Public Health Weekly Report 2021; 14(7): 358-369
Published online February 10, 2021
© The Korea Disease Control and Prevention Agency
Hwang Sung Oh1, Cha Kyoung-chul1, Chung Sung Phil2, Kim Young-Min3, Park June Dong4, Kim Han-Suk4, Lee Mi Jin5, Na Sang-Hoon6, Cho Gyu Chong7, Kim Ai-Rhan Ellen8, Yoon Hajung9, Kweon Sanghui10
1Department of Emergency Medicine, Yonsei University Wonju College of Medicine
2Department of Emergency Medicine, Yonsei University College of Medicine
3Department of Internal Medicine, The Catholic University of Korea College of Medicine
4Department of Pediatrics, Seoul National University College of Medicine
5Department of Emergency Medicine, Kyoungbook University College of Medicine
6Department of Internal Medicine, Seoul National University College of Medicine
7Department of Emergency Medicine, Hallym University College of Medicine
8Department of Pediatrics, Ulsan University College of Medicine
9Division of Chronic Disease Investigation, Chungcheong Regional Center for Disease Control and Prevention (RCDC), Korea Disease Control and Prevention Agency (KDCA)
10Division of Injury Prevention and Control, Bureau of Health Hazard Response, Korea Disease Control and Prevention Agency (KDCA)
Cardiopulmonary resuscitation (CPR) guidelines are a set of medical recommendations for cardiac arrest treatment based on scientific evidence. Korea has been updating its CPR guidelines every five years since the first CPR guidelines were established in 2006 by the Korean Association of CPR. The aim of this paper is to introduce the 2020 Korean CPR Guidelines. Findings indicated that the major changes included: 1) the concept of the environment for cardiac arrest survival and the new chain of survival; 2) the enhanced role of the emergency medical dispatcher in recognizing cardiac arrest and providing CPR through witnesses; 3) modification of priority in the maneuvers for managing foreign body airway obstruction; 4) recommendations for the duration of on-site CPR; 5) new recommendations for advanced airway management, drugs, and pediatric defibrillation energy; 6) new recommendations for target temperature management, emergency coronary angiography, neurological prognostication, and rehabilitation of cardiac arrest survivors; 7) new recommendations for encouragement to monitor the quality of cardiac arrest treatment performance; 8) new recommendations for using social media; 9) new education processes, and 10) guidelines for CPR for patients with coronavirus disease (COVID-19) or those suspected infection. We plans to develop training programs and distribute the guidelines for public use based on the 2020 Korean CPR guidelines were recommended.
Key words Cardiopulmonary resuscitation, Guidelines, Cardiac arrest, Education, Implementation
| Discipline | 2015 CPR guidelines | 2020 CPR guidelines | |
|---|---|---|---|
| Basic life support | Sequence of CPR (C-A-B): Chest compression-Airway-Breathing Depth of chest compressions: approximately 5cm(not exceeding 6cm) for adults, 4~5cm for children, 4cm for infants Rate of chest compressions: 100~120/min Ratio of compression and ventilation = 30:2 | Sequence of CPR (C-A-B): Chest compression-Airway-Breathing Depth of chest compressions: approximately 5 cm (not exceeding 6 cm) for adults, 4-5 cm for children, 4cm for infants Rate of chest compressions: 100~120/min Ratio of compression and ventilation = 30:2 | No change |
Recommend moving the patient from bed to floor to increase the depth of chest compression | Recommend not moving the patient from bed to floor to increase the depth of chest compression | Updated | |
An abdominal thrust as the first maneuver for a patient with foreign body airway obstruction and ineffective coughing effort | A back blow as the first maneuver for a patient with foreign body airway obstruction and ineffective coughing effort | Updated | |
Emergency medical dispatchers should assist the bystander in performing cardiac arrest and perform dispatcher-assisted telephone CPR by using standard protocols during an emergency phone call | Updated | ||
CPR is recommended if cardiac arrest is suspected because the possibility of complications is small | New | ||
CPR guidelines for cardiac arrest victims with coronavirus infection or suspected infection are provided | New | ||
| Advanced life support | Emergency medical personnel should choose either a bag-mask or an advanced airway (endotracheal intubation or supraglottal airway) during resuscitation | New | |
