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Effect of Cumin using Instead of the Industrial and Preservatives materials in Production methods of Hommous Tahina


Affiliations
1 College of Education for Women/University of Baghdad/Baghdad, Iraq
2 Dept. of Research and Development/Ministry of Higher Education and Scientific Research/Baghdad, Iraq
     

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The aim of this study was to investigate effect of using cumin instead of the industrial and preservatives materials by manufacturing ways of Hommous Tahini laboratory, and study its microbial, store, sensory and chemical properties. The results of the microbial test of the three samples showed that the sample (2) (soaking the grinded chickpeas in 60o C water inside 60o C water bath for 30 minutes) was better than the sample (1) (soaking the non-grinded chickpeas in water and soda at 0.05 ratio for 12 hours), and the sample (3) (soaking the non- grinded chickpeas in water for 12 hours). There was no bacteria and fungi (Molds and Yeasts ) growth in the product of sample (2) when it was stored in a freezer (-18o C) and then melted at room temperature (30o C) for 3 hours, and its storage time in a refrigerator was 5 days without tin opening and 3 days with tin opening. It got very good grade in the general acceptance property when it was tinned and ready to eat. The percentages of the chemical components on dry weight basis were 1.385, 4.22, 6.19, 24.4, 12.35, 98.61, 71.68 and 373.61 for moisture, ash, fat, fibers, protein, dry materials, carbohydrates and heat calories respectively.

Keywords

Cumin, Hommous Tahina, Bicarbonate Sodium. Chickpeas.
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  • Malungal, L. N.; ElDadonl, S, B. Zinal, E ; Berkovich, Z ; Abbo, S. and Reifenl, R . The potential use of chickpeas in development of infant follow-on formula Nutrition Journal.(2014);13:8.

  • Moreno, C. R.; Sandez, O. R.; Carrillo, J. M.; Tiznado, Ja. G. and Hernandez, L. C. Hard to cook tendency of chickpea (Cicer arietinum L) varieties, J. Sci. Food agric.(2001); 81:1008-1012.

  • Modular, Mowafk and Shmborish, Neda Study the general chemical structure of chickpeas and its products and effect of some of the production operations in the nutritional value. Damascus Journal of Agricultural Sciences. University of Damascus. Syria (2006); 22(2) : 201-212.

  • Varshney, R. K ; Song, C ; Saxena, K. R; Azam , S . and Zhao, S. Draft genome sequence of chickpea (Cicer arietinum) provides a resource for trait improvement –Nature Biotechnology 31, 240– 246-doi:10.1038/nbt.2491-Accepted 21 December-Published online 27 January (2012);(2013).

  • McKay, K; Miller, P; Jenks, B; Riesselman, J; Neill, K. Buschena, D and Bussan, A. J. Growing Chickpea in the Northern Great Plains–Fargo, North Dakota 58105-North Dakota State University (2002).

  • Al-Entake Dawood encyclopedia of treating by herbs and the natural ways. Dar Al-Shaab library. Arabian center for publication Alexandria. Egypt (2010).

  • Sharma, S.; Yadav, N.; 1Singh, A. and Kumar, R. Nutritional and antinutritional profile of newly developed chickpea (Cicer arietinum L) varieties-Centre of Food Technology, University of Allahabad, Allahabad, Uttar Pradesh, India-2 Division of Genetics, IARI, New Delhi-110012, India-International Food Research Journal (2013);20(2): 805-810.

  • The central institution of standardization and quality control Count and recognition of the microbial groups in foods. Microbial limits in foods. 3rd part. Ministry of planning. Iraq. The standard property number(2006); (3/2270).

  • FAO. Health Benefits of Pulses - International Year of Pulses (2016).

  • USDA. National Nutrient Database for Standard Reference, Release 15 .(2002).

  • Corieone, Jill, RDN. Benefits of Chickpeas-LD Last Updated:(2016); Jun 17.

  • Machade, D.; Ball, R . ; Smiley, S. Petrie , M.; Siemens and Guy, S. Chickpea Production Guide–Dryland corpping Systems– EM879–E–Revised–Oregon state university(2004).

  • Al-Yasre, Mostafa Ali Reza Foods and natural herbs.(2011),1st ed. Baghdad. Iraq

  • FAO Human vitamin and mineral requirement. Report of a joint FAO/WHO expert consultation, Bangkok, Thailand (2002) .

