scholarly journals Impact of In Situ Education on Management of Cardiac Arrest after Cardiac Surgery

2021 ◽  
Vol 23 (2) ◽  
pp. 54-61
Author(s):  
Bhargavi Gali ◽  
◽  
Grace Arteaga ◽  
Glen Au ◽  
Vitaly Herasevich

Background: Advanced life support interventions have been modified for patients who have recently undergone sternotomy for cardiac surgery and have new suture lines. We aimed to determine whether the use of in-situ simulation increased adherence to the cardiac surgery unit-advanced life support algorithm (CSU-ALS) for patients with cardiac arrest after cardiac surgery (CAACS). Methods: This was a retrospective chart review of cardiac arrest management of patients who sustained CAACS before and after implementation of in-situ simulation scenarios utilizing CSU-ACLS in place of traditional advanced cardiac life support. We utilized classroom education of CSU-ACLS followed by in-situ high-fidelity simulated scenarios of patients with CAACS.. Interprofessional learners (n = 210) participated in 18 in-situ simulations of CAACS. Two groups of patients with CAACS were retrospectively compared before and after in situ training (preimplementation, n=22 vs postimplementation, n=38). Outcomes included adherence to CSU-ALS for resuscitation, delay in initiation of chest compressions, use of defibrillation and pacing before external cardiac massage, and time to initial medication. Results: Chest compressions were used less often in the postimplementation vs the preimplementation period (11/22 [29%] vs 13/38 [59%], P = 0.02). Time to initial medication administration, use of defibrillation and pacing, return to the operating room, and survival were similar between periods. Conclusion: In this pilot, adherence to a key component of the CSU-ALS algorithm—delaying initiation of chest compressions—improved

Author(s):  
Moslem Abdelghafar ◽  
Taher Abdelmoiem ◽  
Alaa Mohamed ◽  
Mohamed Abdalla

Aim: Cardiac surgery patients have different resuscitative needs than other patients who experience in-hospital cardiac arrest, this was addressed in the guidelines. However, it is unknown how widely the guidelines are practiced, or a training protocol is followed in different cardiac surgery units in Egypt. Methods: A 21-question survey is created and included: Participants demographics, Prevalence of cardiac arrest, Cardiac arrest protocol, Emergency resternotomy technique, Training protocols. Survey was disseminated through social media messaging platforms during the period between November 2020 and January 2021. Results: 95 responses were from 11 centres across Egypt. 68.5% of the respondents were surgeons, 76.8% of participants were junior surgeons. For patients who go into VF after cardiac surgery, respondents would attempt a median of 3 shocks with only 24.2% commencing defibrillation shocks before external cardiac massage, while the majority initiating CPR immediately and performing emergency resternotomy in a median time of 10 mins. 56.8% would give 1 mg of adrenaline as soon the cardiac arrest was established. If a surgeon was not available, only 36.8% of respondents would allow any trained personnel to perform the emergency resternotomy. Only 9.5% practice regularly on emergency sternotomies. 75% think tailored training is important and staff should be oriented about it in the future. Conclusion: An action plan is required to improve the awareness of the junior surgeons with the Cardiac Advanced Life Support Protocol.


Circulation ◽  
2007 ◽  
Vol 116 (suppl_16) ◽  
Author(s):  
Lynn J White ◽  
Sarah A Cantrell ◽  
Robert Cronin ◽  
Shawn Koser ◽  
David Keseg ◽  
...  

Introduction Long pauses without chest compressions (CC) have been identified in CPR provided by EMS professionals for out-of-hospital cardiac arrest (OOHCA). The 2005 AHA ECC CPR guidelines emphasize CC. The 2005 AHA Basic Life Support (BLS) for Healthcare Professionals (HCP) course introduced a training method with more CPR skills practice during the DVD based course. The purpose of this before/after study was to determine whether CC rates increased after introduction of the 2005 course. Methods This urban EMS system has 400 cardiac etiology OOHCA events annually. A convenience sample of 49 continuous electronic ECG recordings of VF patients was analyzed with the impedance channel of the LIFEPAK 12 (Physio-Control, Redmond WA) and proprietary software. A trained researcher verified the automated analysis. Each CC during the resuscitation attempt and pauses in CC before and after the first defibrillation shock were noted. The time of return of spontaneous circulation (ROSC) was determined by medical record review and onset of regular electrical activity without CC. Medical records were reviewed for outcome to hospital discharge. The EMS patient care protocol for VF was changed on July 1, 2006 to comply with the 2005 AHA ECC guidelines. Cases were grouped by the OOHCA date: 9/2004 to 12/31/2006 (pre) and 7/1/2006 to 4/21/2007 (post). EMS personnel began taking the 2005 BLS for HCP course during spring 2006. Monthly courses over 3 years will recertify 1500 personnel. Results 29 cases were analyzed from the pre group and 20 from the post group. Compressions per minute increased from a mean (±SD) of 47 ± 16 pre to 75 ± 33 post (P < 0.01). The mean count of shocks given per victim decreased from 4.5 ± 4.0 pre to 2.8 ± 1.8 post (P < 0.04). The CC pause before the first shock was unchanged (23.6 ± 18.4 seconds to 22.1 ± 17.9). but the CC pause following that shock decreased significantly from 48.7 ± 63.2 to 11.8 ± 22.5 (p=0.008). Rates of ROSC (55% pre, 50% post) and survival to discharge (15% pre, 13% post) were similar. Conclusion Following introduction of the 2005 BLS for HCP course and the EMS protocol change, the quality of CPR delivered to victims of OOHCA improved significantly compared with pre-2006 CPR. The sample size was too small to detect differences in survival rates.


