Life Desk :
What’s App can now be used to send diagnostic electrocardiograms directly to the hospitals catheterisation team enabling them to prep and save crucial time for treatment, found a new observational study presented in Argentine Congress of Cardiology (SAC 2017).
The annual congress of the Argentine Society of Cardiology is being held in Buenos Aires from 19 to 21 October. Experts from the European Society of Cardiology (ESC) will present a special programme.
‘The free messaging app like what’s app could be used by the ambulance doctors to send diagnostic electrocardiograms directly to the oncall cardiologist and thereby help prepare the catheterisation theatre in time. It may also enabling the patient to bypass the emergency department. ‘
“More than 42 000 heart attacks occur in Argentina every year,” said first author Dr Nicolás Lalor, cardiologist, Cardiovascular Institute of Buenos Aires – Sanatorio Anchorena, Argentina. “The mortality rate from ST-segment elevation myocardial infarction (STEMI) has declined in recent years but is still 8-12%.”
“Patients have the best chance of survival when they receive primary angioplasty to restore blood flow to blocked arteries within 90 minutes of contacting the health service,” he continued. “Numerous delays can occur before and after patients reach the hospital which lead to this treatment target being missed.”
This study assessed whether the delay between first medical contact and primary angioplasty could be reduced by ambulance staff using WhatsApp to notify hospital staff that a patient was coming for treatment. The observational study prospectively enrolled 896 patients with STEMI between 2012 and 2016 that were treated at Insituto Cardiovascular de Buenos Aires and Sanatorio Anchorena in Buenos Aires.
Hospital admission occurred by three routes: 1) patients arrived at the emergency department by their own means (211 patients); 2) ambulance delivered patients to the emergency department (325 patients); 3) ambulance delivered patients to the cath lab (emergency room bypassed) (360 patients).
In group 3, an ambulance doctor conducted an ECG on arrival at the patient’s home or public place. If STEMI was the diagnosis, the ECG was transmitted using WhatsApp on a smartphone to a cardiologist at the hospital to confirm the diagnosis and prepare the cath lab.
On arrival at the hospital by ambulance, patients were taken directly to the cath lab and did not stop in the emergency department.
Treatment times and outcomes were compared between patients who received an ECG diagnosis of STEMI in the emergency room (groups 1 and 2) and those who received an ECG diagnosis by ambulance staff and were directly transferred to the cath lab (group 3). The primary objective was to determine if direct transfer to the cath lab led to quicker treatment. Secondary objectives were to evaluate the impact of direct transfer on improvement of left ventricular ejection fraction during hospitalisation, length of hospital stay, and mortality.
The researchers found that the time between symptom onset and treatment was significantly lower in group 3 (150 minutes) compared to groups 1 and 2 (200 minutes) (p <0.001).
The overall mortality rate of all STEMI patients in the study was 2.23%. Mortality was significantly lower in group 3 (0.83%) compared to groups 1 and 2 (3.17%) (p <0.001). Patients in group 3 had a shorter hospital stay (4.88 days versus 5.58 days; p <0.001) and better left ventricular ejection fraction at discharge (51% versus 48%; p <0.03) than those in groups 1 and 2. Dr Lalor said: "We found that notifying the cath lab in advance using WhatsApp and transferring patients directly from the ambulance, bypassing the emergency department, led to quicker treatment and better outcomes for patients with STEMI. Advanced notification enables hospital staff to prepare the cath lab and the doctor is ready to start primary angioplasty when the patient arrives."
He continued: “Using WhatsApp on a smart phone is a cheap and easy way for ambulance and hospital doctors to communicate and we will be rolling this procedure out to other hospitals in Argentina.” Dr Alberto Fernández, scientific programme coordinator of SAC 2017, said: “This is a very easy way to improve the treatment of acute myocardial infarction (AMI) in our country. Given the very long distances between centres that have percutaneous transluminal coronary angioplasty (PTCA) facilities, particularly in cities in the interior of the country, the opportunity to call the interventional cardiologist and prepare the cath lab could improve the prognosis of patients.”
Source: Eurekalert
Dr Fernández continued: “In the last registry of AMI in Argentina (ARGEN-IAM-ST), the median delay between pain and hospital admission was 2.5 (1.2-5.6) hours and in-hospital mortality was 8.8%. This data shows that all efforts to improve the outcome of patients will be very important.”
Professor Michel Komajda, a past president of the ESC and course director of the ESC programme in Argentina, said: “Time delay to treatment has a significant impact on survival of patients with STEMI.
This study highlights one strategy to reduce delays. Other strategies include increasing public awareness of common symptoms and the importance of calling the emergency services, or the use of ambulances with doctors who can deliver first aid including thrombolysis if access to centres with interventional facilities is too far as developed in my own country.”
