First Support CPR and First Aid Training offers Cardiopulmonary Resuscitation (CPR) a lifesaving technique for emergencies like cessation of breathing or heartbeat. CPR helps blood continue flowing to the brain and other vital organs until emergency medical services arrive to provide medical care.
Approximately 350,000 cardiac arrests happens outside of hospital settings each year in the United States. Unfortunately, half of the people who experience cardiac arrests do not get CPR before an ambulance arrives. When CPR gets performed in the first few minutes of cardiac arrest, this can double or even triple a person’s chance of survival.
Getting your CPR certification may help you save a life someday. We offer a blended learning CPR classes. You can take online part of the CPR class on your computer or mobile phone at your convenience before coming to our office for the Skill check class. After the class, we will send your CPR certificates directly to your email inbox. The CPR certificates is valid for 2 years and you can use it for your Job application requirements (OSHA).
Choosing CPR Courses Guide for first timer or renewal of your CPR courses. Sometimes we forget or don’t know what specific CPR course that fit’s with our daily job. Some person’s make a mistake during the booking process. They book for a wrong CPR courses and purchase a wrong online course and ended up in rescheduling because they need to get the correct online course that fits with their needs. It’s a waste of time and money for the students.
BLS (Basic Life Support) Provider – nurses, nursing students, doctors, physical therapists, EMTs, paramedics, firefighters, dentists (receive CE credits) or anyone in the medical or healthcare field.
First Aid, CPR AED and First Aid CPR AED – courses are for parents, nannies, babysitters (over 10 yrs old), coaches, personal trainers (ACE, ACSM), maritime personnel, foster care, social workers, camp counselors, construction workers, & office workers.
Pediatric First Aid CPR AED – course are for child care providers who need EMSA certification as part of Title 22/AB243. State law requires child care providers to take this course once every two years. EMSA license 0204-DC.
This week’s “Keeping You Safe” goes to the beach, where safety officials discussed flotation devices and why it’s important to know CPR.
Grand Strand Medical Center shared an eye-opening statistic released in 2019 that showed where South Carolina stands when it comes to unintentional drownings,
“We were the state with the ninth highest rate for fatal unintentional drownings,” Chrissie Catlla, injury prevention and community outreach coordinator, said. “Anyone who is not very comfortable should be in a life jacket.”
Catlla said the safest flotation device is a U.S. approved Coast Guard life jacket.
“You’ll want to make sure that all of the buckles, the snaps, the zippers are appropriately on. Then you want to test it. You’ll want to pull up on the life jacket. If it doesn’t hit the chin or the ears, then it’s an appropriate fit,” she said.
Catlla said factors that influence drowning include:
Lack of swimming ability
Failure to wear life jacket/flotation device
Alcohol use
People not watching swimmers
Catlla, a registered nurse, also showed demonstrated how to administer CPR.
“If someone has drowned, the first thing you want to do is that you’re going to pull them to safety,” she said. “Once you get them out, you put them on their back, open their airway by lifting their chin.”
She said the lifesaver should then check the person’s pulse. If they’re not breathing, chest compressions should begin.
“You use two hands in the center of their chest and you pump their chest,” Catlla said.
It’s 100 compressions per minute, 30 times. Then, tilt the person’s chin backwards and give two breaths. CPR should continue until EMS arrives.
“If you’re going to be around open bodies of water, knowing CPR is one of the best ways we can help save lives,” Catlla said.
First Support CPR and First Aid Training offer CPR classes every Tuesday and Friday at 7:15 PM. You can also schedule a special class during weekdays with a minimum of 3 person’s and a maximum of 6 person’s per class. For more information, you can call us at (408) 475-7724 or email us at info@firstsupportcpr.com
A Bag-valve-mask (BVM) ventilation using a two-handed mask–face seal has been shown to be better than the one-handed mask–face seal during cardiopulmonary resuscitation (CPR).
Objective
To compare CPR quality metrics during simulation-based two-rescuer CPR with a modified two-handed mask–face seal technique and two-rescuer CPR with the conventional one-handed mask–face seal technique.
