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Prehospital Telemedical Support in Acute Stroke

Not Applicable
Completed
Conditions
Acute Stroke
Interventions
Procedure: Teleconsultation
Registration Number
NCT01644019
Lead Sponsor
RWTH Aachen University
Brief Summary

The aim of the study is to investigate the quality of prehospital emergency care in acute stroke, when paramedics are supported telemedically by an EMS physician.

Detailed Description

Six ambulances from five different Emergency Medical Service (EMS) districts are equipped with a portable telemedicine system. In cases of suspected acute stroke (including intracranial hemorrhage), the paramedics can use this system to contact a so called "tele-EMS physician" after consent of the patient is obtained. The tele-EMS physician has an audio-connection to the EMS team and receives vital parameters (e.g., ECG, pulse oximetry, non-invasive blood pressure) in real-time. The transmission of still pictures (taken with a smartphone), 12-lead-ECGs and video streaming from the inside of the ambulance can also be carried out, if indicated. The tele-EMS physician supports the EMS team in obtaining all relevant medical history, neurological diagnosis, general diagnosis and can delegate the application of medications. This can be carried out to bridge the time to the arrival of an EMS physician or in less severe cases without an EMS physician on-scene. The quality of prehospital care and the possible influences on the initial inhospital phase should be investigated and compared with regular EMS.

Recruitment & Eligibility

Status
COMPLETED
Sex
All
Target Recruitment
28
Inclusion Criteria
  • suspected acute stroke
  • verbal consent for teleconsultation obtained or patient is not able to consent due to the severity of the emergency
Exclusion Criteria
  • no suspected stroke
  • patient refuses consent

Study & Design

Study Type
INTERVENTIONAL
Study Design
SINGLE_GROUP
Arm && Interventions
GroupInterventionDescription
Device: TeleconsultationTeleconsultationIn cases of suspected acute stroke (including intracranial hemorrhage), if patients give informed consent the paramedics can use this system to contact a so called "tele-EMS physician" who has an audio-connection to the EMS team and receives vital parameters (e.g., ECG, pulse oximetry, non-invasive blood pressure) in real-time. The transmission of still pictures (taken with a smartphone), 12-lead-ECGs and video streaming from the inside of the ambulance can also be carried out, if indicated. The tele-EMS physician supports the EMS team in obtaining all relevant medical history, neurological diagnosis, general diagnosis and can delegate the application of medications. This can be carried out to bridge the time to the arrival of an EMS physician or in less severe cases without an EMS physician on-scene. The quality of prehospital care and the possible influences on the initial inhospital phase should be investigated and compared with regular EMS.
Primary Outcome Measures
NameTimeMethod
Quality of prehospital careaverage 1 hour

Analysis of the quality of prehospital care on the basis of published guidelines for acute stroke

Secondary Outcome Measures
NameTimeMethod
Clinical time intervals12 hours

Prehospital and in-hospital time intervals: on-scene-time, contact to hospital time, door (hospital) to cerebral imaging, door (hospital) to thrombolysis

Information transfer2 hours

Amount of stroke specific information that is transferred to the admitting hospital.

choice of appropriate hospitalaverage 1 hour

Evaluation how many patients are transported to an appropriate facility (stroke unit)

Diagnostic qualityup to 28 days

Comparison of prehospital and definitive diagnosis

Trial Locations

Locations (1)

University Hospital Aachen

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Aachen, Germany

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