Only emergency medical personnel with sufficient training and experience may perform endotracheal intubation | New | ||
Lidocaine can be used as an alternative for amiodarone in treating refractory ventricular fibrillation | Amiodarone and lidocaine are equally recommended as antiarrhythmic drugs for the treatment of refractory ventricular fibrillation | Updated | |
End tidal CO2 monitoring and point-of-care ultrasonography can be used for monitoring the patient during advanced life support | New | ||
Extracoporeal CPR is recommended in selective patients when effort to restore spontaneous circulation with standard CPR fails | New | ||
| Post-cardiac arrest care | Emergency coronary angiography is indicated in patients with cardiac arrest from cardiac etiology | Emergency coronary angiography is indicated in patients with cardiac arrest with ST-segment elevation on EKG | Updated |
Targeted temperature management is strongly recommended for patients resuscitated from shockable rhythm | Targeted temperature management is strongly recommended for patients resuscitated from both shockable rhythm and non-shockable rhythm | Updated | |
Early cooling with cold saline infusion outside the hospital or emergency room is indicated for patients resuscitated from cardiac arrest | Early cooling with cold saline infusion should not be performed on patients resuscitated from cardiac arrest | Updated | |
Prophylactic antibiotic administration is not recommended during post-cardiac arrest period | New | ||
Neurological prognostication can be performed 72h after restoration of spontaneous circulation | Neurological prognostication can be performed 5 days after restoration of spontaneous circulation | Updated | |
A structured screening and assessment of physical and psychological disabilities is recommended for survivors of cardiac arrest A comprehensive, multidisciplinary discharge plan, including rehabilitation treatment, needs to be established for survivors of cardiac arrest | New | ||
It is necessary to designate a cardiac arrest center that can perform 24h coronary angiography, targeted temperature management, and tests for neurological prognostication | New | ||
| Pediatric life support/neonatal resuscitation | 2-4 J/kg is indicated as the first defibrillation energy for children. | 2 J/kg is indicated as the first defibrillation energy for children | Updated |
Epinephrine is indicated if the newborn has a heart rate of less than 60 | New | ||
If umbilical vein is not available in newborns, intraosseous route is recommended as an alternative method | New | ||
| Education/implementation | Contacting volunteers with prior consent using social media is proposed to increase bystander CPR rate | New | |
It is recommended to manage the CPR experience of emergency medical personnel and include those who have experienced resuscitation when forming a resuscitation team | New | ||
It is recommended to operate a rapid response team in hospitals | New | ||
Medical institutions and communities are encouraged to monitor the quality of cardiac arrest treatment performance | New | ||
It is recommended to develop a non-face-to-face CPR education program during an infectious disease epidemic/pandemic | New | ||
Recommendations for termination of resuscitation are provided | New | ||
| General | Chain of survival: Prevention of cardiac arrest and early recognition - rapid EMS activation - early CPR - early defibrillation - effective advanced life support and post-resuscitation care | Chain of survival for out-of-hospital cardiac arrest: Recognition and EMS activation - bystander CPR – defibrillation - advanced life support - post-cardiac arrest care Chain of survival for in-hospital cardiac arrest: Recognition and resuscitation team activation – high-quality CPR – defibrillation - advanced life support - post-cardiac arrest care | Updated |
Concept of environment for cardiac arrest survival, including prevention of cardiac arrest, CPR education, cardiac arrest treatment system, and quality improvement, is proposed | New | ||
CPR algorithms for lay people and healthcare providers are presented | Out-of-hospital cardiac arrest and in-hospital cardiac arrest algorithms for lay people and healthcare providers are presented | Updated | |
On-site CPR is recommended for 6 minutes for basic resuscitation teams and up to 10 minutes for advanced resuscitation teams before transferring the patient to a hospital | New |
Public Health Weekly Report 2021; 14(7): 358-369
Published online February 10, 2021
Copyright © The Korea Disease Control and Prevention Agency.