Methods
Participants performed two-rescuer CPR on a simulation manikin and alternated between the modified and conventional CPR methods. For the modified method, the first rescuer performed chest compressions and thereafter squeezed the BVM resuscitator bag during the ventilatory pause, while the second rescuer created a two-handed mask–face seal. For the conventional method, the first rescuer performed chest compressions and the second rescuer thereafter delivered rescue breaths by creating a mask–face seal with one hand and squeezing the BVM resuscitator bag with the other hand.
Results
Among the 40 participants that were enrolled, the mean ± standard deviation (SD) delivered respiratory volume was significantly higher for the modified two-rescuer method (319.4 ± 71.4 mL vs. 190.2 ± 50.5 mL; p < 0.0001). There were no statistically significant differences between the two methods with regard to mean ± SD compression rate (117.05 ± 9.67 compressions/min vs. 118.08 ± 10.99 compressions/min; p = 0.477), compression depth (52.80 ± 5.57 mm vs. 52.77 ± 6.77 mm; p = 0.980), chest compression fraction (75.92% ± 2.14% vs. 76.57% ± 2.57%; p = 0.186), and ventilatory pause time (4.62 ± 0.64 s vs. 4.56 ± 0.43 s; p = 0.288).
Conclusions
With minor modifications to the conventional method of simulated two-rescuer CPR, rescuers can deliver significantly higher volumes of rescue breaths without compromising the quality of chest compressions.
Broken Ribs During CPR – Being CPR Certified is different to actually apply in real life situation. One of the biggest concerns in performing CPR for the first time is whether or not you will accidentally break a patient ribs or other bones. Applying pressure to the rib area while performing the necessary chest compressions can can cause injuries. Because of this risk, many students learning CPR hesitate to apply their CPR Skills.
In order for CPR to be effective (in adult patients), chest compressions need to be performed at a depth of approximately 2 inches (5.08 cm) in depth. Shallow compressions will not sufficiently circulate the blood around the body. Compressing the human chest by that much, requires a significant amount of force. Giving this amount of force, we can easily understand how and why ribs may break in the process of performing CPR. Approximately 30% of patients receiving CPR suffer rib fractures or bone breaks. Those numbers may actually be higher.
The study analyzed autopsy data from more than 2,000 patients who had received CPR for cardiac
86% of men and 91% of women presented with skeletal chest injuries
59% of those men and 79% of those women had fractures of the sternum
77% of those men and 85% of those women had fractures of the ribs
33% of those men and 12% of those women had sternocostal separation
As you can see, a significant portion of patients had suffered from some type of Broken Ribs During CPR or fracture.
When you perform resuscitation on a patient, high chances of injury may occur.
Who is most at risk of breaking the ribs during CPR?
Base on the data provided from the above referenced study shows that women are more likely than men to experience injuries or Broken Ribs During CPR.
The study also found that older patients tend to be more at risk of CPR-related injury than those who are younger.
Also, the presence of certain existing health conditions, such as osteoporosis, which causes a weakening of the bones, can also increase the risk of skeletal injury.
Patients who are physically large, particularly those who are fat are much less likely to suffer broken bones due to CPR than those with smaller frames.
Another study performed in Korea revealed that patients receiving CPR from a bystander are more likely to suffer chest injuries than individuals who receive CPR from a trained professional, such as a doctor or a paramedic.
So, the good news is, if you are properly educated on how to correctly deliver effective chest compressions, your risk of injuring someone in the process may be lower.
Risk of injury also goes up based on the size and strength of the individual performing CPR as well.
Generally speaking, men tend to cause more rib fractures and breaks due to the fact that they tend to have more upper body strength than women. Of course, this is not always the caseb
What should you do if you hear (or feel) a bone crack during CPR?
In the event that a person on whom you are performing CPR experience a broken or fractured bone, you may hear a cracking sound.
At the very least, you’ll probably feel something crack or give way under your hands.
This is not always indicate of an actual bone break.
The initial sound or feeling of cracking can often be attributed to the cartilage in the ribs or sternum breaking, as opposed to the ribs themselves.
it is not advisable to stop performing CPR even if you hear a cracking sound or think you feel a rib break.
