary fibre (DF), whose proper supply plays an important role in prevention of civilisation diseases. Objective. The aim of the present study was to determine total dietary fibre (TDF) content in bakery products and their contribution to TDF supply. Material and Methods. The determination of TDF content was performed using enzymatic-gravimetric method in 72 samples of six types of bakery products (wholemeal rye bread, wheat-rye bread, wheat-rye bread with grains, toast bread, crispbread, rolls) included in the young adults diet. Simultaneously, frequency of bakery products consumption and their contribution to TDF supply were assessed based on dietary interview questionnaires carried out among 224 students from Poland. Index of nutritional quality (INQ) of examined bakery products was calculated. Results. Our data indicate that average TDF content depended on the type of bakery products and ranged from 2.19 g/100 g in rolls to 11.80 g/100 g in wholemeal rye bread. All of the tested types of bakery products, except rolls, were a good source of fibre (INQ≥1), but the richest were wholemeal rye and wheat-rye with grains breads. Analysis of questionnaires data showed that bakery products were regularly consumed by 80% of young adults; however, most of whom preferred rolls. Consumption of bakery products covered current recommendations for dietary fibre in 27%. Daily intake of bakery products and TDF was not correlated with student’s BMI, however, women frequently consuming bread had a lower BMI than those who rarely ate it. Conclusion. Wholemeal rye and wheat-rye with grains breads are the rich source of TDF and they should be consumed by young adults in order to achieve the recommended TDF values.
Background. The compound 3-monochloropropano-1,2-diol, (3-MCPD) is a contaminant found in foodstuffs that arises during food processing and storage. Conditions condusive to the former are low pH and a high temperature and it can also be formed during manufacturing, ie. food processing. Those favouring the latter are dampness, raised temperatures, packaging conditions and storage duration. For the first time, high levels of 3-MCPD have been reported in soy sauces and hydrolysate products of vegetable protein manufactured through using acid hydrolysis. Animal studies on rats and mice have found that 3-MCPD is a carcinogen, however it is not genotoxic. Objectives. To determine 3-MCPD levels in bakery products currently on the market and to estimate the resulting exposure to the those consumer groups most vulnerable. Results from a two year assessment of this contaminant are so presented. Material and methods. Concentrations of 3-MCPD were measured in 244 samples of bakery foodstuff products found on the market which included; sponge cake, biscuits, cakes, crackers, breadsticks and rusks. Sampling was undertaken by the State Sanitary Inspectorate and analyses were performed by an accredited Gas Chromatography Mass Spectrometry (GC/MS) method. The exposure was assessed by comparing the accepted Tolerable Daily Intake (TDI) for 3-MCPD with the different conditions it occurred in, the consumption of 3-MCPD in the aforementioned foodstuffs and the various consumer groups. Results. Levels of 3-MCPD that exceeded the limits of quantification in the studied foodstuffs were found in 91 out of 244 samples, (ie. 37.3%). These samples included 11 sponge cakes (11.3%), 27 biscuits (55.2%), 10 crackers (8.33%), 17 bread- sticks (8.93%), 21 rusks (63.6%) and 5 cakes (3.13%). The highest numbers of samples containing more than 10 (>10) pg/ kg of 3-MCPD were successively found in the following; breadsticks (79%), biscuits (75%), rusks (33%), crackers (33%), cakes (31%), biscuits (24%) and sponge cakes (4%). In 60 samples (24.6%), levels of 3- MCPD were higher than 10 pg/ kg. It was estimated that the mean daily adult exposure to 3-MCPD is 0.008 - 0.013 pg/kg body weight/day ie. 0.4 - 0.65% of the TDI, however at high exposures this became 6% of the TDI. In the children’s group, the mean exposure was 0.022 - 0.036 pg/kgbodyweight/dayie. 1.1 - 1.8%ofthe TDIwhilstathighexposureitbecame 16.4%ofthe TDI. Conclusions. The results demonstrated that sample levels of 3- MCPD in bakery products do not constitute a significant health risk to consumers.
The aim of this study was to determine the effect of fat substitution with various fiber preparations on selected quality characteristics of baked poultry pâtés. Five variants of pâtés were produced: a control variant and four experimental variants, in which 33% or 66% of poultry fat was replaced by hydrated (in a ratio of 1:5) inulin or potato fiber. In ready products, cooking loss was determined, basic chemical composition was analyzed, color and texture parameters were measured, and sensory evaluation was performed. The substitution of fat with hydrated inulin and potato fiber in the recipe composition of pâté made it possible to produce pâtés with reduced fat content − on average by 20–34%. These pâtés were characterized by lower cooking loss, which is advantageous from both a technological and an economical point of view. In the sensory evaluation, pâtés containing added fiber scored comparable to the control variant, also for color, despite significant differences in instrumental measurements.
The objectives of this work were to characterise on a broad basis the staling process of wholemeal bread and to attempt to find the relationship between the instrumental and sensory measures. During seven consecutive days of bread storage at room temperature, the rheological, sensory and some physico-chemical analyses were carried out. The greatest changes in the instrumental measures, between which some statistically significant correlations were found, occurred in the first 24 h of storage. On the other hand, the sensory characteristics were changing subtly over the whole period of seven-day storage and the bread was still of good sensory quality after three days what made it difficult to establish the relationship between instrumental and sensory measures. It appeared that intense and quite stable nutty taste and aroma of wholemeal bread, characteristic of the products from high-extract flours, prolonged its consumer-accepted sensory quality.
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