Preparation Techniques and Nutritive Value of Fermented Foods From the Khasi Tribes of Meghalaya
Dipika Agrahar‐Murugkar, G. Subbulakshmi
Ecology of Food and Nutrition
Abstract
Fermented products form an intrinsic part of the diet of the tribal peoples in northeastern India. This study describes the preparation methods and the nutritive value of fermented soybean (tungrymbai), bamboo (lungsiej), and fish (tungtap) consumed by the Khasi tribes from Meghalaya in northeastern India. Results of the analysis are reported on a dry matter basis. Analysis showed that tungtap was a good source of protein (40.6 g/100g), calcium (5040 mg/100g), phosphorus (1930 mg/100 g), sodium (6.26 mg/100g), and potassium (53.18 mg/100g). Tungrymbai contained high amounts of protein (45.9 g/100g), fat (30.2 g/100g), fiber (12.8 g/100g), carotene (212.7 μg/100g), and folic acid (200 μg/100g). Lungsiej was found to be of better nutritive value than its unfermented counterpart in terms of protein (8.5 g/100g) and iron (1 mg/100g on a fresh weight basis). Fermented foods are typical of the region and exhibit unique flavors and textures that may not be palatable to everyone. It is well established that the process of fermentation enhances the nutritional quality of any product by increasing amounts of vitamins and protein solubility, and by improving amino acid patterns and the same is true with these products studied.
Extracted Claims
4 claims extracted from this paper into the knowledge graph
tungtap contained protein, calcium, phosphorus, sodium, potassium
“Analysis showed that tungtap was a good source of protein (40.6 g/100g), calcium (5040 mg/100g), phosphorus (1930 mg/100 g), sodium (6.26 mg/100g), and potassium (53.18 mg/100g)”
fermentation enhanced nutritional quality
“It is well established that the process of fermentation enhances the nutritional quality of any product by increasing amounts of vitamins and protein solubility, and by improving amino acid patterns a...”
lungsiej contained protein, iron
“Lungsiej was found to be of better nutritive value than its unfermented counterpart in terms of protein (8.5 g/100g) and iron (1 mg/100g on a fresh weight basis)”