Functional and Pasting Properties of Gari Produced from White-fleshed Cassava Roots as Affected by Packaging Materials and Storage Periods, and Sensory Attributes of the Cooked Gari Dough (eba)
Wasiu Awoyale
,
Wasiu Awoyale
International Institute of Tropical Agriculture Ibadan,
Gari (roasted fermented cassava grits) is the most popular product consumed in West Africa and an important food product in the diet of millions of people in developing countries. The study investigated the effect of packaging materials (PM) and storage periods on the functional and pasting properties of Gari produced from white-fleshed cassava roots and sensory attributes of the cooked Gari dough (eba). Gari was produced using the standard method and packaged in a polypropylene woven sack (PP) and polyvinyl chloride container (PVC). Gari was stored for 24 weeks at room temperature and sampled at four-week intervals for functional and pasting properties, and sensory evaluation of the eba, using standard methods. The results showed that the storage periods significantly affected all the functional (except swelling power) and pasting properties of the Gari, and PM had no significant (p>0.05) effect on the functional (except bulk density) and pasting properties. Also, the PM had no significant effect on the sensory attributes of the eba except for the mouldability (p<0.05). The setback viscosity of the Gari packaged in PVC had a significant (p<0.05, r= -0.58) negative correlation with the texture of the eba. The panellists preferred all the sensory attributes of the eba made from the Gari stored in PP compared to that made from Gari stored in PVC. Therefore, packaging Gari in PP may keep most of the properties preferred by consumers when stored for up to 5 months.
Abass A, Dziedzoave N, Alenkhe B, James B. Quality management manual for the production of gari. 2013;48.
2.
Abiodun O, Adegbite J, Oladipo T. Effect of cassava starch substituion on the functional and sensory properties of trifoliate yam (dioscorea dumetorum) flours. African Journal of food, Agriculture, Nutrition and development. 2010;(7):10.
3.
Adebowale A, Adegoke M, Sanni S, Adegunwa M, Fetuga G. Functional properties and biscuit making potentials of sorghum-wheat flour composite. American Journal of food technology. 2012;(6):372–9.
4.
Adebowale A, Owo H, Sobukola O, Obadina O, Kajihausa O, Adegunwa M, et al. Influence of storage conditions and packaging materials on some quality attributes of water yam flour. Cogent Food & Agriculture. 2017;(1).
5.
Adebowale A, Sanni L, Awonorin S. Effect of texture modifiers on the physicochemical and sensory properties of dried fufu. Food Science and Technology International. 2005;(5):373–82.
6.
Adebowale A, Sanni L, Fadaunsi E. Proceeding of the 32nd annual conference of nigerian institute of food science and technology. pg. 2008;304–5.
7.
Adejumo B, Raji A. Microbiological safety and sensory attributes of gari in selected packaging materials. Academic Research International. 2012;(3):153.
8.
Adeleke R, Odedeji J. Functional properties of wheat and sweet potato flour blends. Pakistan Journal of Nutrition. 2010;(6):535–8.
9.
Adindu M, Aprioku A. Cyanogenic content of" gari" from some processing centres in rivers state. nigeria Nigerian Food Journal. 2006;(1):135–8.
10.
Afoakwa B, -K, Nyirenda E, D. Viscoelastic properties and physico-functional characterization of six high yielding cassava mosaic disease-resistant cassava (manihot esculenta crantz) genotypes. Journal of Nutrition and Food Science. 2012;(2):129.
11.
Afoakwa E, Kongor E, Annor G, Adjonu R. Acidification and starch behaviour during co-fermentation of cassava (manihot esculenta crantz) and soybean (glycine max merr) into gari, an african fermented food. International Journal of Food Sciences and Nutrition. 2010;(5):449–62.
12.
Ashraf S, Anjum F, Nadeem M, Riaz A. Functional and technological aspects of resistant starch. Pakistan Journal of Food Sciences. 2012;(2):90–5.
13.
Awoyale W, Sanni L, Shittu T, Adegunwa M. Effect of varieties on the functional and pasting properties of biofortified cassava root starches. Journal of Food Measurement and Characterization. 2015;(2):225–32.
14.
Awoyale W, Abass A, Ndavi M, Maziya-Dixon B, Sulyok M. Assessment of the potential industrial applications of commercial dried cassava products in ni-geria. Journal of Food Measurement and Characterization. 2017;(2):598–609.
15.
Awoyale W, Asiedu R, Kawalawu W, Abass A, Maziya-Dixon B, Kromah A, et al. Assessment of the suitability of different cassava varieties for gari and fufu flour production in liberia. 2020;
16.
Awoyale W, Maziya-Dixon B, Menkir A. Retention of pro-vitamin a carotenoids in ogi powder as affected by packaging materials and storage conditions. 2016;
17.
Awoyale W, Sanni L, Shittu T, Adebowale A, Adegunwa M. Development of an optimized cassava starch-based custard powder. Journal of Culinary Science & Technology. 2019;(1):22–44.
