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Studying the mechanism effect of extracted wheat cereals phytic acid in observation of beef cooked meat

دراسة آلية تأثير حمض الفيتيك المستخلص من حبوب القمح في حفظ لحم العجل المطبوخ

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 Publication date 2016
and research's language is العربية
 Created by Shamra Editor




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Soft wheat is a good source of Phytic acid. The objective of this work was to develop wheat phytic acid extraction and purification techniques.

References used
Anderson, R.J. 1914. A contribution to the chemistry of phytin. J. Biol. Chem. 17:171–190
Chang, R., Schwimmer, S., and Burr, H.K. 1977. Phytate removal from whole dry beans by enzymatic hydrolysis and diffusion. J. Food Sci. 42:1098–1101
O’Dell, B.L., deBoland, A., and Koirtyohann, R. 1972. Distribution of phytate and nutritionally important elements among the morphological components of cereal grains. J. Agric. Food Chem. 20:718–721
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The samples of various food products have been collected at several times per season over two years, in order to determine the content of phytic acid to investigate the influence of the adopted treatment methods on phytic acid degradation and to mi nimize their unhealthy effects. It's been shown that PA is found at high levels in the mentioned products especially, in unripe fruits where its levels ranged between (0.15-3.57%g.s.d) while PA levels were less in the process products and ranged between (0-1.95 %g.s.d). Technological processes were applied to biodegrade phytic acid of some foods and the reduction ratio ranged between 20-60% of the whole content of PA.
This study is carried out to determine phytic acid in some local vegetables and fruits, before and after ripening (apples, peaches, pean, tomato), green and dried legumes (beans, chickpea, lentil, peas, soybean, maize ….), and oil seeds (peanut, sesa mi, ……) and cereals and their products (grain, barley, oats, rice, bread kinds, bran, borghol) that are consumed in Latakia city. Most of the products contain high levels of phytic acid, especially in green products and their derivatives; the values range between (0.1-3.57 %) and (0-1.95 %) on dry bases respectively.
The aim of this investigation was to prepare mortadella from Awas meat by adding different amounts of soya meal (i.e.15%, 20% and 25%), and comparing it with standard (no soya added) one. Other additives were also incorporated with fixed amounts f or all used mixtures. Chemical analyses (i.e., moisture content, protein, carbohydrates and ash contents) were determined for each blend. Also a group of microbiological tests (i.e. Staphylococcus, E. coli, Salmonella and total number of mesophilic bacteria), test evaluation has been carried out to determine the acceptability of the blends by the customer and the economic value was also evaluated. The results revealed that, as the added amount of soya meal increased, the testing traits, such as, test, flavor, color, and texture were deteriorated, the total microbial number was also decreased, and the content of water as well as carbohydrates was also declined.
A landrace (Hourani-٢٧) and two newly introduced cultivars (ACSAD-٦٥ and Amra) were grown at five different locations (JUST, Shajarah, Hawarah, Kharja and Turrah) with or without NP treatment.
This study included a test of 90 chickens; 90 samples as (a chest) and 90 samples as (a thigh). These samples were divided into four categories: the first one (45 chests) was stored with packages in a tin sheet, the second (45 chests) unpacked, the t hird (45 thighs) was stored with packages in a tin plate, the fourth (45 thighs) unpacked. The samples of each category were divided into three groups. Each group consists of 15 samples. These groups were stored at (25+°, 4+°, 20-°) .Then, the pH and the total count of bacteria were measured during storage in order to observe the time in which the samples will start to spoil in accordance with the Syrian Standards and Specifications Corporation 2007. We noticed the following physical changes: color, odor, flavor and texture. The results showed that the spoilage of the thigh samples happened before the chest ones and the packaged samples before the unpackaged ones. The samples spoiled after 24h of storage at 25+° and after 7 days of storage at 4+°, whereas, there was no spoilage noticed for the samples at 20-° but the appearance changed after 6 months of storage. Packing had a good effect on preservation. The conclusions and the suggestions were written in order to guide the consumer in the field of poultry meat storage.

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