Lipemic plasma is a type of blood plasma that appears milky or cloudy due to a high concentration of lipids, such as triglycerides and cholesterol. This condition often occurs after a meal rich in fats or can result from certain metabolic disorders. Lipemia can interfere with laboratory tests, leading to inaccurate results, and may indicate underlying health issues such as pancreatitis or Diabetes. It's important for healthcare providers to recognize and manage lipemic plasma appropriately.
Lipemic blood serum refers to a condition where the serum is milky white from its high fat content. Lipemic blood serum refers to a condition where the serum is milky white from its high fat content.
"Moderately lipemic" refers to a condition where there is an elevated level of lipids (fats) in the blood, resulting in a cloudy or milky appearance of the serum or plasma. This condition can be caused by factors such as high-fat meals, metabolic disorders, or certain health conditions. It is often assessed during blood tests and may require further investigation to determine the underlying cause and potential health implications.
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The cloudier your plasma is, the more platelets it has.I have not found any reference to the amount of platelets and plasma turbidity. Please see next answer..."Turbid, cloudy or milky serum (lipemic serum) may be produced by the presence of fatty substances (lipids) in the blood. Bacterial contamination may also cause cloudy serum. Moderately or grossly lipemic specimens may alter certain test results.A recent meal may produce transient lipemia; therefore, we recommend that patients fast 12-16 hours before a blood specimen is obtained."
Having a "slightly lipemic" condition refers to the presence of a mild amount of fat or lipids in the blood, which can cause a cloudy or turbid appearance in serum or plasma samples. This can occur due to various factors, such as recent high-fat meals, metabolic disorders, or certain medical conditions. While it may not indicate a serious health issue on its own, it can interfere with laboratory test results and may warrant further investigation if persistent.
Yes, blood glucose levels can be falsely increased in lipemic serum due to interference in some laboratory methods used to measure glucose levels. Lipemic serum contains high levels of triglycerides or fats, which can affect the accuracy of glucose measurements by some glucose assays. This interference can result in erroneously elevated glucose readings.
Do you mean severe? Severe lipemia is the harsh presence of excess fats or lipids in the blood.
Slightly lipemic refers to the presence of a slight increase in lipids, particularly triglycerides, in the blood, which can cause the serum to appear cloudy or milky. This condition may result from dietary factors, such as recent high-fat meals, or underlying health issues like metabolic disorders. While slightly lipemic samples can affect laboratory test results, it is generally not a cause for immediate concern unless associated with other health problems. Monitoring and addressing the underlying cause may be necessary to prevent more significant lipid abnormalities.
A lipemic specimen contains excess lipids, which can interfere with protein measurements by causing turbidity in the sample. This turbidity can scatter light during photometric analysis, leading to an overestimation of total protein values. It is important to properly handle and centrifuge specimens to remove excess lipids before testing to obtain accurate results.
Saline replacement should only be used if all other measures have failed. If you have a lipemic sample, plasma HGB should be used to correct the HGB, MCHC, and MCH. If you hae a cold agglutinin, then the sample should be warmed and re-run. If the cold agglutinin will not warm out, then saline replacement should be considered.
Plasma Plasma Plasma Plasma
A lipemic sample can interfere with the measurement of serum electrolytes by causing a falsely elevated potassium level due to the turbidity of the sample. Lipemia can also interfere with the accurate measurement of sodium, chloride, and bicarbonate levels in the serum. It is important to properly clear the sample of lipids before analyzing electrolytes to ensure accurate results.