The Indian Journal of Nutrition and Dietetics

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Nutritional Value of Differently Processed Soybean Seeds


Affiliations
1 Copperbelt University, Department of Basic Sciences, School of Medicine, Zambia
2 Ndola College of Biomedical Sciences, Ndola Central Hospital, Ndola, Zambia
     

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The main objective of this study was to determine the nutritional and anti-trypsin content of raw soybean seeds in comparison to the solvent extracted and steam cooked soybeans. The proximate composition, minerals and anti-trypsin content of raw soybean seeds and differently processed soybean seeds were determined using standard methods. One way Analysis of Variance (ANOVA) was used in analysing the data. The moisture content of Solvent Extracted Soybean seeds (SES) (6.7±0.2 %) was significantly higher than Raw Soybean Seed Meal (RSSM) and Extruded Full-Fat Soybean Seeds (EFFS) (p<0.05). EFFS seeds had lower ash content (4.4±0.1 %) as compared to the SES and RSSM. SES had significantly very low crude fat content (2.7±0.2 %) than EFFS and RSSM (p<0.005). SES had higher crude protein content (48.9±0.6 %) than EFFS and RSSM. RSSM had significantly higher calcium content (1.81±0.007 %) than both EFFS and SES seeds (p<0.05). There was a significant difference in phosphorus content among all the soybean seeds with RSSM having the highest content (0.96±0.1) and EFFS seeds having the lowest (0.59±0.06%), (p<0.05). There was a significant difference in trypsin inhibitor content in raw and different processed soybeans with RSSM having the highest concentration (54.0±1.5) while EFFSs had the lowest content (1.0±0.03 mg inhibited Trypsin/g). The highest essential amino acid content in EFFS, SES and RSSM seeds was arginine (8.67±0.3), (8.69±0.5) and (7.77±0.3 g/16 g N) respectively. While the lowest essential amino acid in raw and differently processed soybeans was methionine with SES having the lowest concentration (1.46±0.2 g/16 g N). The results further indicate that EFFSs had the highest concentrations of all the non-essential amino acids apart from cystine which was slightly higher in SES than in EFFSs whilst glutamic acid was the highest non-essential amino acid obtained in EFFSs. RSSM had lower amount of all the nonessential amino acids apart from tyrosine as compared to SES and EFFS though the differences were not significant (p>0.05). Soybeans processed by steaming (EEFS) could be used as a protein and energy source at the village level as the method is easier and cheaper to use while it maintains most of the nutrients and removes the anti-nutrient factors.

Keywords

Raw Soybean, Solvent Extraction, Full-Fat Soybeans, Anti-Nutritional Factors, Proximate Analysis.
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  • Nutritional Value of Differently Processed Soybean Seeds

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Authors

N. Siulapwa
Copperbelt University, Department of Basic Sciences, School of Medicine, Zambia
A. Mwambungu
Ndola College of Biomedical Sciences, Ndola Central Hospital, Ndola, Zambia

Abstract


The main objective of this study was to determine the nutritional and anti-trypsin content of raw soybean seeds in comparison to the solvent extracted and steam cooked soybeans. The proximate composition, minerals and anti-trypsin content of raw soybean seeds and differently processed soybean seeds were determined using standard methods. One way Analysis of Variance (ANOVA) was used in analysing the data. The moisture content of Solvent Extracted Soybean seeds (SES) (6.7±0.2 %) was significantly higher than Raw Soybean Seed Meal (RSSM) and Extruded Full-Fat Soybean Seeds (EFFS) (p<0.05). EFFS seeds had lower ash content (4.4±0.1 %) as compared to the SES and RSSM. SES had significantly very low crude fat content (2.7±0.2 %) than EFFS and RSSM (p<0.005). SES had higher crude protein content (48.9±0.6 %) than EFFS and RSSM. RSSM had significantly higher calcium content (1.81±0.007 %) than both EFFS and SES seeds (p<0.05). There was a significant difference in phosphorus content among all the soybean seeds with RSSM having the highest content (0.96±0.1) and EFFS seeds having the lowest (0.59±0.06%), (p<0.05). There was a significant difference in trypsin inhibitor content in raw and different processed soybeans with RSSM having the highest concentration (54.0±1.5) while EFFSs had the lowest content (1.0±0.03 mg inhibited Trypsin/g). The highest essential amino acid content in EFFS, SES and RSSM seeds was arginine (8.67±0.3), (8.69±0.5) and (7.77±0.3 g/16 g N) respectively. While the lowest essential amino acid in raw and differently processed soybeans was methionine with SES having the lowest concentration (1.46±0.2 g/16 g N). The results further indicate that EFFSs had the highest concentrations of all the non-essential amino acids apart from cystine which was slightly higher in SES than in EFFSs whilst glutamic acid was the highest non-essential amino acid obtained in EFFSs. RSSM had lower amount of all the nonessential amino acids apart from tyrosine as compared to SES and EFFS though the differences were not significant (p>0.05). Soybeans processed by steaming (EEFS) could be used as a protein and energy source at the village level as the method is easier and cheaper to use while it maintains most of the nutrients and removes the anti-nutrient factors.

Keywords


Raw Soybean, Solvent Extraction, Full-Fat Soybeans, Anti-Nutritional Factors, Proximate Analysis.

References