What’s App can now be used to send diagnostic electrocardiograms directly to the hospitals catheterisation team enabling them to prep and save crucial time for treatment, found a new observational study presented in Argentine Congress of Cardiology (SAC 2017).
The annual congress of the Argentine Society of Cardiology is being held in Buenos Aires from 19 to 21 October. Experts from the European Society of Cardiology (ESC) will present a special programme.
‘The free messaging app like what’s app could be used by the ambulance doctors to send diagnostic electrocardiograms directly to the oncall cardiologist and thereby help prepare the catheterisation theatre in time. It may also enabling the patient to bypass the emergency department. ‘
“More than 42 000 heart attacks occur in Argentina every year,” said first author Dr Nicolás Lalor, cardiologist, Cardiovascular Institute of Buenos Aires – Sanatorio Anchorena, Argentina. “The mortality rate from ST-segment elevation myocardial infarction (STEMI) has declined in recent years but is still 8-12%.”
“Patients have the best chance of survival when they receive primary angioplasty to restore blood flow to blocked arteries within 90 minutes of contacting the health service,” he continued. “Numerous delays can occur before and after patients reach the hospital which lead to this treatment target being missed.”
This study assessed whether the delay between first medical contact and primary angioplasty could be reduced by ambulance staff using WhatsApp to notify hospital staff that a patient was coming for treatment. The observational study prospectively enrolled 896 patients with STEMI between 2012 and 2016 that were treated at Insituto Cardiovascular de Buenos Aires and Sanatorio Anchorena in Buenos Aires.
Hospital admission occurred by three routes: 1) patients arrived at the emergency department by their own means (211 patients); 2) ambulance delivered patients to the emergency department (325 patients); 3) ambulance delivered patients to the cath lab (emergency room bypassed) (360 patients).
In group 3, an ambulance doctor conducted an ECG on arrival at the patient’s home or public place. If STEMI was the diagnosis, the ECG was transmitted using WhatsApp on a smartphone to a cardiologist at the hospital to confirm the diagnosis and prepare the cath lab.
On arrival at the hospital by ambulance, patients were taken directly to the cath lab and did not stop in the emergency department.
Treatment times and outcomes were compared between patients who received an ECG diagnosis of STEMI in the emergency room (groups 1 and 2) and those who received an ECG diagnosis by ambulance staff and were directly transferred to the cath lab (group 3). The primary objective was to determine if direct transfer to the cath lab led to quicker treatment. Secondary objectives were to evaluate the impact of direct transfer on improvement of left ventricular ejection fraction during hospitalisation, length of hospital stay, and mortality.
The researchers found that the time between symptom onset and treatment was significantly lower in group 3 (150 minutes) compared to groups 1 and 2 (200 minutes) (p <0.001).
The overall mortality rate of all STEMI patients in the study was 2.23%. Mortality was significantly lower in group 3 (0.83%) compared to groups 1 and 2 (3.17%) (p <0.001). Patients in group 3 had a shorter hospital stay (4.88 days versus 5.58 days; p <0.001) and better left ventricular ejection fraction at discharge (51% versus 48%; p <0.03) than those in groups 1 and 2. Dr Lalor said: "We found that notifying the cath lab in advance using WhatsApp and transferring patients directly from the ambulance, bypassing the emergency department, led to quicker treatment and better outcomes for patients with STEMI. Advanced notification enables hospital staff to prepare the cath lab and the doctor is ready to start primary angioplasty when the patient arrives."
He continued: “Using WhatsApp on a smart phone is a cheap and easy way for ambulance and hospital doctors to communicate and we will be rolling this procedure out to other hospitals in Argentina.” Dr Alberto Fernández, scientific programme coordinator of SAC 2017, said: “This is a very easy way to improve the treatment of acute myocardial infarction (AMI) in our country. Given the very long distances between centres that have percutaneous transluminal coronary angioplasty (PTCA) facilities, particularly in cities in the interior of the country, the opportunity to call the interventional cardiologist and prepare the cath lab could improve the prognosis of patients.”
Source: Eurekalert
Dr Fernández continued: “In the last registry of AMI in Argentina (ARGEN-IAM-ST), the median delay between pain and hospital admission was 2.5 (1.2-5.6) hours and in-hospital mortality was 8.8%. This data shows that all efforts to improve the outcome of patients will be very important.”
Professor Michel Komajda, a past president of the ESC and course director of the ESC programme in Argentina, said: “Time delay to treatment has a significant impact on survival of patients with STEMI.
This study highlights one strategy to reduce delays. Other strategies include increasing public awareness of common symptoms and the importance of calling the emergency services, or the use of ambulances with doctors who can deliver first aid including thrombolysis if access to centres with interventional facilities is too far as developed in my own country.”
Source: Eurekalert
