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∙ 9y agoIn medicine, specific gravity is used to measure the function of kidneys. Decreased specific gravity means that there is a lower concentration of solutes in urine, which may indicate decreased kidney function or renal failure.
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∙ 9y agoSpecific gravity is determined by the solutes in the urine - the less solutes, the lower the specific gravity. In normal urine, the solutes are ions such as ammonium.
1ml of urine typically has a slightly higher specific gravity than 1ml of distilled water due to the presence of dissolved solutes like urea, electrolytes, and other waste products. This makes urine denser than water and gives it a higher specific gravity.
No, the specific gravity of urine should not fall below 1.000 because this would indicate that the urine is less dense than water. Typically, healthy urine has a specific gravity range of 1.002 to 1.030 due to the dissolved solutes present in it.
100ml of urine has a greater specific gravity than 100ml of water. This is because urine contains dissolved solutes like salts, minerals, and waste products, which increase its density compared to pure water.
Tums, which contains calcium carbonate, can increase the pH of urine but typically does not significantly impact specific gravity. Specific gravity is a measure of the concentration of solutes in urine, while pH measures the acidity. Drinking more fluids and certain medical conditions, like dehydration or kidney problems, are more likely to impact specific gravity levels in urine.
Specific gravity is a measure of the concentration of solutes in urine compared to water. It provides information about the kidney's ability to concentrate or dilute urine, which can indicate hydration status, kidney function, and certain medical conditions. A normal range for specific gravity is 1.005 to 1.030.
A specific gravity of 1.035 in urine means that the urine is more concentrated than usual, indicating possible dehydration or certain medical conditions. It suggests that there is a high amount of solutes dissolved in the urine compared to water. Further evaluation may be needed to determine the cause of this high specific gravity.
Changes in the color of a patient's urine can indicate changes in hydration levels, diet, or the presence of certain medical conditions. However, changes in color alone do not necessarily provide information about changes in specific gravity, which is a measure of urine concentration. Specific gravity depends on the amount of solutes in urine, not just its color.
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A fever tends to increase the specific gravity of urine. This is because dehydration commonly occurs during a fever as the body loses more fluid through sweating and increased respiration, leading to a higher concentration of solutes in the urine and a higher specific gravity.
Urine concentration can be measured using a urine specific gravity test or a urine osmolality test. These tests help to assess the amount of solutes in the urine, which reflects the kidneys' ability to concentrate urine. High concentration levels may indicate dehydration, while low levels may suggest overhydration or kidney issues.
Refrigeration can potentially cause a decrease in urine specific gravity due to the effects of low temperatures on dissolved solutes in the urine, which can lead to crystallization or precipitation. On the other hand, refrigeration can also cause an increase in urine specific gravity if there is evaporation of water, concentrating the urine. Overall, the impact of refrigeration on urine specific gravity may vary depending on the specific composition of the urine and the conditions of refrigeration.