FACULTY OF AGRICULTURE

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Quality and acceptability evaluation of soy-cheese (tofu) enhanced with meat
(Bangladesh Meat Science Association, 2023-03) Apata, E. S.; Sunmola, R. A.; Sunmola, R. A.; Olaleye, O. O.; Apata, O. C.
The study was carried out to determine the quality and acceptability of soy-cheese (Tofu) enhanced with different meat types. 40g of raw soybeans, 40g of each meat type-beef, mutton, chevon, chicken and 5g of industrial grade calcium sulphate (CaSo4) were used for this study. The meat types + Tofu constituted the treatments, thus: T0 = Tofu only (control), Ti = Tofu + beef, T2 = Tofu + mutton, T3 = Tofu + chevon, T4 = Tofu + chicken meat. Data were collected and analysed using analysis of variance (ANOVA) at p<0.05. The meat Tofu products samples showed significant differences (p<0.05) in physical, chemical and the sensorial variables tested with chicken meat Tofu (T4) having highest (p<0.05) yield, water holding capacity, protein, fat, ash, all the organoleptic and overall acceptability values. This study supplied first hand information on the effect of meat inclusion in Tofu, therefore, chicken meat could be included in Tofu at ratio of 1:1 for quality and acceptability enhancement.
Evaluation of socio-economic characteristics, preference and consumption pattern of meat among the inhabitants of Yewa in Ogun State Nigeria
(2016) Apata, E. S.; Akinbinu, J. B.; Apata, O. C.; Dada, O. M.; Aderinto, A.
This study was conducted in Yewa zone of Ogun state to investigate the socio-economic characteristics, preference and consumption pattern of meat among the inhabitants who are rural dwellers. Primary data were collected through 300 structured questionnaires covering 12 selected rural towns. The variables measured included age, sex, educational and marital status, household size, religion, occupation, income, preference for meat, factors influencing meat preference, meat consumption pattern and constraints for meat consumption in the study area. Data collected were analysed with frequency percentages and Garrett’s ranking technique and validated for reliability. The results showed that (30.01%) of household consumed meat were mostly youth who were mostly (54.0%) females that attained secondary education (32.3%) while 67.7% of them had one form of education or the other. (30.7%) were married with highest (29.3%) household size, Christians (40.7%) and traders (28.3%) and earned monthly income (29.0%) between N10, 000-N30, 000. Also majority (95.0%) preferred beef (87.5%) and chicken while (56.7%) preferred pork. Majority with 64.6 scores consumed meat perhaps for its nutritional value and taste (63.5) score without minding the price 56.8 score while tenderness was not the hindering factor (50.2) score for consuming meat in the study area. High percentage of the respondents consumed meat of any type but consume more (25.0%) of beef than pork (57.7%) as low percentage (19.3%) of the total respondents would not consume meat. Majority of them strongly disagreed that no constraint associated with meat preference and consumption would deter them from consuming meat. It was recommended therefore, that household in the study area be encouraged by government extension agents to utilize part of their income to purchase meat to be included in their diets to improve the quality. Also there is need to conduct a research to investigate low percentage consumption meat by the inhabitants of Yewa zone, the study area.
Utilisation and influence of condiments prepared from fermented legumes on quality profile of meat
(Canadian Center of Science and Education, 2014-12) Apata, E. S.; Eniolorunda, O. O.; Apata, O. C.; Eso, L. B.
This study was conducted to investigate the utilization and influence of condiments prepared from four fermented legumes; African locust-bean (Parkia biglobosa), melon seeds (Citrullus vulgaris), soybean (Glycine max) and cotton seeds (Malvaceae gossypium). They were processed, dried, milled and 25% solution of each condiment was made using purified water. 200 g fresh beef from the thigh cut of White Fulani bull (Bos indicus) was purchased, divided into 4 parts of 50 g and 20 ml of condiments solution was injected into each beef with a syringe and needle each condiment and 50 g beef constituted a treatment thus; TO = control (No condiment), TI = Beef steak + locust bean condiment, T2 = Beef + melon seeds condiment, T3 = Beef + soybean condiment, T4 = Beef + cotton seeds condiment. The injected beef steaks were wrapped in foil paper and broiled in oven at 170ºC for 20 mins. Data were collected on physicochemical, microbiological and sensory properties of processed beef and were subjected to analysis of variance (ANOVA) at p = 0.05 in a completely randomized design experiment. The results showed that cooking loss and shear force were lower in TI, while water holding capacity (WHC) and yield were higher. Protein and ash were high in TI followed by T3 while fat and fibre were significantly lower. Aerobic and anaerobic bacteria were significantly the same across the treatments while coliform and fungal counts were lower except in T2 and T4. Treatment1 was adjudged higher in all the eating qualities except colour and was well accepted. It is therefore, recommended that locust bean condiment be used in processing meat followed by soybean condiment. However, further investigation should be carried out on varied levels of locust bean condiment to determine the level that will give better colour which can improve the meat product acceptability and consumption.

FACULTY OF AGRICULTURE

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