Why Do Samples Hemolyze at Derek Moffitt blog

Why Do Samples Hemolyze. Sample hemolysis leads to unreliable laboratory results, delayed diagnosis and patients suffering avoidable discomfort. The blood sample is shaken. Just the simple act of vigorously shaking the blood sample is enough to cause the destruction of the red blood cells that it contains. The destruction of red blood cells typically frees up space for new, healthy red blood cells. Derived from the word “hemo”, meaning blood, and “lysis”, meaning destruction of cells, hemolysis is the most common reason for a rejected blood sample. Hemolysis has been reported to be the number one cause of rejected chemistry specimens. Several potential influences on sample hemolysis have been investigated, including sampling techniques, centrifugation. In fact, six times more specimens are rejected. Hemolysis, the rupture of red blood cells, poses a significant risk to sample integrity, potentially leading to skewed lab results and jeopardizing.

Interference of hemolysis on the postmortem biochemical analysis of IgE
from www.researchgate.net

Hemolysis has been reported to be the number one cause of rejected chemistry specimens. Several potential influences on sample hemolysis have been investigated, including sampling techniques, centrifugation. Derived from the word “hemo”, meaning blood, and “lysis”, meaning destruction of cells, hemolysis is the most common reason for a rejected blood sample. The blood sample is shaken. Sample hemolysis leads to unreliable laboratory results, delayed diagnosis and patients suffering avoidable discomfort. Just the simple act of vigorously shaking the blood sample is enough to cause the destruction of the red blood cells that it contains. Hemolysis, the rupture of red blood cells, poses a significant risk to sample integrity, potentially leading to skewed lab results and jeopardizing. In fact, six times more specimens are rejected. The destruction of red blood cells typically frees up space for new, healthy red blood cells.

Interference of hemolysis on the postmortem biochemical analysis of IgE

Why Do Samples Hemolyze Several potential influences on sample hemolysis have been investigated, including sampling techniques, centrifugation. Derived from the word “hemo”, meaning blood, and “lysis”, meaning destruction of cells, hemolysis is the most common reason for a rejected blood sample. In fact, six times more specimens are rejected. Several potential influences on sample hemolysis have been investigated, including sampling techniques, centrifugation. Hemolysis has been reported to be the number one cause of rejected chemistry specimens. The blood sample is shaken. The destruction of red blood cells typically frees up space for new, healthy red blood cells. Just the simple act of vigorously shaking the blood sample is enough to cause the destruction of the red blood cells that it contains. Sample hemolysis leads to unreliable laboratory results, delayed diagnosis and patients suffering avoidable discomfort. Hemolysis, the rupture of red blood cells, poses a significant risk to sample integrity, potentially leading to skewed lab results and jeopardizing.

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