Hwang Sung Oh1, Cha Kyoung-chul1, Chung Sung Phil2, Kim Young-Min3, Park June Dong4, Kim Han-Suk4, Lee Mi Jin5, Na Sang-Hoon6, Cho Gyu Chong7, Kim Ai-Rhan Ellen8, Yoon Hajung9, Kweon Sanghui10
1Department of Emergency Medicine, Yonsei University Wonju College of Medicine
2Department of Emergency Medicine, Yonsei University College of Medicine
3Department of Internal Medicine, The Catholic University of Korea College of Medicine
4Department of Pediatrics, Seoul National University College of Medicine
5Department of Emergency Medicine, Kyoungbook University College of Medicine
6Department of Internal Medicine, Seoul National University College of Medicine
7Department of Emergency Medicine, Hallym University College of Medicine
8Department of Pediatrics, Ulsan University College of Medicine
9Division of Chronic Disease Investigation, Chungcheong Regional Center for Disease Control and Prevention (RCDC), Korea Disease Control and Prevention Agency (KDCA)
10Division of Injury Prevention and Control, Bureau of Health Hazard Response, Korea Disease Control and Prevention Agency (KDCA)
Cardiopulmonary resuscitation (CPR) guidelines are a set of medical recommendations for cardiac arrest treatment based on scientific evidence. Korea has been updating its CPR guidelines every five years since the first CPR guidelines were established in 2006 by the Korean Association of CPR. The aim of this paper is to introduce the 2020 Korean CPR Guidelines. Findings indicated that the major changes included: 1) the concept of the environment for cardiac arrest survival and the new chain of survival; 2) the enhanced role of the emergency medical dispatcher in recognizing cardiac arrest and providing CPR through witnesses; 3) modification of priority in the maneuvers for managing foreign body airway obstruction; 4) recommendations for the duration of on-site CPR; 5) new recommendations for advanced airway management, drugs, and pediatric defibrillation energy; 6) new recommendations for target temperature management, emergency coronary angiography, neurological prognostication, and rehabilitation of cardiac arrest survivors; 7) new recommendations for encouragement to monitor the quality of cardiac arrest treatment performance; 8) new recommendations for using social media; 9) new education processes, and 10) guidelines for CPR for patients with coronavirus disease (COVID-19) or those suspected infection. We plans to develop training programs and distribute the guidelines for public use based on the 2020 Korean CPR guidelines were recommended.
Keywords: Cardiopulmonary resuscitation, Guidelines, Cardiac arrest, Education, Implementation
| Discipline | 2015 CPR guidelines | 2020 CPR guidelines | |
|---|---|---|---|
| Basic life support | Sequence of CPR (C-A-B): Chest compression-Airway-Breathing. Depth of chest compressions: approximately 5cm(not exceeding 6cm) for adults, 4~5cm for children, 4cm for infants. Rate of chest compressions: 100~120/min. Ratio of compression and ventilation = 30:2. | Sequence of CPR (C-A-B): Chest compression-Airway-Breathing. Depth of chest compressions: approximately 5 cm (not exceeding 6 cm) for adults, 4-5 cm for children, 4cm for infants. Rate of chest compressions: 100~120/min. Ratio of compression and ventilation = 30:2. | No change |
Recommend moving the patient from bed to floor to increase the depth of chest compression. | Recommend not moving the patient from bed to floor to increase the depth of chest compression. | Updated | |
An abdominal thrust as the first maneuver for a patient with foreign body airway obstruction and ineffective coughing effort. | A back blow as the first maneuver for a patient with foreign body airway obstruction and ineffective coughing effort. | Updated | |
Emergency medical dispatchers should assist the bystander in performing cardiac arrest and perform dispatcher-assisted telephone CPR by using standard protocols during an emergency phone call. | Updated | ||
CPR is recommended if cardiac arrest is suspected because the possibility of complications is small. | New | ||
CPR guidelines for cardiac arrest victims with coronavirus infection or suspected infection are provided. | New | ||
| Advanced life support | Emergency medical personnel should choose either a bag-mask or an advanced airway (endotracheal intubation or supraglottal airway) during resuscitation. | New | |
Only emergency medical personnel with sufficient training and experience may perform endotracheal intubation. | New | ||
Lidocaine can be used as an alternative for amiodarone in treating refractory ventricular fibrillation. | Amiodarone and lidocaine are equally recommended as antiarrhythmic drugs for the treatment of refractory ventricular fibrillation. | Updated | |
End tidal CO2 monitoring and point-of-care ultrasonography can be used for monitoring the patient during advanced life support. | New | ||
Extracoporeal CPR is recommended in selective patients when effort to restore spontaneous circulation with standard CPR fails. | New | ||
