Potensi Pengembangan Industri dan Bioekonomi Berbasis Makanan Fermentasi Tradisional
Abstract
Consumption of traditionally-fermented foods is around 25% of the total human food consumption. Indonesia has several important traditionally-fermented foods such as tempe (fermented soybean), tape (fermented cassava or glutinous rice), etc. Those foods are in general produced in smallscale industries or in home industries, which appear somewhat dirty, unhygienic and not standardized concerning its processing and the end product. The fermentation process benefits the improvement of its value: to preserve, to increase the nutrition value, flavor and taste as well as to produce a new product. Microorganisms play an important part in the fermentation process. The microorganisms involved in the traditionally-fermented food are usually a multiculture with a predominant strain. The microorganisms perform metabolic reactions and yield profit such as: (i) save to be consumed, (ii) easy to digest, and (iii) improving its nutritional and nutraceutical value, which are all advantageous for health. In addition, several traditionally-fermented foods also contain active substances potentially used for health, for preventing as well as for healing some diseases. The development of advanced biotechnology is to be expected in promoting the traditionally fermented food in favour of the food industry.
References
2. Baroroh S dan Hanafiah TAR. Rural based food processing industry. Country Report of Indonesia, APO. Tokyo March 6-13, 2001.
3. Rolling WFM dan Budhi Prasetyo. A Research on the microbiology of traditional indonesian kecap production [thesis]. Amsterdam: Vrije Universiteit; 1995.
4. Steinkraus KH. Fermentation in the words food processing. Comprehensive review in food science and food safety. Vol 1. Cornell University: Institute of Food Technology; 2002.p.1-13.
5. Agranoff. Microbiological aspect of tempe. In The Complete Handbook of Tempe. Singapore: The American Soybean Association; 1999.
6. Hesseltine CW. Microorgasnisms involved in food fermentations in tropical Asia. International Symposium on Microbiological Aspects of Food Storage, Processing and Fermentation in Tropical Asia. Bogor: Food Technology Development Center Bogor Agricultural University; 1984.
7. Fleet G. Microbial ecology in the design, development and safety of fermented foods and beverages. Sydney: The University of New South Wales; 2004.
8. Bisping B, Baumann U, Keuth S, Denter J, Wiesel I, Rehm HJ. Tempe fermentation: formation of protease, and vitamins, and some ecological aspects. Tempe Workshop, BPPT. Jakarta 15-16 Februari, 1993.
9. Pawiroharsono S. Peningkatan vitamin B 12 dalam fermentasi tempe dan pengaruh proses pengolahannya. National Food Seminar '98. LKT - LIPI, Bandung 19-21 Oktober, 1998.
10. Snyder HE dan Kwon TW. Soybean utilization. New York: Van Nostrand Rheinhold Company;
1987.p.236-8.
11. Yuan R. The fermentation of soy sauce: a traditional approach or high-tech process. The Diversity Notebook, Chiba September, 1999.
12. Steinkraus KH. Handbook of indigenous fermented foods. New York: Marcell Dekker Inc; 1983.
13. Awasthi P and Pareek K. Organoleptic quality evaluation of defatted soyflour fortified some traditional fermented product. Proceeding The Third International Soybean Proceeding and Utilization Conference, Tsukuba October 15 – 20, 2000.
14. Djien KS. Some aspects concerning the microbiological safety of traditional fermented foods in tropical Asia. International Symposium on Microbiological Aspects of Food Storage, Processing and Fermentation in Tropical Asia, Bogor 1979.p.205–20.
15. Suryono. Dadih: produk susu olahan susu fermentasi tradisional yang berpotensi sebagai pangan probiotik. Tugas Mata Kuliah Pengantar Falsafah Sains, Program Pasca Sarjana S-3. Bogor: Institut Pertanian Bogor; 2003.
16. Pawiroharsono S. Bioproses dan pengembangan industri makanan tradisional. Majalah Insinyur Indonesia. 1996. 18:044.
17. Pawiroharsono S. Indonesian traditional-fermented food and its prospect for advanced industries. Presentasi Ilmiah Universitas Hamburg, Hamburg 5 Mei, 2006.
18. Ishikawa F. Biotechnology industry in Japan: current state and trends. Tokyo: JBA; 2000.
19. Pawiroharsono S. Potensi bioindustri di Indonesia dan perspektif pengembangan bioekonomi abad 21. Orasi Ilmiah Ahli Peneliti Utama, Badan Pengkajian dan Penerapan Teknologi, Jakarta 29 Mei, 2001.
20. Rhein Biotech NV. Annual Report Rhein Biotech N.V.; 1999.
21. Candida and Probiotic Website. Candida and probiotics: summary of probiotic strains. 2002. p.1-4.
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