A nurse is caring for a client in an outpatient clinic who is undergoing routine screenings and lifestyle counseling. The nurse emphasized the need for annual check-ups to monitor health status. What other primary cancer prevention strategies should the nurse include? Select all that apply.

A pneumothorax treated with a chest tube requires continuous monitoring of the drainage system to ensure effective evacuation of air from the pleural space. Sudden respiratory distress combined with absent tidaling in the water-seal chamber suggests a possible mechanical obstruction or malfunction in the system. Rapid identification and correction of tube patency issues is critical to prevent worsening tension pneumothorax and respiratory compromise.

Rationale:
A. Assisting the client into a sitting position may improve comfort and lung expansion, but it does not address the underlying cause of impaired chest tube function. Positioning alone will not restore drainage or resolve a potential obstruction in the system. Immediate troubleshooting of the equipment takes priority.

B. Administering a bronchodilator is not appropriate because the problem is not bronchospasm but likely mechanical failure of the chest drainage system. Bronchodilators are used for conditions such as asthma or COPD, not for restoring chest tube patency. This intervention would not resolve the acute issue.

C. Checking the chest tube for any occlusions or kinks is the priority action because absent tidaling and sudden respiratory distress strongly suggest impaired drainage. Kinks, dependent loops, or clots can block airflow or fluid evacuation, worsening the pneumothorax. Restoring patency is essential to re-establish negative intrapleural pressure and improve breathing.

D. Informing the healthcare provider is important but not the first action. The nurse must first perform immediate bedside assessment and correct any reversible cause, such as tubing obstruction, before escalating the issue. Delaying assessment may allow respiratory status to deteriorate further.

After a kidney transplant, the immune system may recognize the transplanted organ as foreign and initiate an inflammatory response known as acute rejection. This typically occurs within days to months post-transplant and can compromise graft function if not identified early. Clinical monitoring focuses on early signs of inflammation, reduced renal function, and systemic changes indicating immune activation. Prompt recognition is essential to preserve graft viability and prevent irreversible damage.

Rationale:
A. Fever and fluid retention are key indicators of potential acute rejection. Fever reflects an inflammatory or immune response against the transplanted kidney. Fluid retention occurs due to impaired renal function as the rejecting kidney loses its ability to regulate fluid balance effectively, often leading to edema and hypertension.

B. A steady increase in urine output is not typically associated with acute rejection and may instead indicate improving graft function or appropriate response to therapy. In acute rejection, urine output more commonly decreases due to declining renal function and reduced glomerular filtration.

C. Decreased blood creatinine levels suggest improved kidney function rather than rejection. In acute rejection, serum creatinine typically rises due to impaired filtration and declining graft performance. A downward trend in creatinine is a reassuring finding, not a warning sign.

D. Increased appetite and weight gain are not specific indicators of acute transplant rejection. While weight gain may occur due to fluid retention, increased appetite alone is not associated with immune-mediated graft dysfunction. More specific signs such as fever, rising creatinine, and reduced urine output are more clinically relevant.