Nutritional Evaluation, Stability of Cereals and Sanitation Status of Processing Utensils and Environments Based on Hygiene Education

위생교육에 따른 선식 제조기구와 작업장의 위생상태변화 및 일부 선식제품의 안정성과 영양적 평가

  • Published : 2002.12.01

Abstract

This study was carried out to investigate the effect of hygiene education on the microbiological changes of processing utensils and the environmental in the manufacture of cereals and to evaluate the Cd, Pb contents and nutrient compositions of 11 cereals. The result of microbiological evaluation was that fungi, coliforms and staphylococcus species were detected in employees, on equipment, utensils and environments in the first inspection. Fungi were detected in most of the cereals, staphylococcus species were detected in soybeans, perilla seeds and sea tangle How, and bacillus cereus was detected in sorghum and black sesame seeds. The water content of rice, barley, glutinous rice, brown rice and carrot flour in packaged products, and in carrot flour, angelica keiskei, carrot, sea mustard and potato in bulk products was in excess of 8.0%. The Pb content of cereals was 0.14-0.51 mg/kg and Cd was not found. The acid value of Job s tears flour and black sesame seed flour was higher than 5.0 mg/g oil. Cereals were manufactured from 41 different cereals and grains, legumes, seeds and nuts, vegetables, potatoes, seaweeds, fruits, glucose and salt. The average content of cereals and grains, legumes, and seeds and nuts in cereals was 75.75%, 16.19% and 4.93%, respectively. The mean nutrient content per 100 g of cereals was calories 365.8kcal, protein 13.3 g, fats 5.9 g, carbohydrates 63.4 g, Ca 91.8 mg, p 269.9 mg, Fe 3.15 mg, Na 76.2 g, K 421.8 mg, Zn 2.33 mg, Vit. A 12.5 R.E., Vit. B$_1$0.23 mg, Vit. $B_2$ 0.16 mg, Vit. $B_6$ 0.46 mg, Niacin 3.5 mg, Vit. C 1.36 mg, folic acid 62.3 $\mu$g and Vit. E 1.24 mg. When nutrients value of 48 g of cereals and 200 $m\ell$l of milk was compared to 1/3 of the RDA, the values were below than 60% of 1/3 of the RDA except Na, K, Vitamin $B_1$ and C contents. The average carbohydrate : protein : fat ratio of energy intake was 54.27 : 17.45 : 28.28, respectively. Therefore, a training program consisting of the education of the staff in surveillance and standard operating procedures, the elimination of dangerous procedures, sanitation checklist, the implementation of Preparation methods and standard recipes for cereals is required.

Keywords

References

  1. Athnasios AK, Kuhn G (1972): Improved thin layer chromatographic method for the isolation and estimation of sterigmatocystin in grains. J Asso Anal Chem 60: 104-106
  2. Choi JH (1998): A Secret of cereal meals, p.219, Life and dream, Seoul
  3. Choi YH, Kang MY, Nam SH (1998): Inhibitory effect of various cereal and bean extracts on carcinogenicity in vitro. Korean J Food Sci Technol 30(4): 964-969
  4. Choi YH, Na MY, Woo KW, Oh CS, Lee GRN (1999): Cooked portion size estimation from the photographic data, p.14. 193, The Korean Dietetic Association, Seoul samsung medical center, Seoul
  5. Chung CY, Choi EG (2000): Statistical analysis of SPSS win. Muyok management Co. Seoul
  6. Jung SY, Lee SR (1986): Changes in the cadmium and lead contents of rice and wheat flour during their cooking and processing. Korean J Food Sci Technol 18 (4): 264-269
  7. Kang HY, Lee YW, Chung DH, Kim JG, Pestka JJ (1989): Hygienic studies on some Korean cereals A study on the mycotoxin contamination-. J Korean Publ Hlth Asso 15(2): 83-90
  8. Kim MC, Shim KH, Ha YR (1978): On the contents of heavy metals in rice. Korean J Food Sci Technol 10(3): 299-305
  9. Kim MH, Chang MI, Chung SY, Sho YS, Hong MK (2000): Trace metal contents in cereals, pulses and potatoes and their safety evaluation. J Korean Soc Food Sci Nutr 29 (3): 364-368
  10. Koh CM, Lew J (1970): Studies on the classification and amylase producing activity of fungi isolated fromvarious local grains and fermented pastes. J Kor Soc Microbiol 5(1): 19-26
  11. Korea foods industry association, Law books of Foods, pp.269-654. 2000
  12. Lee CS, Lee KT (1998): Improvement of dispersibility of parched cereal powder by agglomeration treatment Korean J Food Sci Technol 30(2): 385-390
  13. Lee JS, Chung HJ (2001): A study of female college students breakfast behavior and ideal breakfast type. Korean J Dietary Culture 16(4): 378-387
  14. Lee SW (1992): Food and culture in ancient of east asia, pp.219, 402, Whangmoonsa, Seoul
  15. Lee YG (1930): New Cooking Recipes of Chosun Mussang, p.252, Youngchangsugwan, Seoul
  16. Lyu ES, Chang HJ (1995): Food sanitary practices of the employees in university and industry foodservices, Korean J Soc Food Sci 11(3): 274-281
  17. Mann GE, Codifer LP, Dollear FG (1967): Efect of heat on aflatoxin in oilseed meals. J Agr Food Chem 15: 106-112
  18. Park CK, Maeng YS (1992): Quality characyeristics of commercial breakfast cereals. Korean J Food Sci Technol 24 (3): 289-293
  19. Shannon GM, Sotwell OL (1976): Thin layer chromatographic determination of sterigmatocystin in cereal grains and soybeans. J Assoc Offic Anal Chal Chem 59: 963-965
  20. Shin KH, Chae KY, Yoo YJ (2002): A study on the breakfast habits of salaried people in Seoul. Korean J Soc Food Cookery Sci 18 (1): 119-128
  21. The Korean Nutrition Society (2000): Recommended dietary allowances for Koreans (7threvision)
  22. Yang JS, Lee SR, Rho CS (1979): Mercury and cadmium concentrations of brown rice produced in Korea. Korean J Food Sci Technol 11(3): 176-181
  23. Yeager DW, Cholak J, Henderson EW (1971): Detrmination of lead in biological and related material by atomic absorption spectrometry. Environ Sci techol 5: 1020-1022
  24. Woo JW (1995): The chemical composition of commercial composite flours of roast grain. Woosuk University Collection of Learned Papers 17: 451-462
  25. Woo JW, Choi SH (1996): A study on the nutrient composition and the frequency of the food used in the commercial power-type foods. Woosuk University Basic Science Research Center Collection of Learned Papers 1: 57-79
  26. Woo JW, Yoon GS (2000): A study on the consumer recognition and consumption of misitgaru (the traditional powder of roast grains). Korean J Dietary Culture 15(2): 101-110
  27. www.amam.co.kr
  28. www.sunsick.com