Science of Lentils

 

Protein, carbohydrate, fiber, vitamins, and minerals are all abundant in lentils. They are essential to human diet because they reduce the need for meat by providing an alternative to animal proteins.  Lentil seeds are rich in iron, calcium, phosphorus, magnesium, vitamin A, and vitamin B, and they also include 1-2% fat, 24-32% proteins, and 59% carbs. 

Legumes with a high average protein content and fast cooking times are the most desired legumes in many areas. There are various ways to prepare lentils: soaking, boiling, fermenting, frying, sprouting/germination, and dry-heat techniques. It can also be used medicinally and for processed lentils and lentil snacks. Because lentil straw has very little cellulose, it is also a highly appreciated animal feed. Conversely, the vegetative components of lentils can be utilized as green manure. 

Fermentation: The amount of lactic acid will increase as the batter continues to ferment.

Tip: Putting tea bag into the pressure cooker will neutralize all the unused baking soda, which has nasty, bitter and soapy aftertaste. Tea is acid and baking soda is basic, acid and bases react and neutralize each other.

Hardest legumes can be cooked to perfect softness if you add pinch of baking soda to the pressure cooker, as baking soda breaks down pectin, the hard substance that holds the plants cell wall together and accelerates the cooking of chickpeas.

Adding teaspoon of oil in the pressure cooker will significantly reduce foaming when cooking legumes. 

Effect of lentil consumption on human health:  

Lentils are a good source of prebiotics, which act as a substrate for good bacteria like Firmicutes and Bacteroidetes (whose ratio is a key indicator of intestinal disturbances) that are found in the human intestine. This means that eating lentils helps prevent a number of diseases, including diabetes, cancer, obesity, Parkinson's, Alzheimer's, and cardiovascular diseases.

Legumes (lentils) are also a rich source of proteins, of which globulin accounts for 47% of the total seed, and a significant quantity of albumin. As a result, a diet high in protein that is centered on legumes is a practical and sustainable way to replace animal proteins, which are more costly and have more negative environmental effects, and to help reduce malnutrition in underdeveloped nations.

In addition to having far more minerals, lentils are a good source of plant-based protein because they include harder-to-digest carbs like stachyose and raffinose.

The bacteria in our stomachs eat these more difficult-to-digest carbohydrates, metabolize them, and produce gas—a discomfort that is all too familiar and that occasionally produces wind.

References:  Cokkizgin, Alihan. (2013). Lentil: Origin, Cultivation Techniques, Utilization and Advances in Transformation. Agricultural Science.                      Montejano-Ramírez, V.; Valencia-Cantero, E. The Importance of Lentils: An Overview. Agriculture                          2024.  

               Masala Lab (2020)