What is the initial management sequence in status epilepticus?

What is the initial management sequence in status epilepticus?

• A. Begin ABCs, administer benzodiazepine (lorazepam IV), then proceed to second-line antiseizure therapy if seizures persist, secure airway as needed, obtain glucose, and obtain imaging after stabilization
• B. Initiate anticonvulsants only after securing the airway
• C. Begin ABCs and administer benzodiazepine (lorazepam IV) only; reassess in 5 minutes
• D. Delay treatment until an EEG confirms status

Answer: (C)

The key idea here is that stopping ongoing seizure activity right away while protecting the patient’s basic vital functions is the top priority. In status epilepticus, you start with airway, breathing, and circulation (ABCs) and give a fast-acting benzodiazepine, such as lorazepam IV, as soon as possible. This immediate treatment often halts seizures, and you then reassess within a short window (about 5 minutes) to decide if a second-line antiseizure medication is needed. You continue stabilization tasks—monitoring, glucose check, and addressing airway as needed—without waiting for EEG or imaging to begin, because those diagnostics don’t stop the ongoing seizure in the moment. This approach is best because it prioritizes rapid seizure control, which minimizes brain injury and complications, while still coordinating subsequent steps based on the patient’s response. The other options either delay treatment, omit necessary early intervention, or imply you must wait for EEG or other tests before acting.

The key idea here is that stopping ongoing seizure activity right away while protecting the patient’s basic vital functions is the top priority. In status epilepticus, you start with airway, breathing, and circulation (ABCs) and give a fast-acting benzodiazepine, such as lorazepam IV, as soon as possible. This immediate treatment often halts seizures, and you then reassess within a short window (about 5 minutes) to decide if a second-line antiseizure medication is needed. You continue stabilization tasks—monitoring, glucose check, and addressing airway as needed—without waiting for EEG or imaging to begin, because those diagnostics don’t stop the ongoing seizure in the moment.

This approach is best because it prioritizes rapid seizure control, which minimizes brain injury and complications, while still coordinating subsequent steps based on the patient’s response. The other options either delay treatment, omit necessary early intervention, or imply you must wait for EEG or other tests before acting.