Alfalfa Leaf belongs to the Fabaceae pea family and is a flowering plant grown as a forage crop. This is a perennial of the cool season that exists from three to twelve years. The survival of Alfalfa depends on the climate and variety. This is grown widely as forage for cattle and is also harvested as hay. These can also be made into grazed, silage or can be fed. It is the crop that is less used as pasture and is widely used as hay crops enjoying highest feeding value. If the crop is well adapted, it yields well. Alfalfa is the important legume employed in agriculture and the United States is the biggest producer. The other areas are Argentina, South Africa, Australia and Middle East. In Tamil Nadu, Coimbatore district this is grown well. The basic use of Alfalfa is dairy cattle feed and is given as it is high in proteins and has digestible fiber. This is also given to horses, beef cattle, goats and sheep. The alfalfa sprouts are eaten by humans in sandwiches and salads. It is available commercially in various forms such as powders, tablets and tea.

Boron is a trace element required by our body for proper metabolism of calcium, magnesium, and phosphorus. It has many medicinal uses and helps in preventing arthritis, reduces the severity of rheumatoid arthritis, reduces congestive heart failure, decreases the severity of fungal infections and helps in the production of estrogen. It is also useful for body building, in cancer therapy, improves brain function, helps in bone building, helps in preventing blood clots, used in cancer therapy, ensures proper embryonic development, lowers plasma lipid levels, prevents post menopausal osteoporosis, helps in preventing blood clots, helps to maintain proper cell membrane function and it serves as enzyme inhibitors.

Calcium, is a supple gray alkaline earth metal, which is the fifth most abundant element by mass in the Earth's crust. Calcium is also at the fifth most profuse dissolved ion in seawater by both molarities and mass. Calcium is a significant nutrient that we require in our bodies. It has many imperative functions. It helps getting strong teeth and bones and is involved in muscle contractions and blood clotting, The calcium is mainly stored in our teeth and bones. Low calcium level may lead to the bone fractures and in some cases porous bones or osteoporosis, generally in old age. The intake of calcium can drop down the high blood pressure, maintain your heart functions, avert gum disease, prevent colon and rectum cancer, and help blood to clot.

Magnesium is a mineral that may be found inside most of the cells in the body tissues and organs. It is important in the absorption of calcium and aids in the formation and development of bones and teeth. Magnesium deficient individuals have an increased risk of acquiring osteoporosis; they also have problematic menstrual cycle such as premenstrual syndrome, irregular cycle and dysmenorrhoea. Magnesium helps in maintaining the cardiovascular health and decreases the risk of heart problems. It also prevents gallstones from forming. Magnesium is useful in the treatment of high blood pressure. It is also helpful in treating erectile dysfunction and prostate problems.

Potassium is an electrolyte, a substance that maintains the fluid levels in the body. It is helpful in regulating blood pressure and heart function. Intake of potassium can benefit people suffering from hypertension. Research has found that a potassium supplement intake decreased incidence of stroke by 60 percent. It neutralizes acids and restores alkaline salts to bloodstream.  It acts along with sodium cells to maintain or restore membrane potentials. Potassium is also vital for nerve functioning and cardiovascular, and regulates nutrients’ transfer into cells and adds to muscle energy. It also helps recuperative powers, besides regulating water balance. Potassium is beneficial for eliminating wastes. It is helpful in controlling headaches and convulsions, and quickens healing of cuts, bruises and other injuries.

Vitamin D3 or cholecalciferol is a secosteroid and is structurally similar to steroids, such as testosterone and cholesterol. Depending upon its biochemistry and physiology, it has both inactive ( unhydroxylated cholecalciferol ) and active ( hydroxylated cholecalciferol at 1 and 25 position)forms in the body. The active form is actually a hormone and thus has profound effects on the body. It maintains the proper functioning of several body organs but its major function is to increase the blood calcium and phosphorus level by promoting their absorption from the intestines and then later to promote the reabsorption of calcium form the glomerular filtrate in the kidneys. In this way it has profound effects on the health of the bones by not only supporting the remodeling process but also proper bone mineralization.