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"The Effect of the Use of an Autotransfusion Device on Hemodynamic Parameters During Resuscitation".

Cardiac Arrest Clinical Trial

Official title:
"The Effect of the Use of an Autotransfusion HemaShock Device on Hemodynamic Parameters During Resuscitation"

Clinical Trial Summary

The purpose of the research (pilot study) is to determine the impact of the use of the autotransfusion device on hemodynamic parameters during resuscitation. 24 people will be included in the pilot study (12 people will be included in the intervention group - with the usage of "autotransfusion socks" during resuscitation and 12 people in the control group - without "autotransfusion socks"). Investigators will compare the hemodynamic parameters and also neurological outcome between both groups.

Clinical Trial Description

The purpose of the research (pilot study) is to determine the impact of the use of the autotransfusion device on hemodynamic parameters during resuscitation. Out-of-hospital cardiac arrest (OHCA) is one of the leading causes of death in Europe. In order to improve the hemodynamic parameters during resuscitation, device for autotransfusion was developed. Devices are basically a very strong elastic stockings that also block arterial circulation. While "putting on" stockings, blood is being squeezed from the lower extremities (approximately 500 ml of blood for each lower limb). With blood being squeezed from the lower limb into the central circulation the filling of the heart is being improved; thus the device will improve the preload and also cardiac output. A study done on an animal model showed that during resuscitation using "autotransfusion socks" increases both systolic and diastolic blood pressure during resuscitation, the perfusion of the coronary arteries improves and also the values of the partial pressure of carbon dioxide increases. ;

Study Design

Related Conditions & MeSH terms

Clinical Trial Details
NCT number NCT06153160
Study type Interventional
Source University Medical Centre Maribor
Contact
Status Recruiting
Phase N/A
Start date November 22, 2023
Completion date December 1, 2024
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