Following notification of an impending unstable transfer from the intensive care unit, a charge nurse on a neurological step-down unit must rapidly reorganize care assignments. The available staffing mix includes a core neurological registered nurse (RN), a float RN from a general medical-surgical unit, an experienced licensed practical/vocational nurse (LPN/VN), and an unlicensed assistive personnel (UAP). Which delegation or assignment decision is most appropriate?
- AAssigning the LPN/VN to conduct the comprehensive admission assessment and establish baseline neurological parameters for the incoming transfer from the intensive care unit.
- Assigning the medical-surgical float RN to care for a client who is 48 hours post-craniotomy, has a consistent Glasgow Coma Scale score of 15, and requires scheduled intravenous antibiotics.Cevap
- CInstructing the float RN to assume care of a client exhibiting a sudden decrease in level of consciousness and bradycardia, while the core neurological RN completes discharge documentation for another client.
- DDirecting the UAP to assist a client with a newly applied cervical halo vest traction device to sit on the edge of the bed for the first time since application.
Cevap
The most appropriate decision is assigning the medical-surgical float RN to care for the stable client who is 48 hours post-craniotomy and requires scheduled intravenous antibiotics.
Assigning the medical-surgical float RN to the stable client who is 48 hours post-craniotomy is the most appropriate decision. According to safe assignment principles, a float nurse should be assigned to clients whose conditions are stable, have predictable outcomes, and require care that aligns with standard nursing competencies. A client with a consistent Glasgow Coma Scale score of 15 (fully alert and oriented) requiring only scheduled intravenous antibiotics fits these criteria perfectly.
Adım Adım Çözüm
Anahtar Kavram
Principles of safe delegation and assignment based on client acuity and staff scope of practice
Tahmini Süre:2m 0s