It is true that broken bones can be painful and may extend a person’s recovery time, stopping resuscitation efforts could result death into patient.
A patient who survived as a result of CPR would be happy even the patient suffer a broken bone. Thanks to the resuscitator’s quick response.
Don’t be afraid to perform CPR
You should never should never be afraid of breaking someone’s ribs or causing other injuries during the life-saving efforts.
Broken bones and injuries heal, but death is forever.
Most states have laws that protect people who deliver CPR in good faith.
That means even in the unlikely event that someone were to try and sue, you would be protected.
The fact is, CPR is a vigorous and sometimes brutal procedure.
There will always be a risk that the person who receive CPR become injured during the process.
However, if the person you assist is lucky enough to survive, you can expect a heartfelt thank you for the broken ribs.
A heart attack occurs when a blocked artery prevents oxygen-rich blood from reaching a section of the heart. If the blocked artery is not reopened quickly, the part of the heart normally nourished by that artery begins to die. The longer a person goes without treatment, the greater the damage.
Symptoms of a heart attack may be immediate and intense. More often, though, symptoms start slowly and persist for hours, days or weeks before a heart attack. Unlike with sudden cardiac arrest, the heart usually does not stop beating during a heart attack. The heart attack symptoms in women can be different than men.
What to do: Heart Attack
Even if you’re not sure it’s a heart attack, call 911 or your emergency response number. Every minute matters! It’s best to call EMS to get to the emergency room right away. Emergency medical services staff can begin treatment when they arrive — up to an hour sooner than if someone gets to the hospital by car. EMS staff are also trained to revive someone whose heart has stopped. Patients with chest pain who arrive by ambulance usually receive faster treatment at the hospital, too.
What is cardiac arrest?
Sudden cardiac arrest occurs suddenly and often without warning. It is triggered by an electrical malfunction in the heart that causes an irregular heartbeat (arrhythmia). With its pumping action disrupted, the heart cannot pump blood to the brain, lungs and other organs. Seconds later, a person loses consciousness and has no pulse. Death occurs within minutes if the victim does not receive treatment.
What to do: Cardiac Arrest
Cardiac arrest is reversible in most victims if it’s treated within a few minutes. First, call 911 for emergency medical services. Then get an automated external defibrillator if one is available and use it as soon as it arrives. Begin CPR immediately and continue until professional emergency medical services arrive. If two people are available to help, one should begin CPR immediately while the other calls 911 and finds an AED.
Sudden cardiac arrest is a leading cause of death – over 320,000 out-of-hospital cardiac arrests occur annually in the United States. By performing Hands-Only CPR to the beat of the classic disco song “Stayin’ Alive,” you can double or even triple a victim’s chance of survival.
What is the link?
These two distinct heart conditions are linked. Sudden cardiac arrest can occur after a heart attack, or during recovery. Heart attacks increase the risk for sudden cardiac arrest. Most heart attacks do not lead to sudden cardiac arrest. But when sudden cardiac arrest occurs, heart attack is a common cause. Other heart conditions may also disrupt the heart’s rhythm and lead to sudden cardiac arrest. These include a thickened heart muscle (cardiomyopathy), heart failure, arrhythmias, particularly ventricular fibrillation, and long Q-T syndrome.
Fast action can save lives. Perform Hands only CPR if someone experiences a heart attack or cardiac arrest.
Hands only CPR was encourage by the American Heart Association and released its 2020 emergency cardiopulmonary resuscitation (CPR) guidelines on October 21, 2020.
Of the 356,461 out-of-hospital cardiac arrest cases in the US in 2019, the survival rate was merely 10.4% because of a lack of high-quality CPR and access to an automated external defibrillator (AED). This device administers an electrical shock to normalize and restart heart rhythms and is designed for use by the public. I am certain that local statistics are similar to US ones, so we must promote awareness and training in CPR and make AEDs more generally available.
During this pandemic, the public can still provide CPR by using a hands-only method and an AED while awaiting an ambulance. Remember that both the rescuer and the victim must wear face masks. No rescue breaths are given at any time during hands-only CPR. First Support CPR and First Aid Training offers CPR classes for certification and recertification.
