13B Distribution and constiuents of fluids P3 M2

Discussion: Cells need waterthis cell was hypertonic, meaning the solution had more solute; these cells were hypotonic, meaning the solutions had less solute; these cells were isotonic, meaning the solution had equal solute.

3. The six major minerals are calcium, phosphorus, magnesium, sodium, potassium, and chlorine. The rest are trace minerals, which are not less important, but you just need them in less amounts.

Water will move out of the cell. The high water potential means there is little solute in the cell and more in the outside environment. In order to balance these concentrations, water moves out of the cell and creates equilibrium with the environment.

The human body consists mostly of water, and is a major constituent to the human body and vital organs; of this 90% include blood plasma, lymph, urine, saliva, digestive juices, bile, cerebrospinal fluid and tissue fluid. Water enables substances to be transported throughout the body, red blood cells for example, as wells as supplying the medium required for metabolic reaction to take place (respiration). Without water the progression of these fluids would not be possible. Water is constantly being transported between the fluid compartments of

Osmosis is the passive movement of water from an area of low solute concentration to an area of high solute concentration, normally across a membrane which prevents the movement of solvent. This is a process by which materials may move into, out of, or within cells. Osmosis doesn’t depend on energy provided by living organisms but is affected by the properties of the cell membrane. The rate of osmosis is dependent on such factors as temperature, pressure, molecular properties such as size and mass, and the concentration gradient. In osmosis, the relationship between a solute’s concentration outside of cell and inside of a cell is described in terms of the tonicity of the solution outside of the cell. A cell is in a hypotonic solution when the solute is more concentrated inside the cell and therefore water moves into the cell. In this solution the cell swells as water enters, this may continue until it ruptures or hemolyzes. In the reverse condition, the cell is in a hypertonic solution

include Calcium and Phosphate both can only be useful to bones when the needed amount of Vitamin D is present in the body to absorb it. The elements create strong bones and protect against disorders such as osteomalacia, which is the softening of bones. This vitamin is also needed for your immune system to function properly, since it helps combat infections and viruses. The immune system is not the only system in your body affected by Vitamin D, in fact almost everything you do is aided by Vitamin D, the respiratory system is just another example. The reason we can breathe easily is because our body has the recommended amount of Vitamin D to ensure healthy

In spite of this, a deficiency in this mineral may be the basis of more diseases than any other nutrient. Magnesium is the most critical mineral required for the electrical stability of every single cell in our bodies. Are you beginning to grasp the importance of this mineral?

Electrolytes regulates our nerve and muscle function, including our body's hydration, blood pH, blood pressure, and the rebuilding of any damaged tissue. Multiple mechanisms [ rigid bodies hooked up by joints in order to accomplish a inclination force and/or motion transmission]. The continuance in our body that keep the consolidation of different electrolytes under rigorous restriction. Our muscles and neurons are recognized as electric tissues of the body. They are enterprises by electrolyte activity between extracellular fluid or interstitial fluid, and intracellular fluid (fluid inside, outside or between cell.

Firstly, we need to understand exactly what an electrolyte is. The scientific definition of an electrolyte is that it is a chemical compound that conducts electricity by changing into ions when melted or dissolved into a solution. That might seem kind of complicated, but just thinking of elemental compounds such as

* Magnesium is required for energy creation, appropriate development and support of bones, appropriate capability of nerves and muscles, preventing blood clusters. It is also required for appropriate capabilities of our immune system. Furthermore, researches showed that being insufficient in magnesium hastens the aging process.

In osmosis, the flow of the water from or to a cell depends on whether the cell is immersed in a solution that is isotonic, hypotonic, or hypertonic to the solution. If the cell is isotonic to a solution, this means that the solute concentration of a cell and its environment is the same and therefore there will be no movement of water. If the solute concentration is lower than that of the cell, then water will flow into the cell, causing it to expand. If the solute concentration is lower than that of the cell then water will flow out of the cell, causing it to shrink.

Magnesium is another mineral profoundly found in human body. It seems an average person’s body contains 25 grams of magnesium collectively in the bones and in the bloodstream. Magnesium acts as a catalyst in performing an array of biological and physiological functions in our body. Some of the important functions include

Hydration with water and other water-based liquids is critical for survival and functioning of the body’s organs. Water is 60% of the total human body composition. Water is involved in the

Will water move in or out of a plant cell if te cell has a higher water potential than the surrounding environment

Manganese is one of sixteen known minerals that are essential within the human diet (wardlaw). Minerals, such as manganese, are considered essential to the diet of humans if their absence results in physiological or structural abnormalities and their presence prevents disease/illness (wardlaw). The body utilizes manganese primarily in energy metabolism and within the antioxidant systems (wardlaw). Manganese is found primarily in parts of the body such as the liver, pancreas, kidneys and bones (Ehrlich).