| Post-cardiac arrest care | Emergency coronary angiography is indicated in patients with cardiac arrest from cardiac etiology. | Emergency coronary angiography is indicated in patients with cardiac arrest with ST-segment elevation on EKG. | Updated |
Targeted temperature management is strongly recommended for patients resuscitated from shockable rhythm. | Targeted temperature management is strongly recommended for patients resuscitated from both shockable rhythm and non-shockable rhythm. | Updated | |
Early cooling with cold saline infusion outside the hospital or emergency room is indicated for patients resuscitated from cardiac arrest. | Early cooling with cold saline infusion should not be performed on patients resuscitated from cardiac arrest. | Updated | |
Prophylactic antibiotic administration is not recommended during post-cardiac arrest period. | New | ||
Neurological prognostication can be performed 72h after restoration of spontaneous circulation. | Neurological prognostication can be performed 5 days after restoration of spontaneous circulation. | Updated | |
A structured screening and assessment of physical and psychological disabilities is recommended for survivors of cardiac arrest. A comprehensive, multidisciplinary discharge plan, including rehabilitation treatment, needs to be established for survivors of cardiac arrest. | New | ||
It is necessary to designate a cardiac arrest center that can perform 24h coronary angiography, targeted temperature management, and tests for neurological prognostication. | New | ||
| Pediatric life support/neonatal resuscitation | 2-4 J/kg is indicated as the first defibrillation energy for children.. | 2 J/kg is indicated as the first defibrillation energy for children. | Updated |
Epinephrine is indicated if the newborn has a heart rate of less than 60. | New | ||
If umbilical vein is not available in newborns, intraosseous route is recommended as an alternative method. | New | ||
| Education/implementation | Contacting volunteers with prior consent using social media is proposed to increase bystander CPR rate. | New | |
It is recommended to manage the CPR experience of emergency medical personnel and include those who have experienced resuscitation when forming a resuscitation team. | New | ||
It is recommended to operate a rapid response team in hospitals. | New | ||
Medical institutions and communities are encouraged to monitor the quality of cardiac arrest treatment performance. | New | ||
It is recommended to develop a non-face-to-face CPR education program during an infectious disease epidemic/pandemic. | New | ||
Recommendations for termination of resuscitation are provided. | New | ||
| General | Chain of survival: Prevention of cardiac arrest and early recognition - rapid EMS activation - early CPR - early defibrillation - effective advanced life support and post-resuscitation care. | Chain of survival for out-of-hospital cardiac arrest: Recognition and EMS activation - bystander CPR – defibrillation - advanced life support - post-cardiac arrest care. Chain of survival for in-hospital cardiac arrest: Recognition and resuscitation team activation – high-quality CPR – defibrillation - advanced life support - post-cardiac arrest care. | Updated |
Concept of environment for cardiac arrest survival, including prevention of cardiac arrest, CPR education, cardiac arrest treatment system, and quality improvement, is proposed. | New | ||
CPR algorithms for lay people and healthcare providers are presented. | Out-of-hospital cardiac arrest and in-hospital cardiac arrest algorithms for lay people and healthcare providers are presented. | Updated | |
On-site CPR is recommended for 6 minutes for basic resuscitation teams and up to 10 minutes for advanced resuscitation teams before transferring the patient to a hospital. | New |
| Discipline | 2015 CPR guidelines | 2020 CPR guidelines | |
|---|---|---|---|
| Basic life support | Sequence of CPR (C-A-B): Chest compression-Airway-Breathing. Depth of chest compressions: approximately 5cm(not exceeding 6cm) for adults, 4~5cm for children, 4cm for infants. Rate of chest compressions: 100~120/min. Ratio of compression and ventilation = 30:2. | Sequence of CPR (C-A-B): Chest compression-Airway-Breathing. Depth of chest compressions: approximately 5 cm (not exceeding 6 cm) for adults, 4-5 cm for children, 4cm for infants. Rate of chest compressions: 100~120/min. Ratio of compression and ventilation = 30:2. | No change |
Recommend moving the patient from bed to floor to increase the depth of chest compression. | Recommend not moving the patient from bed to floor to increase the depth of chest compression. | Updated | |
An abdominal thrust as the first maneuver for a patient with foreign body airway obstruction and ineffective coughing effort. | A back blow as the first maneuver for a patient with foreign body airway obstruction and ineffective coughing effort. | Updated | |
Emergency medical dispatchers should assist the bystander in performing cardiac arrest and perform dispatcher-assisted telephone CPR by using standard protocols during an emergency phone call. | Updated | ||
