Question 47

Hemolysis could result from squeezing a patient's puncture site firmly during a capillary procedure.

Squeezing the puncture site can cause hemolysis, which is the destruction of red blood cells. This occurs because excessive pressure can lead to the rupture of these cells, releasing hemoglobin into the surrounding fluid.

A) Hemostasis

Hemostasis refers to the process that prevents and stops bleeding, ensuring that blood remains within a damaged blood vessel. In this context, squeezing the puncture site would not lead to hemostasis; rather, it could disrupt the coagulation process, making this option incorrect.

B) Hemolysis

Hemolysis is the correct answer because applying firm pressure to the puncture site can cause the red blood cells to break apart. This results in the release of hemoglobin into the plasma, which is a direct consequence of the mechanical trauma inflicted during the procedure.

C) Homeostasis

Homeostasis is the body's ability to maintain stable internal conditions despite changes in external environments. While relevant to physiological processes, it does not specifically relate to the complications arising from improper pressure application at a puncture site, making this option incorrect.

D) Hypobilirubinemia

Hypobilirubinemia refers to an abnormally low level of bilirubin in the blood. This condition is unrelated to the action of squeezing a puncture site and is not a complication that would arise from the described scenario, thus making this option incorrect as well.

Conclusion

The act of squeezing a patient's puncture site can lead to hemolysis, which is the accurate complication resulting from such an action. In contrast, the other options—hemostasis, homeostasis, and hypobilirubinemia—do not pertain to the consequences of the pressure applied during the capillary procedure, confirming that they are not applicable in this case.