Blood Purification
Dialysis is a technique used to remove impurities from the bloodstream when the kidneys are no longer able to function properly. This process involves filtering the blood through a machine that performs the function of the kidneys, such as removing waste products and excess fluids from the body.
used for removing of impurities because after converting of ac in to dc with the help of rectifier therefor we are use filter.
Urinary
An abluent is a detergent used for washing away, or for removing impurities.
By removing its "hardness," the calciates and other impurities that are in water.
Not much effect you see. Only some metals are removed from the bloodstream.
The right lower lobe of the lung is responsible for aiding in the process of gas exchange by allowing oxygen to enter the bloodstream while removing carbon dioxide. It also helps to maintain proper lung function and overall respiratory health.
Adding Na2CO3 (sodium carbonate) during the purification of NaCl helps to remove impurities, particularly those that are soluble in water, such as certain metal ions. The carbonate ions can react with these impurities to form insoluble precipitates, which can then be separated from the NaCl solution. This process enhances the overall purity of the sodium chloride by selectively removing unwanted contaminants.
A carbon air filter and a charcoal air filter are similar in that they both use activated carbon to trap impurities in the air. However, a carbon air filter typically has a higher density of carbon particles, making it more effective at removing impurities such as odors, chemicals, and gases. In comparison, a charcoal air filter may be less dense and therefore less effective at trapping impurities. Overall, a carbon air filter is generally more effective in removing impurities from the air.
Dialysis.
Fractional crystallization separates a mixture by slowly cooling it and allowing individual components to crystallize at different temperatures. As each component crystallizes, it becomes more pure, effectively removing impurities. By repeating the process multiple times, the desired substance can be isolated in a purer form.
Good blood supply enhances the function of villi in the small intestine by facilitating the efficient absorption of nutrients from digested food. The rich network of capillaries within the villi allows for quick transport of absorbed nutrients, such as amino acids and glucose, into the bloodstream. This ensures that essential nutrients are promptly delivered to cells throughout the body, supporting overall health and metabolism. Additionally, the blood supply helps maintain the villi's structure and function by providing necessary oxygen and removing waste products.