The nurse is reviewing the client's admission assessment to determine contributing factors to the client's change in mental status.

Click to highlight the findings that are risk factors. To deselect a finding, click on the finding again.

An older adult client was transferred to the ICU after they developed fever and hypotension. The client was initially admitted 4 days ago with a left hip fracture and subsequently underwent total left hip arthroplasty.

The client is alert and oriented to person, place, and time.

Past Medical History: hypertension, congestive heart failure, Parkinson's disease

Social History: Client has visual loss but didn't bring their glasses. The client is hard of hearing. Hearing aids in place.

The client has a surgical site infection evidenced by purulent drainage, fever, hypotension, tachycardia, and elevated white blood cell count, all indicating systemic infection with risk for sepsis. In this situation, early antibiotic administration is the most time-sensitive intervention because it directly targets the underlying infectious cause. Prioritization is based on treating life-threatening etiologies before symptom control measures such as fever reduction or anxiety management.

Rationale for correct choices:

• Antibiotic: The priority medication is the antibiotic because the client is showing clear signs of severe postoperative wound infection progressing toward sepsis. Cefazolin is prescribed to treat the suspected bacterial infection, and early administration is critical to prevent further systemic deterioration. Delays in antibiotic therapy in septic or pre-septic states are associated with increased mortality and worsening hemodynamic instability. Therefore, ensuring prompt antibiotic delivery directly addresses the root cause of fever, hypotension, and delirium.

• WBC count: The elevated WBC count of 14,000/mm³ indicates an active systemic inflammatory response likely due to infection. This laboratory finding supports the need for urgent antibiotic therapy rather than focusing on symptom management alone. While temperature and restlessness are important clinical indicators, the WBC count confirms the presence of a bacterial process requiring antimicrobial treatment. It helps prioritize infection management as the primary clinical concern.

Rationale for incorrect choices:

• Antipyretic: Although acetaminophen may help reduce fever, it does not treat the underlying infection causing the client’s symptoms. Fever in this case is a protective response to infection and is secondary to the systemic inflammatory process. Administering antipyretics without addressing the infection could mask worsening clinical status. Therefore, it is not the priority over antibiotic therapy.

• Anti-anxiety medication: Alprazolam may reduce agitation, but it does not address the underlying cause of the client’s delirium, which is likely infection-related sepsis. Sedation in a hypotensive, infected older adult may worsen respiratory status and mask deterioration. Benzodiazepines can also exacerbate delirium in older adults, particularly in ICU settings. Thus, anti-anxiety medication is not the priority intervention.

• Restlessness: While restlessness is a significant behavioral manifestation of delirium, it is a symptom rather than the underlying cause. Treating agitation without addressing the infection may worsen outcomes and delay lifesaving therapy. The client’s confusion and hallucinations are most likely secondary to systemic infection and hypotension. Therefore, restlessness is not the priority compared to the need for immediate antibiotic therapy.

• Temperature: Temperature reflects the presence of fever, which is a symptom of infection but not the most reliable indicator for prioritizing treatment in this scenario. Although the client is febrile (39.1°C), fever alone does not quantify the severity or progression of infection as accurately as laboratory findings such as WBC trends. In sepsis management, rising WBC count and hemodynamic instability provide stronger evidence of systemic infection requiring immediate antibiotic therapy.

This clinical scenario discusses the recognition and management of acute gout in a client with multiple predisposing risk factors. Gout is an inflammatory arthritis caused by deposition of monosodium urate crystals within joints, most commonly affecting the first metatarsophalangeal joint of the great toe. The client presents with classic manifestations including sudden severe toe pain, redness, warmth, and extreme tenderness. Recent initiation of hydrochlorothiazide, chronic kidney disease, obesity, and regular alcohol intake all increase uric acid retention and significantly raise the risk of acute gout attacks.

Rationale for correct choices:

• Gout: The client’s presentation strongly supports acute gouty arthritis. The abrupt onset of severe pain in the right great toe with redness, warmth, and hypersensitivity to even light touch is classic for podagra, the most common form of gout. Hydrochlorothiazide contributes to hyperuricemia by decreasing renal uric acid excretion, while chronic kidney disease further impairs urate clearance. Alcohol intake, obesity, and hypertension are additional major risk factors supporting this diagnosis.

• Recommend a low purine diet: Dietary modification is an important part of gout management because purines are metabolized into uric acid. Foods such as red meat, seafood, and alcohol, especially beer and wine, can precipitate acute attacks by increasing uric acid levels. Teaching the client to reduce purine intake helps decrease crystal deposition and recurrence frequency. Increased hydration is also encouraged to support renal excretion of uric acid.

