Flender/Flender Gear Units/Bevel-helical speed reduction gearbox B3
rom banana wastes, Dev. Ind. Microbiol. 2: 7 (. 1. Lopez-Baca, ., and . Gomez, Fermentation pattern of whole banana

waste liquor with four inocula, . Sci. Food Agr. 6(:8 (. 1. Banana in India. Production, Preservation and Processing, Central

Food Technological Re- search Institute, Mysore, India, 1. 2. Chellappa, ., and Srinivasan, Wealth from agricultural waste, Indian Chem. .

1(:2 (. 2. Anand, . ., and . . Maini, Utilisation of fruit and vegetable waste, Indian Food Packer 5(:4

(. 2. Kesterson, . ., and . . Braddock, By-products and speciality products, Florida Citrus Technical Bulletin, Agric. Expt. Station, University of Florida, 1, pp. 1. 2. Ranganna, ., . . Govindrajan, and ... Ramana, Citrus fruits II, varieties, chemistry, technology and quality evaluation. Part II. Chemistry, technology and quality evaluation. .Chemistry, CRC Crit. Rev. Food Sci. Nutr. 1:3 (. 2. La Fuente, . ., New prospects for utilizing by products from citrus juice manufacturing, Revista Agroqu. Technol. Alimentos 2(:1 (. 2. Park, . ., . . Avery, . . Byers, and . . Nelson, Identication of bioavonoids from citrus, Food Technol. 3(:9 (. 2. Wilson, . ., New Zealand grapefruit skin: Waste product or potential gold mine, Food Technol. . . 1(:7 (. 2. Robbins, . ., Medical and Nutritional aspects of citrus bioavonoids. In Citrus Nutrition and Quality (Steven Nagy and . . Attaway, eds.), ACS, Washington, .., 1, pp. 4. 8 Eipeson and Ramteke 2. Mathews-Roth, . ., Carotenoids and cancer prevention and experimental and epidemio- logical studies, Pure Appl. Chem. 5(:7 (. 2. Burton, . ., and . . Ingold, -Carotene: As unusual type of lipid antioxidant, Science 2:5 (. 3. Molnar, . and . Szabolcs, -citraurin epoxide, new carotenoid from Valencia orange peel, Phytochemistry 1:6 (. 3. Rosenberg ., . . Mannheim, and . . Kopelman, Carotenoid based food colourant ex- tracted from orange peel by -limonene-extraction process and use, Lebensm. Wiss.--Tech-nol. 1:2 (. 3. Yen