18.
Awuchi C, Igwe V, Echeta C. The functional properties of foods and flours. International Journal of Advanced Academic Research. 2019;(11):139–60.
19.
David O, Arthur E, Kwadwo S, Badu E, Sakyi P. Proximate composition and some functional properties of soft wheat flour. International Journal of Innovative Research in Science, Engineering and Technology. 2015;(2):753–8.
20.
Falade K, Olugbuyi A. Effects of maturity and drying method on the physico-chemical and reconstitution properties of plantain flour. International journal of food science & technology. 2010;(1):170–8.
21.
Fao. Sorghum and Millets in Human Nutrition. Food and Agriculture Organisation of the United Nations. 1995;
22.
Fao. Food and Agriculture Organization Global cassava development -strategy and implementation. Plan. 1999;
23.
Fauquet C, Fargette D. African cassava mosaic-virus-etiology, epidemiology, and control. Plant Disease. 1990;(6):404–11.
24.
Ilouno B, Ndimele E, Adikwu O, Obiekezie S. Bacteriological quality of some fermented food products in keffi, nasarawa state. FULafia Journal of Science & Technology. 2016;(1):4–10.
25.
Iwe M. Handbook of sensory methods and analysis. 2002;7–12.
26.
James B, Okechukwu R, Abass A, Fannah S, Maziya-Dixon B, Sanni L, et al. Producing gari from cassava: An illustrated guide for smallholder cassava processors. 2012;
27.
Komolafe E, Arawande J. Evaluation of the quantity and quality of gari produced from three cultivars of cassava. Journal of Research in National Development. 2010;2027–39.
28.
Maziya-Dixon B, Dixon A, Adebowale AR. Targeting different end uses of cassava: Genotypic variations for cyanogenic potentials and pasting properties. International Journal of Food Science and Technology. 2007;(8):969–76.
29.
Nwancho S, Ekwu F, Mgbebu P, Njoku C, Okoro C. Effect of particle size on the functional, pasting and textural properties of gari produced from fresh cassava roots and dry chips. Int J Eng Sci. 2014;(3):50–5.
30.
Ogiehor I, Ikenebomeh M. The effects of different packaging materials on the shelf stability of garri. African Journal of Biotechnology. 2006;(23).
31.
Okigbo R. Fungi associated with peels of post harvest yams (dioscorea spp.) in storage. Global Journal of Pure and Applied Sciences. 2003;(1):19–24.
32.
Olanrewaju A, Idowu O. Quality assessment of cassava gari produced in some selected local governments of ekiti state, nigeria. American Journal of Food Science and Nutrition. 2017;(4):36–41.
33.
Oluwalana I, Oluwamukomi M. Proximate composition, rheological and sensory qualities of plantain (musa parasidiaca) flour blanched under three temperature regimes. Afr J Food Sci. 2011;(14):769–74.
34.
Oyeyinka S, Oyeyinka A, Karim O, Kayode R, Balogun M, Balogun O. Qualities of stored Gari samples 247 weevils (callosobruchus maculatus) infested cowpea. 2013;233–47.
35.
Quaye W, Gayin J, Yawson I, Plahar W. Characteristics of various cassava processing methods and the adoption requirements in ghana. Journal of Root Crops. 2009;(1):59–68.
36.
Sandhu K, Singh N, Malhi N. Some properties of corn grains and their flours i: Physicochemical, functional and chapati-making properties of flours. Food Chemistry. 2007;(3):938–46.
37.
Sanni L. Standards for cassava products and guidelines for export. 2005;
38.
Sanni L, Adebowale A, Awoyale W, Fetuga G. Quality of gari (roasted cassava mash) in lagos state, nigeria. Nigerian Food Journal. 2008;(2):125–34.
39.
Sanni L, Onadipe O, Ilona P, Mussagy M, Abass A, Dixon A. Successes and challenges of cassava enterprises in west africa: A case study of nigeria, benin and sierra leone.
40.
Shittu T, Lasekan O, Sanni L, Oladosu M. The effect of drying methods on the functional and sensory characteristics of pukuru-a fermented cassava product. asset-an international journal. ASSET-An International Journal. 2001;9–16.
41.
Simonyan K. Cassava postharvest processing and storage in nigeria: A review. African Journal of Agricultural Research. 2014;(53):3853–63.
42.
Udoro E, Kehinde A, Olasunkanmi S, Charles T. Studies on the physicochemical, functional and sensory properties of gari processed from dried cassava chips. Journal of Food Processing and Technology. 2014;(1).
43.
Westby A. Cassava utilization, storage and small-scale processing. Cassava: Biology, production and utilization. 2002;281–300.
44.
Xian L, Shariffa N, Azwan M. Modified tuber starches as potential stabilizer for food-grade pickering emulsions. Food Research. 2020;(3):233–47.
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