2014 ◽  
Vol 25 (2) ◽  
pp. 123-129 ◽  
Author(s):  
Cheryl Herrmann

Cardiac arrest in the immediate postoperative recovery period in a patient who underwent cardiac surgery is typically related to reversible causes—tamponade, bleeding, ventricular arrhythmias, or heart blocks associated with conduction problems. When treated promptly, 17% to 79% of patients who experience cardiac arrest after cardiac surgery survive to discharge. The Cardiac Advanced Life Support–Surgical (CALS-S) guideline provides a standardized algorithm approach to resuscitation of patients who experience cardiac arrest after cardiac surgery. The purpose of this article is to discuss the CALS-S guideline and how to implement it.


2021 ◽  
Vol 23 (Supplement_D) ◽  
Author(s):  
Moslem Abdelghafar ◽  
Taher Abdelmoneim ◽  
Alaa Mohamed ◽  
Mohamed Abdalla

Abstract Introduction There has been an increasing recognition that cardiac surgery patients have different resuscitative needs than other medical and surgical patients who experience in-hospital cardiac arrest. This was addressed in the 2010 European Resuscitation Council Guidelines and the 2010 American Heart Association Guidelines. However, it’s unknown how widely the guidelines are practiced, or a training protocol is followed in different units in Egypt. Objectives This national survey aims to identify the views and common practice of Egyptian cardiac teams regarding resuscitation after cardiac surgery. Methods A 21-question survey is created based on a prior survey used by the EACTS guidelines committee. Questions included the following topics: Participants demographics, Prevalence of cardiac arrest in the intensive care unit, Cardiac arrest with ventricular fibrillation or non-shockable rhythm, Emergency resternotomy technique, Training and arrest protocols. Survey dissemination was through social media platforms, mobile messaging applications and emails during the time period between November 2020 and January 2021. Results Of 126 responses, 95 were suitable for inclusion. Responses were from 11 centres across Egypt. 68.5% of the respondents were surgeons while cardiac anaesthetists and intensivists formed 12.6% and 18.9% respectively. 76.8% of participants were middle-grade doctors, consultant participation was 23.2%. The median annual number of cases performed in the units was 480 and this ranged from 10 to 3000. The average percentage of cardiac arrests was 7%, Median survival to hospital discharge of all arrests was 33% For patients who go into VF after cardiac surgery, respondents would attempt a mean of 5 shocks with only 24.2% commencing defibrillation shocks before external cardiac massage, while the majority initiating CPR immediately. They would perform emergency resternotomy in a mean time of 12 mins and in 15 mins if the rhythm was not shockable. 56.8% would give 1 mg of adrenaline as soon the cardiac arrest was established, only 6.3% thought that it should be given rarely or not at all. If a surgeon was not immediately available 36.8% of respondents would be happy for any trained personnel to perform the emergency resternotomy while 58.9% expect only the surgeon to perform the resternotomy. 49.4% of the participants have not practised any training to perform an emergency sternotomy. 41% of the respondents state they occasionally practice or talk with the staff about it. Only 9.5% practice regularly on emergency sternotomies. 25% assume current training is enough and does not need modification, while 75% think tailored training is important and staff should be oriented about it in the future. Conclusion An action plan is required to improve the awareness of the junior surgeons with the Cardiac Advanced Life Support Protocol. Proper training of the intensive care staff to implement the protocol in a timely organised manner is needed. Assessment of the rhythm before starting external chest compressions is the corner stone in cardiac patients undergoing cardiac arrest. VF/pVT rhythm, 3 defibrillation shocks are given first; for the non- shockable rhythm, the emergency pacing switched on, this is followed by compressions till resternomtomy. Emergency resternotomy under 5 minutes is the only effective way to save patients with tamponade and extreme hypovolemia.


2017 ◽  
Vol 30 (2) ◽  
pp. 111
Author(s):  
Nerilee Baker ◽  
Susan Whittam ◽  
Sean Scott ◽  
Nilesh Mahale ◽  
Peter McCanny ◽  
...  