  • Lebiedzińska, A. and Szefer, P.Vitamins B in grain and cerealgrain food, soy-products and seeds. Food Chem (2006);95, 116122.

  • Mothers safety group your pregnancy safety. Health sciences college .no.2. The American University. Beirut. Lebanon (2008).

  • Turhan, M.; Sayar, S. and Gunasekaran, S. Application of peleg model to study water absorption in chickpea during soaking, Journal of food Engineering(2002);53 : 153-159.

  • Millan, T. J. H.J.; Clarke., H.; Kadambot, M. ; Siddique, H.K. Buhariwalla,P.M.; Gaur, J. ; Kumar, J.; Gil1, G.; Kahl and Winter, P. Chickpea molecular breeding: New tools and concepts. Euphytica (2006);147, 81–103.a.

  • Pande, S.; Siddique, K.H.M.; Kishore, G.K.; Baaya, B. Gaur, P.M. Gowda, C.L.L.; Bretag, T. and Crouch, J.H. Ascochyta blight of chickpea (Cicer arietinum L.): A review of Biology, pathogenicity and disease management. Australian Journal of Agricultural Research (2005);56(4):317–332.

  • Ahmed, H.S. Treating by herbs and Arabian medicine secrets. Rashad press for printing, distribution and publishing. Lebanon (2011).

  • Sajde , A.G. Foods industries . 1st ed. Ministry of higher education and scientific research–University of Baghdad. . Education college for women . House economic department. Iraq (2000).

  • (AOAC). Official Methods of Analysis is of AOAC International.(2000); (17th ed).

  • AOAC. Official Methods of Analysis, is of AOAC Washington, D. C.(1992);(15 th ed).

  • Whete , Z. study the chemical structure and quality factors of olive oil. Ph.D. thesis food science Department. Damascus University (2003).

  • Al-Dilale, B .K. and Al-hakim, .S.H. Food analysis, number of registration in the national library, Baghdad (353), Ministry of higher education and scientific research. Mousal University (1987).

  • Osborne, D . R . and voogt, P .The Analysis of Nutrients in Food. Food Science and Technology . Academic (1978).

  • Al-Ane, F.M. Microorganisms in foods and the modern techniques to test it Al-Manahej house for publishing and distribution. Amman. Jordan. Record number (2007);/2/536.

  • Jafar, A.M. The added and preservatives materials in foods industries. 1st ed . Arabian horse for publication and distribution. Store number 2006/25059 international code.(2006); 977-258-289-9. Cairo.

  • Sharef, Fyath Mohamad The eaten fungi and the poison and narcotic fungi. 1sted., Al-Thakra library for publishing and distribution. Beirut .Lebanon (2012).

  • Faris, I ,Nutrition Facts about Hommous Tahina - Department of Nutrition - university of Petra (2008).

  • Abid Alla, Amal Alf be cocking technique. Al-Terbia house of publications. Baghdad. Iraq (1985).


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  • Effect of Cumin using Instead of the Industrial and Preservatives materials in Production methods of Hommous Tahina

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Authors

Ibtihal I. AL–Ani
College of Education for Women/University of Baghdad/Baghdad, Iraq
Aws H. J. Al–Ani
Dept. of Research and Development/Ministry of Higher Education and Scientific Research/Baghdad, Iraq

Abstract


The aim of this study was to investigate effect of using cumin instead of the industrial and preservatives materials by manufacturing ways of Hommous Tahini laboratory, and study its microbial, store, sensory and chemical properties. The results of the microbial test of the three samples showed that the sample (2) (soaking the grinded chickpeas in 60o C water inside 60o C water bath for 30 minutes) was better than the sample (1) (soaking the non-grinded chickpeas in water and soda at 0.05 ratio for 12 hours), and the sample (3) (soaking the non- grinded chickpeas in water for 12 hours). There was no bacteria and fungi (Molds and Yeasts ) growth in the product of sample (2) when it was stored in a freezer (-18o C) and then melted at room temperature (30o C) for 3 hours, and its storage time in a refrigerator was 5 days without tin opening and 3 days with tin opening. It got very good grade in the general acceptance property when it was tinned and ready to eat. The percentages of the chemical components on dry weight basis were 1.385, 4.22, 6.19, 24.4, 12.35, 98.61, 71.68 and 373.61 for moisture, ash, fat, fibers, protein, dry materials, carbohydrates and heat calories respectively.

Keywords


Cumin, Hommous Tahina, Bicarbonate Sodium. Chickpeas.

References