This question tests prevention of DVT/PE in postoperative clients. It emphasizes the priority framework of risk reduction through mechanical prophylaxis and early mobility. Applying sequential compression devices (SCDs) and ensuring they remain on while the client is in bed is the best choice because it promotes venous return and prevents stasis in a high-risk client who has been immobile. Requesting a venous ultrasound (A) is not indicated without symptoms of DVT, delegating ambulation (C) is premature given the client's pain and limited mobility, and reassessing pulses and circumference (D) is monitoring rather than preventive action. The decision-making principle is to prioritize non-pharmacological interventions like SCDs in immobile postoperative clients to reduce Virchow's triad factors. Additionally, combining SCDs with gradual ambulation addresses stasis effectively. A transferable prevention strategy is to routinely apply and monitor SCDs in all bedbound postoperative clients unless contraindicated.

This question tests prevention of DVT/PE in postoperative clients. It emphasizes the priority framework of safety protocols balancing prophylaxis and bleeding risk. Holding the next heparin dose and notifying the provider of bleeding findings is best to prevent complications while addressing DVT risk in an immobile client. Increasing heparin (B) worsens bleeding, massaging calves (C) risks embolization, and discontinuing SCDs (D) removes mechanical prophylaxis. The decision-making principle is to monitor for anticoagulant side effects and adjust therapy promptly. This prevents hemorrhage without neglecting DVT prevention. A transferable prevention strategy is to routinely assess for bleeding in postoperative clients on prophylaxis and escalate concerns immediately.

This question tests prevention of DVT/PE in postoperative clients. It emphasizes the priority framework of risk reduction through pain control and mobility. Administering pain medication as prescribed and assisting with early ambulation and leg exercises is best to overcome barriers and promote circulation. Placing pillows under knees (B) encourages stasis, limiting fluids (C) risks dehydration, and obtaining PT/INR (D) is unnecessary without anticoagulation. The decision-making principle is to manage pain to enable mobility, a cornerstone of prevention. This addresses venous insufficiency risks. A transferable prevention strategy is to synchronize analgesia with activity in hernia repair postoperative plans.

This question tests prevention of DVT/PE in postoperative clients. It emphasizes the priority framework of safety protocols for suspected DVT. Notifying the provider and keeping the client on bed rest with the affected leg elevated is the priority to prevent PE by stabilizing the clot. Encouraging ambulation (A) risks embolization, applying heat (C) may worsen inflammation, and reassessing later (D) delays care. The decision-making principle is to immobilize and elevate in suspected DVT to minimize dislodgement. Prompt escalation is critical. A transferable prevention strategy is to enforce bed rest and notification for any swelling or pain in spinal surgery clients.

This question tests prevention of DVT/PE in postoperative clients. It emphasizes the priority framework of risk reduction by questioning unsafe orders. Massaging the calves for 5 minutes each shift should be questioned because it can dislodge potential clots, increasing PE risk, especially in a postoperative client. Applying SCDs (A) is appropriate mechanical prophylaxis, encouraging fluids and ambulation (B) promotes circulation safely, and administering enoxaparin (D) is standard pharmacological prophylaxis despite CKD, though dose adjustment may be needed. The decision-making principle is to avoid interventions that could embolize clots, such as massage, in at-risk clients. Prioritizing safe mobility over manual manipulation prevents complications. A transferable prevention strategy is to educate staff on contraindications like calf massage in all postoperative DVT prophylaxis protocols.

This question tests prevention of DVT/PE in postoperative clients. It emphasizes the priority framework of safety protocols addressing noncompliance. Assessing SCD fit and skin, educating on purpose, and reapplying with correct sizing while promoting frequent ambulation is best to ensure compliance and prevent stasis. Removing SCDs permanently (A) eliminates prophylaxis, encouraging bed rest (C) increases risk, and delegating teaching (D) is inappropriate for client education. The decision-making principle is to troubleshoot barriers to prophylaxis like discomfort. Education enhances adherence to preventive measures. A transferable prevention strategy is to regularly evaluate and adjust mechanical devices for comfort in all noncompliant postoperative clients.

This question tests prevention of DVT/PE in postoperative clients. It emphasizes the priority framework of risk reduction through mechanical and active measures. Maintaining SCDs and encouraging ankle pumps and leg exercises while in bed is best to prevent stasis during bed rest. Encouraging leg crossing (A) promotes constriction, removing SCDs periodically (B) reduces efficacy, and administering aspirin without order (D) is unsafe. The decision-making principle is to combine devices with exercises for optimal venous flow. This is key in immediate postoperative periods. A transferable prevention strategy is to teach bed-based exercises to all clients on temporary bed rest post-surgery.

This question tests the nurse's knowledge of preventing deep vein thrombosis (DVT) and pulmonary embolism (PE) in postoperative clients, specifically identifying when to question pharmacological prophylaxis due to potential complications. The priority framework here is patient safety protocols, balancing thrombosis risk reduction with the prevention of hemorrhage. Administering the next scheduled enoxaparin dose now is the order that should be questioned, as it poses the highest risk due to the client's signs of gastrointestinal bleeding (black, tarry stools) and orthostatic hypotension (dizziness when standing), exacerbated by a history of peptic ulcer disease, making anticoagulant continuation unsafe. The distractors are incorrect to question because (A) early ambulation promotes venous return without bleeding risk, (B) sequential compression devices (SCDs) offer safe mechanical prophylaxis, and (D) ankle pumps and leg exercises encourage circulation non-invasively, all supporting DVT prevention appropriately. The decision-making principle in DVT/PE prevention requires ongoing assessment for anticoagulant contraindications like active bleeding. When such risks are present, nurses should withhold the medication and notify the provider immediately to adjust the plan. A transferable prevention strategy for postoperative care is to use a multimodal approach, integrating mechanical methods and mobility alongside tailored pharmacological options based on individual bleeding risks.

This question tests prevention of DVT/PE in postoperative clients. It emphasizes the priority framework of risk reduction by questioning orders amid complications. Administering scheduled unfractionated heparin should be questioned due to active bleeding, which increases hemorrhage risk. Continuing SCDs (A) is safe mechanical prophylaxis, encouraging exercises (C) promotes circulation without bleeding risk, and assisting with dangling (D) supports mobility safely. The decision-making principle is to withhold anticoagulants when bleeding is present to avoid complications. Mechanical methods remain appropriate alternatives. A transferable prevention strategy is to prioritize non-pharmacological prophylaxis in postoperative clients with bleeding risks.

This question tests prevention of DVT/PE in postoperative clients. It emphasizes the priority framework of risk reduction using mechanical devices. Applying IPC devices and assessing skin and device function routinely while encouraging mobility as tolerated is best to promote venous return in a weak client. Applying only during ambulation (B) misses rest periods, keeping legs dependent (C) promotes stasis, and delaying application (D) forgoes prevention. The decision-making principle is to monitor and maintain device integrity for effective prophylaxis. This is crucial with mobility limitations. A transferable prevention strategy is to routinely inspect compression devices in stroke history postoperative care.