a physiological solution is a solution that contains salts and other constituents in concentrations similar to physiological media.
e.g. Ringer's solution, Tyrod's solution, buffered saline.
Krebs Ringer bicarbonate solution is used for muscle incubation because it closely mimics the physiological conditions found in the body. It provides the necessary ions, nutrients, and pH levels to maintain muscle integrity and function during incubation experiments. Additionally, the bicarbonate helps buffer the solution and maintain stable pH levels for optimal muscle performance.
No specific pH
It is entriely possible to use physiology in a sentence. I just have!
Physiological antagonists are substances that have opposing effects on effector organs but do not directly inhibit each other's action. They work by different mechanisms to achieve opposite physiological effects, such as regulating blood pressure or heart rate. This allows for fine-tuning of responses to maintain homeostasis in the body.
Physiological needs are those that must be met for a person to survive. These include food, clothing, and shelter. Activities to procure these things are examples of physiological activities.
There are Two types of physiological solutions: primeiry and secondary BY Rana
Normal saline solution (9 g/L)
No it has to be prescribed by your gp
Physiological salt solution is 0.9 %(g/l-%) sodium chloride (Na Cl).(0.9 % is the concentration that is usually used. It's 0.877 % in hospitals(?).It's easier to count the water in grams, though 0,9% is of grams per litres. There's many types of concentrations and it's a bit messy, but here it doesn't matter because 100 ml water is 100 grams)So when 0.9 % * 100 % = 0.009, you multiply it with the water's weight (or volume and change litres into grams - you need to measure sodium chloride in grams.For 1 dl of physiological salt solution: 0.009 * 100 g = 0.9 g saltFor 0,5 litres of physiological salt solution: 0.009 * 500 g = 4.5 g saltIn scales, for example 0.9 g = 900 mg.(Actually the 0.9 % should be taken from the final product, like this:0,009 * 1 + x = x0,991 x = 0,009x ≈ 0,009082But it doesn't matter because the 0,9 % is also an approximation and relevant.)Also known as: normal saline, isotonic sodium chloride solution; normal salt solution; physiological saline; physiological salt solution; physiological sodium chloride solution; sodium chloride solution.
0.9% NaCl solution (normal saline, physiological saline) is used to give intravenous fluids to the patients suffering from salt and water deprivation. It can be used to wash the wounds etc.
Ringer's lactate solution typically has a pH of about 6.6 to 7.6, which falls within the physiological range for compatibility with the body's cells and tissues.
Krebs Ringer bicarbonate solution is used for muscle incubation because it closely mimics the physiological conditions found in the body. It provides the necessary ions, nutrients, and pH levels to maintain muscle integrity and function during incubation experiments. Additionally, the bicarbonate helps buffer the solution and maintain stable pH levels for optimal muscle performance.
One commonly used isotonic solution in the lab is called 0.9% sodium chloride solution, which is also known as normal saline. It has the same osmolarity as human blood and is often used to mimic physiological conditions in experiments.
No specific pH
physiological shunt.
physiological hunger
A physiological saline is a solution of salts and sugars intended to act as a medium for growing or maintaining live tissue. The solution mimics the salt concentrations of the tissues' natural environment, while providing some buffering to maintain the pH of the solution. Since different tissues from different species are subject to varying internal environments, a large number of physiological salines have been developed over the last century. For example, the original Ringer's solution was developed to mimic amphibian blood, Hank's solution was intended for human tissue, Cortland's saline was designed for the tissue of freshwater fishes, and phosphate-buffered saline is commonly used as a divalent-free saline that is isotonic with human blood. While the composition of every solution is unique, physiological salines developed for vertebrates (such as those mentioned above) have much in common. Such salines are predominately sodium chloride with a concentration of about 0.9% (or 9.0g/L). In lesser concentrations, they often include: sodium monobasic phosphate, sodium dibasic phosphate, sodium bicarbonate, potassium chloride, calcium chloride, magnessium chloride, magnessium sulfate, and glucose.