• Anticipate a prescription for colchicine: Colchicine is commonly prescribed for acute gout flares because it reduces the inflammatory response caused by urate crystal deposition. It works by inhibiting neutrophil activity within the affected joint, thereby decreasing pain, swelling, and inflammation. Early treatment is most effective in shortening attack duration and improving comfort. Colchicine is particularly useful when NSAIDs are not ideal, such as in clients with chronic kidney disease.

• Pain level: Pain level is an important parameter to monitor because acute gout attacks are extremely painful and pain severity reflects the degree of inflammation. Monitoring pain helps evaluate response to medications such as colchicine and guides further treatment decisions. Improvement in pain indicates reduction of crystal-induced joint inflammation. Persistent or worsening pain may suggest ineffective therapy or alternative diagnoses requiring reassessment.

• Uric acid level: Monitoring uric acid levels helps assess long-term control of hyperuricemia and effectiveness of preventive interventions. Elevated serum uric acid contributes to recurrent gout attacks and chronic joint damage if untreated. Although uric acid may occasionally appear normal during an acute flare, trending levels over time is clinically valuable. Monitoring is especially important in clients with kidney disease and diuretic use because both impair uric acid elimination.

Rationale for incorrect choices:

• Refer the client for a foot x-ray: A foot x-ray is not the priority because there is no history of trauma or evidence suggesting fracture. Acute gout is primarily diagnosed clinically based on symptoms and risk factors, particularly involvement of the great toe with intense inflammation. Imaging may be considered later if chronic joint damage is suspected, but it is not the immediate intervention for this presentation. The client’s findings are more consistent with inflammatory crystal arthritis.

• Request a prescription for antibiotics: Antibiotics are used to treat bacterial infections and are not indicated for uncomplicated gout. Although the toe is red and warm, these inflammatory findings result from urate crystal deposition rather than infection. The client has no fever, systemic infection signs, or evidence of septic arthritis. Unnecessary antibiotic use could expose the client to adverse effects without treating the underlying condition.

• Anticipate a prescription for methotrexate: Methotrexate is a disease-modifying antirheumatic drug primarily used for autoimmune disorders such as rheumatoid arthritis and psoriasis. It does not treat acute gout attacks or reduce uric acid crystal inflammation. The client’s symptoms are episodic and localized rather than chronic symmetric inflammatory arthritis. Therefore, methotrexate would not be an appropriate first-line therapy in this scenario.

• Fracture: A fracture usually follows trauma and often presents with deformity, impaired mobility, bruising, or swelling related to injury. The client specifically denies bumping or injuring the toe, making fracture less likely. The hypersensitivity to even a bedsheet touching the toe is highly characteristic of gout rather than bone injury. Additionally, the recent hydrochlorothiazide initiation strongly supports a metabolic cause.

• Shingles: Shingles typically presents with a painful unilateral vesicular rash following a dermatomal distribution caused by reactivation of varicella-zoster virus. The client has no rash, blistering, or neuropathic burning pain pattern associated with shingles. The isolated inflammation of the great toe is inconsistent with viral nerve involvement. Therefore, shingles does not fit the assessment findings.

• Septic arthritis: Septic arthritis is a serious joint infection that usually presents with fever, severe joint pain, swelling, and systemic illness. Although the toe is inflamed, the client does not have fever, chills, or toxic appearance suggestive of infection. The timing after hydrochlorothiazide initiation and classic podagra presentation favor gout instead. Septic arthritis remains important to rule out if symptoms worsen or systemic findings develop.

• Rash: Rash monitoring would be more relevant for conditions such as shingles or allergic reactions, not gout. Gout primarily causes localized inflammatory joint manifestations rather than cutaneous eruptions. The client’s toe redness is due to inflammation beneath the skin rather than a dermatologic rash. Rash monitoring would not best evaluate progression or treatment response.

• CBC: A complete blood count may be useful if infection is suspected, but it is not the primary parameter for monitoring uncomplicated gout management. The priority is assessing symptom relief and uric acid control rather than infection markers. Since the client lacks systemic signs of infection, serial CBC monitoring is less clinically relevant. Pain assessment and uric acid levels provide more direct evaluation of gout progression.

• Temperature: Monitoring temperature is more important when infection or systemic inflammatory response is suspected. The client does not currently exhibit fever or signs of septic arthritis. While temperature may still be assessed routinely, it is not the most specific indicator of gout improvement. Pain reduction and uric acid management are more useful measures of therapeutic response.