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Sure! it's like so awesome to see your blood cells especially the red ones!
to get the sediment for observation whether the urine got bacteria, blood ( red blood cell or white blood cell ), epithelium cell. and also to observed kind of crystal.
Sediment in the urine is completely normal in low levels. However, sediment in higher levels can be caused by bladder stones, liver disease and diabetes.
The biological procedures are blood test, urine test, biopsy-tissue samples, DNA test, swab test, stool test.
Oval fat bodies are visible in urine. Oval fat bodies are usually renal proximal tubular cells with lipid in the cytoplasm. Oval fat bodies are usually a sign of nephrotic syndrome. They can be identified under microscope by their characteristic 'maltese cross' appearance.
Crystals.
true
Amorphous sediment in urine are things like crystal phosphates, uric acid stones or calcium stones that are found in the urine. Certain amorphous sediment found in urine is normal. The cause of amorphous sediment depends on the type of sediment. For instance, uric acid stones can be caused from not drinking enough liquids.
Sediment in the urine is caused by skin cells and debris from the urinary system.
Using a standardized Urinalysis System
neutrophils
When the urine contains extremely high amounts of cystine, yellow-brown hexagonal crystals are visible when a sample is examined under the microscope.
When the urine contains extremely high amounts of cystine, yellow-brown hexagonal crystals are visible when a sample is examined under the microscope.
To do a urinalysis, a dipstick in dipped in the urine to test for certain chemicals--protein, sugar, ketones, etc. Then a sample of the urine is spun in a centrifuge for a few minutes and the sediment at the bottom of the test tube is looked at under a microscope. The whole process takes only a few minutes. However, if the urine is sent for a culture because infection is suspected, results will not be available for 1-3 days because it takes time to grow and identify any bacteria found.
the answer is... Yes eg if you took a sample of amphibian urine and a sample of reptile urine and put it under a microscope you would see that the cells change and the black dots in the amphibians urine sample are lighter than the reptiles
a chemical urinalysis consists of certain things in the urine(such as glucose, pH, protein...) Under the microscope there are many different things that are found (hair, towel lint, underwear strings)
Normally human urine does not have any cells in it. When examining the urine under the microscope, the technician will determine if it has 1+, 2+, or 3+ number of cells present. It does not represent a specific number, just that there are a lot of cells in the sample.