![]() |
![]() |
![]() |
![]() |
![]() |
|
![]() |
![]() |
![]() |
![]() |
|
![]() |
![]() |
![]() |
![]() |
![]() |
MineralsMinerals are inorganic elements and come from soil and water. Different plants and animals absorb mineral from plants and animals. Our body needs different inorganic minerals to function and sustain life. To fulfill the mineral demands of our body, we make plants or animals or both, a part of our diet. Our body need larger amount of calcium for growth, function and development. Our body also needs other minerals like chromium, copper, iodine, iron, selenium and zinc are needed in less quantity. Sometime these minerals also referred as trace minerals.
CalciumCalcium is important especially in the childhood and teenage years. It is bone and teeth building mineral. It is very to have enough calcium in childhood days so that it fights against calcium loss later in life. Weak bones are prone to a disease called osteoporesis, which cause bones to become brittle and break easily. Many postmenopausal women are prone to this condition. About 99% of our total of our total body calcium is stored in different bones and remaining 1% is found throughout the body in muscle, fluid cell and blood. Calcium is required for muscle contraction, blood vessel contraction and expansion, secretion of hormones and different enzymes and sending messages through the nervous system. In 1997, the National Academy of Science set the Upper Limit (UL) of calcium intake as 2500 mg per day. Excess calcium can cause kidney stones. High blood calcium can minimize the concentration of other minerals in blood like iron, zinc, and / or magnesium etc. The adverse conditions related with high calcium intake are hypercalcemia (high concentration of calcium in blood), kidney problems and other problems associated with low concentration of minerals. Recommended Intake of Calcium:
IronIron is one of the most abundant element / mineral in the earths’ crust. It is necessary for all life forms. Iron is an important part of many proteins and enzymes. It helps Red Blood Cells (RBCs’) to carry oxygen to all parts of the body. Recommended Intake of Iron:
[TOP]MagnesiumMagnesium is found abundantly in the body, it is necessary for good health and sustains life. Our bones hold about 50% of the total magnesium content. Remaining 50% is found inside the cells of body tissues and organs. About 1% of magnesium is contained in blood but the body works too hard to hold the magnesium in blood. A deficiency of magnesium in the body results in the loss of appetite, nausea, vomiting, fatigue and weakness. A slightly high deficiency of magnesium can result in numbness, tingling, muscle contraction and cramps, seizures, personality changes, heart problems and coronary spasms. Sever magnesium deficiency can result in hypocalcemia i.e. low levels of calcium in the blood. Recommended Intake of Magnesium:
PhosphorusPhosphorus is contained in every cell membrane of the body. Phosphorus makes our bones and teeth healthy. Recommended Intake of Phosphorus:
PotassiumPotassium supports our muscular and nervous system. Potassium also helps in water preservation in blood and tissues. Recommended Intake of Potassium:
ZincZinc is a vital mineral for the growth and development of our body. Zinc also plays key role in DNA synthesis, sexual development, and in maintenance of a strong immune system. Zinc also maintain our monitor our smell and taste sense. Some of the sources of Zinc are poultry, red meat, oysters, seafoods, nuts, dried beans, soy foods, milk and dairy products, whole grains and fortified breakfast cereals. Recommended Intake of Zinc:
Trace MineralsThe following minerals are required in trace amounts in the body. ChromiumChromium is a mineral that requires in trace amounts (very less quantity).
Chromium 3 augments the action of insulin. Insulin is a hormone, its significance in the metabolism and storage of carbohydrates, fat, and protein in the body. SeleniumSelenium is a trace mineral that our body requires in very less quantity, though necessary. Selenium integrates with proteins and makes selenoproteins, the anti-oxidizing enzymes. Selenoproteins prevents the damage to cells from free radicals. Some selenoproteins help in thyroid functioning and plays vital role in immune system. Some of the known sources of selenium are vegetables, meats, and seafoods. The presence of selenium in food depends on the fact that either the soil where plants grown or animals fed contains selenium or not. |
MORE
|