The American Heart Association’s 2020 guidelines add a sixth link to the cardiac arrest chain of survival and offer new strategies for increasing rates of lay person CPR
The American Heart Association’s regular revisions to its CPR and emergency cardiovascular care guidelines have included changes to epinephrine, therapeutic hypothermia, and compression-to-ventilation ratios over the years. Learn more about the AHA Guidelines for CPR and ECC 2020 updates with:
AHA Guidelines 2020: An EMS overview: Kenny Navarro explains what the recommendations mean for EMS treatment of adult and pediatric cardiac arrest related to epinephrine, compression depth and rate, intraosseous access and double sequential defibrillation
DALLAS — The American Heart Association (AHA) has released updated CPR guidelines for 2020, which address the management of opioid-related cardiac arrest, the use of digital technology in facilitating cardiac arrest response, social disparities in rates of bystander CPR and post-hospital recovery as part of the cardiac arrest chain of survival.
The new guidelines were published Wednesday in the association’s Circulation journal and outline a total of 491 recommendations for first responders and lay rescuers. In a press release, the AHA highlighted new suggestions for raising awareness of the importance of bystander CPR.
The American Heart Association has released its updated 2020 CPR guidelines in the journal Circulation. The new guidelines include 491 recommendations, including recommendations about responding to opioid-related cardiac arrests, encouraging lay person CPR in populations with historically low bystander CPR rates and using digital technology to facilitate CPR response. (Photo/American Heart Association)
The AHA recommends encouraging lay person CPR by underscoring that the risk of causing harm to the patient during CPR is low, and by focusing efforts on socioeconomic, racial and ethnic populations that have historically seen lower rates of bystander CPR. The AHA also stated that CPR training should address gender-related barriers in order to improve bystander CPR rates for women.
The use of mobile technology by emergency dispatch systems to alert trained bystanders to cardiac arrests near them can also increase the rates of bystander CPR and AED use, according to the AHA. The association also released a digital resuscitation portfolio, a new online program for continuously improving CPR training programs, developed in collaboration with Area9 Lyceum and RQI Partners.
“In this time of physical distancing, resuscitation education and training delivery must evolve,” said RQI Partners CEO Clive Patrickson, Ph.D., in a statement. “The American Heart Association digital resuscitation portfolio uniquely and efficiently delivers effective CPR quality improvement and leads healthcare organizations on an immediate journey to high-quality and verified CPR competence to maximize lifesaving outcomes.”
Other changes to CPR guidelines include two new opioid-associated emergency algorithms for first responders and lay rescuers to respond to cardiac arrests caused by overdoses, and new data on pediatric CPR and resuscitation of pregnant patients. The association has also added a sixth link to its cardiac arrest chain of survival addressing the need for continued treatment, monitoring and rehabilitation for survivors after they leave the hospital.
“The 2020 Guidelines represent a synthesis of important science that guides how resuscitation is provided for critically ill patients,” stated Raina Merchant, M.D., M.S.H.P., FAHA, chair of the American Heart Association Emergency Cardiovascular Care Committee and associate professor of emergency medicine at the University of Pennsylvania. “As the science evolves over time, it’s important that we review it and make recommendations about how providers can deliver high-quality care that reflects the most updated and state-of-the-art information.”
The AHA’s CPR guidelines are typically updated every five years and have transitioned to a new online format for continuous evidence evaluation since they were last updated in 2015. The full updated guidelines are available online in the Circulation journal with additional resources available on the AHA website.
Simulating a medical emergency on an aircraft in microgravity
Alexis Rosenfeld/Getty Images
Nobody has experienced cardiac arrest in space, yet. But with plans to send humans back to the moon within a few years and on missions to Mars down the line, the chances are it will happen at some point.
A new study led by Jochen Hinkelbein at the University Hospital of Cologne in Germany provides the most comprehensive guidelines yet on how to perform cardiopulmonary resuscitation (CPR) in space.
“This is a critical work on a medical emergency that mercifully has not occurred yet during space flight,” says …