CPR is recommended if cardiac arrest is suspected because the possibility of complications is small. | New | ||
CPR guidelines for cardiac arrest victims with coronavirus infection or suspected infection are provided. | New | ||
| Advanced life support | Emergency medical personnel should choose either a bag-mask or an advanced airway (endotracheal intubation or supraglottal airway) during resuscitation. | New | |
Only emergency medical personnel with sufficient training and experience may perform endotracheal intubation. | New | ||
Lidocaine can be used as an alternative for amiodarone in treating refractory ventricular fibrillation. | Amiodarone and lidocaine are equally recommended as antiarrhythmic drugs for the treatment of refractory ventricular fibrillation. | Updated | |
End tidal CO2 monitoring and point-of-care ultrasonography can be used for monitoring the patient during advanced life support. | New | ||
Extracoporeal CPR is recommended in selective patients when effort to restore spontaneous circulation with standard CPR fails. | New | ||
| Post-cardiac arrest care | Emergency coronary angiography is indicated in patients with cardiac arrest from cardiac etiology. | Emergency coronary angiography is indicated in patients with cardiac arrest with ST-segment elevation on EKG. | Updated |
Targeted temperature management is strongly recommended for patients resuscitated from shockable rhythm. | Targeted temperature management is strongly recommended for patients resuscitated from both shockable rhythm and non-shockable rhythm. | Updated | |
Early cooling with cold saline infusion outside the hospital or emergency room is indicated for patients resuscitated from cardiac arrest. | Early cooling with cold saline infusion should not be performed on patients resuscitated from cardiac arrest. | Updated | |
Prophylactic antibiotic administration is not recommended during post-cardiac arrest period. | New | ||
Neurological prognostication can be performed 72h after restoration of spontaneous circulation. | Neurological prognostication can be performed 5 days after restoration of spontaneous circulation. | Updated | |
A structured screening and assessment of physical and psychological disabilities is recommended for survivors of cardiac arrest. A comprehensive, multidisciplinary discharge plan, including rehabilitation treatment, needs to be established for survivors of cardiac arrest. | New | ||
It is necessary to designate a cardiac arrest center that can perform 24h coronary angiography, targeted temperature management, and tests for neurological prognostication. | New | ||
| Pediatric life support/neonatal resuscitation | 2-4 J/kg is indicated as the first defibrillation energy for children.. | 2 J/kg is indicated as the first defibrillation energy for children. | Updated |
Epinephrine is indicated if the newborn has a heart rate of less than 60. | New | ||
If umbilical vein is not available in newborns, intraosseous route is recommended as an alternative method. | New | ||
| Education/implementation | Contacting volunteers with prior consent using social media is proposed to increase bystander CPR rate. | New | |
It is recommended to manage the CPR experience of emergency medical personnel and include those who have experienced resuscitation when forming a resuscitation team. | New | ||
It is recommended to operate a rapid response team in hospitals. | New | ||
Medical institutions and communities are encouraged to monitor the quality of cardiac arrest treatment performance. | New | ||
It is recommended to develop a non-face-to-face CPR education program during an infectious disease epidemic/pandemic. | New | ||
Recommendations for termination of resuscitation are provided. | New | ||
| General | Chain of survival: Prevention of cardiac arrest and early recognition - rapid EMS activation - early CPR - early defibrillation - effective advanced life support and post-resuscitation care. | Chain of survival for out-of-hospital cardiac arrest: Recognition and EMS activation - bystander CPR – defibrillation - advanced life support - post-cardiac arrest care. Chain of survival for in-hospital cardiac arrest: Recognition and resuscitation team activation – high-quality CPR – defibrillation - advanced life support - post-cardiac arrest care. | Updated |
Concept of environment for cardiac arrest survival, including prevention of cardiac arrest, CPR education, cardiac arrest treatment system, and quality improvement, is proposed. | New | ||
CPR algorithms for lay people and healthcare providers are presented. | Out-of-hospital cardiac arrest and in-hospital cardiac arrest algorithms for lay people and healthcare providers are presented. | Updated | |
On-site CPR is recommended for 6 minutes for basic resuscitation teams and up to 10 minutes for advanced resuscitation teams before transferring the patient to a hospital. | New |
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