A mother brings her 3-week-old son to the clinic because he is vomiting "all the time." In performing a physical assessment, the nurse notes that the infant has poor skin turgor, has lost 20% of his birth weight, and has a small palpable oval-shaped mass in his abdomen. Which intervention should the nurse implement first?

A pounding headache in a client with COPD may be a symptom of increased carbon dioxide (CO2) levels in the blood, known as hypercapnia. Hypercapnia can lead to vasodilation, resulting in headaches. In this situation, it is crucial to assess the client's blood pressure to determine if it is elevated, as this could be contributing to the headache.

Obtaining a manual blood pressure measurement allows for a more accurate assessment of the client's blood pressure compared to automated measurements. It is important to assess both systolic and diastolic blood pressures, as elevated blood pressure can worsen headaches and have other negative effects on the client's health.

Elevating the head of the bed no higher than 30 degrees is a general measure used to improve respiratory function in clients with COPD. However, in this specific situation, it may not directly address the pounding headache. Elevating the head of the bed can help reduce dyspnea and improve oxygenation, but it may not alleviate the headache caused by hypercapnia.

Affirming blood glucose levels are below 160 mg/dL (8.88 mmol/L) is not the primary concern in this case. While high blood glucose levels can have various effects on the body, including headaches, the priority is to assess the client's blood pressure due to the specific context of a COPD exacerbation.

Checking for a stat intravenous diuretic prescription is not necessary in response to the client's headache. Diuretics are typically used to remove excess fluid from the body and may not directly address the underlying cause of the headache in this situation.

Tertiary prevention programs focus on minimizing the impact of an existing disease or condition and preventing further complications or disability. In the context of cardiovascular disease, one of the goals of tertiary prevention is to provide prompt rehabilitation for clients who have incurred disease complications.

By ensuring that clients who experience complications promptly receive rehabilitation services, the program is effectively addressing the needs of these clients and providing appropriate interventions to minimize the long-term impact of the disease. This outcome indicates that the program is successful in providing the necessary care and support to clients with cardiovascular disease.

Client relapse rate of 30% in a 5-year community-wide anti-smoking campaign focuses on primary prevention rather than tertiary prevention.

At-risk clients receiving an increased number of routine health screenings may be an indicator of improved secondary prevention efforts, but it does not specifically measure the effectiveness of the tertiary prevention program for clients with cardiovascular disease.

Clients reporting new confidence in making healthy food choices is a positive outcome but does not directly reflect the effectiveness of the tertiary prevention program for cardiovascular disease.