Maintaining the spine in a neutral, aligned position during transfer is essential to prevent worsening a suspected spinal injury. The best approach starts with manual in-line stabilization, keeping the head and neck in line with the spine while you control movement. Once that stable position is maintained by a responder holding the head steady, apply a cervical collar to immobilize the neck further. After the collar is in place, transfer the patient onto a spine board and secure them with straps to keep the head, neck, and torso immobilized in that same position. Throughout the move, avoid twisting, bending, or flexing the spine, and coordinate with your partner to minimize any movement. This sequence ensures continuous protection of the spinal axis from recognition through immobilization. Alternatives that remove immobilization, skip stabilization, or immobilize without maintaining stabilization all allow movement of the head and neck, increasing the risk of further injury during transfer.

When a patient is having a generalized seizure, the priority is safety and ensuring the airway remains open while assessing whether the seizure is ongoing. The best approach is to protect the patient from injury by clearing nearby hazards and cushioning the head, but do not restrain them or try to stop the seizure. Importantly, do not place any object in the mouth or use a tongue blade; this can cause injury or airway obstruction and is not recommended during a seizure. Time how long the seizure lasts from onset. This helps determine whether the patient needs urgent transport. Transport should be arranged if the seizure lasts longer than a few minutes or if it recurs without the patient regaining awareness between episodes, because prolonged or repeated seizures can indicate status epilepticus and require advanced care. After the seizure ends, monitor airway and breathing, place the patient on their side in the recovery position if there are no injuries or vomiting, and be prepared to suction or provide oxygen if needed. Glucose by mouth is not given during a seizure; assess glucose after the event and follow protocol for any hypoglycemia treatment if the patient is awake and able to swallow. This approach protects the patient, preserves the airway, and ensures timely medical evaluation if the seizure is prolonged or recurrent.

The aim is to deliver rapid, safe, and effective care in the field and get the patient to the right facility for definitive treatment. In practice this means quickly identifying and treating life threats, securing the airway and breathing, controlling bleeding, and supporting circulation, all while minimizing delays that could worsen outcomes. Decisions about where to transport are guided by the patient’s condition and the capability of facilities to provide the needed care, so the patient reaches an appropriate destination as fast as possible. The emphasis is on balancing speed with safety and quality of care, not simply rushing the scene or keeping patients there longer without benefit.

A field 12-lead ECG can be obtained by an EMT-B to support paramedics on-scene. This data gathering is part of how EMT-Bs help rapidly identify cardiac issues and relay critical information to the ALS team or medical control. By placing the leads, recording the tracing, and transmitting it, the EMT-B provides essential information that can guide immediate decisions—such as STEMI activation and appropriate transport—without needing the hospital setting. The EMT-B’s role is to acquire and relay the ECG data rather than interpret it in depth, which is handled by the paramedics or physicians.