2015 ◽  
Vol 35 (2) ◽  
pp. 30-38 ◽  
Author(s):  
S. Jill Ley

Of the 250 000 patients who undergo major cardiac operations in the United States annually, 0.7% to 2.9% will experience a postoperative cardiac arrest. Although Advanced Cardiac Life Support (ACLS) is the standard approach to management of cardiac arrest in the United States, it has significant limitations in these patients. The European Resuscitation Council (ERC) has endorsed a new guideline specific to resuscitation after cardiac surgery that advises important, evidence-based deviations from ACLS and is under consideration in the United States. The ACLS and ERC recommendations for resuscitation of these patients are contrasted on the basis of the essential components of care. Key to this approach is the rapid elimination of reversible causes of arrest, followed by either defibrillation or pacing (as appropriate) before external cardiac compressions that can damage the sternotomy, cautious use of epinephrine owing to potential rebound hypertension, and prompt resternotomy (within 5 minutes) to promote optimal cerebral perfusion with internal massage, if prior interventions are unsuccessful. These techniques are relatively simple, reproducible, and easily mastered in Cardiac Surgical Unit–Advanced Life Support courses. Resuscitation of patients after heart surgery presents a unique opportunity to achieve high survival rates with key modifications to ACLS that warrant adoption in the United States.


2021 ◽  
Vol 8 (4) ◽  
pp. 244-252
Author(s):  
Jerzy Kiszka ◽  
Dawid Filip ◽  
Piotr Wasylik

Aim: Assessment of the increase in knowledge in specific categories among students of the last-year emergency medical students after 45-hour training in advanced paediatric life support. Comparison of the impact of participation in the project and the ILS course on the increase of knowledge in the field of advanced life support in children. Material and methods: 138 third-year emergency medical students of the University of Rzeszów were studied. A proprietary questionnaire on paediatric life support was conducted before and after completing a 45-hour training on emergency medical services in children (pretest/posttest). Results: The mean percentage of subjects’ correct answers in the post-test was slightly over 60 which was statistically significantly higher compared to the pre-test, t(276)=6.54; p<0.001. The highest percentage of correct answers concerned paediatric basic life support and AED (M=77.78; SD=12.47), while the lowest – cardiac arrest in children in special situations (M=60.54; SD=21.06). No statistically significant relationship was found between the percentage of correct answers in the pre-test/post-test and the respondents’ age, gender and participation in a competence development project (p>0.05). Conclusions: The knowledge of paediatric life support among the third year emergency medical students is good. The students of subsequent years and individuals reading the literature and participating in the competence development project are better prepared to perform life support procedures in newborns and infants. From year to year, students gain less knowledge from medical literature and have the least knowledge on cardiac arrest in children in special circumstances.


Author(s):  
Caryl Bailey ◽  
Michael Faulkner

This chapter explores advanced cardiovascular life support (ACLS) after cardiac surgery. In 2009, the European Association of Cardiothoracic Surgeons provided recommendations for the management of post–cardiac surgery arrest, which have since been augmented by publication of consensus guidelines from the European Resuscitation Council in 2015 and the Society of Thoracic Surgeons in 2017. These guidelines are preferred over traditional ACLS guidelines for cardiac arrest resuscitation of post–cardiac surgery patients. Ventricular fibrillation is the cause of 25%–50% of cardiac arrests in post–cardiac surgery patients. Guidelines recommend up to 3 attempted shocks prior to external cardiac massage (ECM) if they can be delivered within 1 minute of arrest. Early defibrillation is often successful in this population and minimizes potential intrathoracic trauma from ECM on a fresh sternotomy. In patients with severe bradycardia or asystole, the epicardial pacer should be set to emergency mode, which provides dual-chamber, asynchronous pacing at 80–100 bpm with maximum atrial and ventricular amperage. Resternotomy within 5 minutes is recommended when resuscitation after cardiac arrest has been unsuccessful or when cardiac arrest from tamponade is highly likely.


2020 ◽  
Vol 38 ◽  
Author(s):  
Gabriela de Sio Puetter Kuzma ◽  
Camila Bellettini Hirsch ◽  
Angélica Luciana Nau ◽  
Analiz Marchini Rodrigues ◽  
Eduardo Maranhão Gubert ◽  
...  

ABSTRACT Objective: To evaluate the quality of individual and team care for cardiac arrest in a pediatric hospital using clinical surprise simulation (in situ mock code). Methods: We conducted an observational study with a sample of the hospital staff. Clinical simulations of cardiorespiratory arrest were performed in several sectors and work shifts. The mock code occurred in vacant beds of the sector without previous notification to the teams on call. One researcher conducted all mock codes and another evaluated individual and team attendance through a questionnaire contemplating recommendation for adequate cardiopulmonary resuscitation, based on the Pediatric Advanced Life Support (PALS) guidelines. At the end of the simulations, the research team provided a debriefing to the team tested. Results: Fifteen in situ mock code were performed with 56 nursing professionals (including nurses, nursing residents and technicians) and 11 physicians (including two pediatric residents and four residents of pediatric subspecialties). The evaluation showed that 46.7% of the professionals identified cardiac arrest checking for responsiveness (26.7%) and pulse (46.7%); 91.6% requested cardiac monitoring and venous access. In one case (8.3%) the cardiac compression technique was correct in depth and frequency, while 50% performed cardiopulmonary resuscitation correctly regarding the proportion of compressions and ventilation. According to PALS guidelines, the teams had a good performance in the work dynamics. Conclusions: There was low adherence to the PALS guidelines during cardiac arrest simulations. The quality of cardiopulmonary resuscitation should be improved in many points. We suggest periodical clinical simulations in pediatric services to improve cardiopulmonary resuscitation performance.


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