The nurse reviews laboratory results for a client with disseminated intravascular coagulation who is being monitored for complications related to abnormal clotting.
Which findings would most suggest the development of organ dysfunction secondary to thrombotic microangiopathy?

End-of-life care focuses on communication, psychological support, and advocacy. Knowledge of therapeutic communication and the stages of grief is required to provide holistic care that empowers the family while reducing the uncertainty and helplessness often associated with terminal illness.

Choice A rationale

Clarifying rationale reduces anxiety by providing the family with an understanding of how pain management promotes comfort. Knowledge of pharmacokinetics helps families accept that scheduled dosing prevents breakthrough pain, reducing their stress regarding the dying process.

Choice B rationale

Using the teach-back method ensures that the family accurately understands the complex medical information provided. This reduces frustration caused by misunderstandings or the cognitive impairment often associated with high stress and emotional exhaustion during terminal care.

Choice C rationale

Transparency regarding delays prevents feelings of neglect or abandonment. Explaining the medical reasoning behind schedule changes builds trust and ensures the family feels respected and involved in the care planning process during a vulnerable time.

Choice D rationale

Limiting interactions can make a family feel isolated or ignored during a crisis. While privacy is important, the nurse must remain available and present, as social isolation often increases the stress and fear associated with death.

Choice E rationale

Providing unlimited access to staff addresses the unpredictability of terminal illness and the family's need for reassurance. This support system minimizes frustration by ensuring that questions and physiological changes are addressed promptly by the healthcare team.

Diagnosing acute pancreatitis involves analyzing inflammatory markers, pancreatic enzymes, and metabolic changes. Knowledge of systemic inflammatory response syndrome and the endocrine/exocrine functions of the pancreas is necessary to identify labs indicating tissue necrosis, inflammation, and secondary metabolic disturbances.

Choice A rationale

Pancreatitis triggers a systemic inflammatory response, leading to leukocytosis. An elevated white blood cell count (normal range 5,000 to 10,000 cells/mm) is a common finding indicating active inflammation or secondary infection within the pancreatic tissue.

Choice B rationale

In acute pancreatitis, hematocrit often increases rather than decreases due to hemoconcentration. Fluid shifts from the intravascular space into the peritoneal cavity (third spacing) cause a relative rise in hematocrit, indicating significant volume depletion.

Choice C rationale

Serum amylase (normal range 30 to 110 U/L) typically increases rapidly within hours of symptom onset in pancreatitis. A decreased level is not supportive of this diagnosis; levels usually rise three times the upper limit.

Choice D rationale

Serum lipase (normal range 0 to 160 U/L) is a highly specific marker for pancreatic damage. In acute pancreatitis, lipase levels rise significantly and remain elevated longer than amylase, making it a primary diagnostic indicator.

Choice E rationale

Hypertriglyceridemia is both a cause and a result of acute pancreatitis. Serum triglycerides exceeding 1,000 mg/dL can precipitate an attack. Elevated levels support the diagnosis and help identify the potential underlying metabolic etiology.

Choice F rationale

The pancreas produces insulin via islets of Langerhans. Inflammation impairs endocrine function, leading to hyperglycemia (normal fasting glucose 70 to 99 mg/dL). Elevated glucose is a common secondary finding in acute pancreatic injury.