A nurse is assisting with the plan of care for10-month-old infant who has HIV. Which of the following interventions should the nurse include in the plan?

A) "A child who has leukemia and an absolute neutrophil count of 200/mm³ (2,500 to 8,000/mm³)."
This child is at significant risk for infection due to a severely low neutrophil count, indicating severe neutropenia. Discharge planning for this child would be inappropriate at this time since they need intensive monitoring and care to manage their immunocompromised status and prevent infections.

B) "A child who has a new diagnosis of type 1 diabetes mellitus and is receiving IV insulin."
This child is appropriate for discharge planning. A new diagnosis of type 1 diabetes requires thorough teaching for the family and child about blood glucose monitoring, insulin administration, dietary adjustments, and emergency management. While the child is receiving IV insulin in the hospital, once stabilized, they can be discharged with proper education and support to manage their condition at home.

C) "An adolescent who has cystic fibrosis and is receiving their yearly tune-up."
A cystic fibrosis "tune-up" refers to a period of treatment, often including IV antibiotics and respiratory therapy, to help manage the chronic condition. Since this is part of ongoing care and not an acute issue, discharge planning is not immediately appropriate until the "tune-up" is complete, and the adolescent has stabilized.

D) "An infant who has respiratory syncytial virus (RSV) and a respiratory rate of 70/min."
This infant is at risk for respiratory distress and requires close monitoring. A respiratory rate of 70/min in an infant is elevated, and the child may need additional respiratory support. Discharge planning should not be initiated until the infant's condition improves and they are stable enough to handle care at home.

A) Tonic-clonic seizures: Tonic-clonic seizures are typically the result of a seizure disorder, but during electroconvulsive therapy (ECT), a controlled seizure is intentionally induced to facilitate the therapeutic effects. After the procedure, there should not be uncontrolled tonic-clonic seizures. The goal is to induce a seizure under controlled conditions during the procedure itself, so this is not an expected finding 15 minutes post-ECT.

B) Paresthesias: Paresthesias (tingling or numbness) are not a common immediate side effect following ECT. While ECT can have some neurological effects, paresthesias are more commonly associated with other neurological conditions or nerve injuries, rather than as a direct result of the procedure itself.

C) Sleep apnea: Sleep apnea is not a typical immediate consequence of ECT. While ECT can have a range of physical and psychological side effects, sleep apnea, which involves breathing interruptions during sleep, is not an expected finding following the procedure.

D) Disorientation: Disorientation is a common and expected finding following ECT. It typically occurs due to the temporary effects of anesthesia, the brain’s response to the electrical stimulation, and the stress of the procedure. Clients often experience confusion, memory loss, and disorientation for a short period, particularly in the first 15 minutes after the procedure, as the anesthesia wears off and they recover from the induced seizure. This is a normal part of the recovery process.