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ROSC-U Mechanical CPR Device
The ROSC-U Miniature Chest Compressor is a compact CPR device that delivers consistent chest compressions. In less than 10 seconds it is secured directly to the chest by a wide belt called a Torso Restraint which wraps around the patient.
Cardiac Science Powerheart® G5 AED
Whether you are an experienced rescuer or a first-time responder, the Powerheart G5 automated external defibrillator (AED) provides a powerful combination of features that help rescuers provide sudden cardiac arrest (SCA) victims with swift, effective, and life-saving therapy. The Powerheart G5 combines semi-automatic shock delivery, dual-language functionality, variable escalating energy, and fast shock times to help save an SCA victim‘s life. Available in Automatic and Semi-Automatic as well as multiple language packs.
Curaplex Fingertip SPO2 Monitor - Onyx Vantage 9590
Curaplex Select Onyx Vantage finger pulse oximeter with PurSAT® technology captures SpO2 and pulse rate measurements - even on patients where low perfusion is a challenge
Statins: The unsexy side of cardiac treatment
In the world of EMS and the Emergency Department, the treatment of an acute MI or STEMI can get your own pulse going.
We have many tools and treatments at our disposal for these cases. Many of the treatments, such as defibrillation, dopamine, and stenting — well — they are kind of sexy. Rarely included in the "sexy" category are the drugs called statins. It’s my hope to give you a new insight into this class of medication, and to be able to sort between the hype and the reality of statins. For pharmaceutical industries, statins are a huge business, with sales in the billions.
Since statins work in part by lowering cholesterol levels, I first want to talk about how cholesterol and heart disease became entwined. In the early 1960s, there seemed to be a flood of young men dying prematurely from heart disease. Indeed, in 1969, this upward trending of premature death was described by the World Health Organization as potentially "the greatest epidemic mankind has faced."
With intense investigation, many things were proposed as causes (more about causation later) for this dramatic rise. A few of the proposed causes included:
After relentless research, it was found that people with high total cholesterol have approximately twice the risk of heart disease as people with optimal levels. Also, in the young men killed in the Vietnam War, it was noted that many had cholesterol-filled plaques in their coronary arteries, setting the stage for later heart disease. Cholesterol rose to the top of the list as a potential culprit.
Why is cholesterol important?
Obviously, cholesterol is important stuff. But when diseased coronary arteries are examined, the plaques were noted to be full of cholesterol. It wasn’t completely unreasonable to think that by reducing cholesterol we will reduce heart disease.
Approximately one in every six adults — 16.3 percent of the U.S. adult population — has high total cholesterol, which is defined as 240 mg/dL and above. This has spurred a quest to find ways to lower cholesterol.
The cholesterol in our body comes from two sources – from the cholesterol we consume in our food, and from the cholesterol that our own body manufactures. What may surprise you is that our own body is responsible for the large majority of our cholesterol (about 75 percent), and not what we eat.
As you might suspect, efforts to lower cholesterol by modifying diet alone met with limited success. Efforts were then focused on trying to disrupt the manufacturing of cholesterol by our own bodies, and statins were born.
Effects of statins on mortality
If you have already had a problem with your heart (MI, stents, etc), statins work in decreasing your mortality. Interestingly, they can be a benefit even if your cholesterol levels don’t drop much – which is why some people have postulated that there must be something else (perhaps inflammation) that is responsible for the accelerated heart disease.
If you have already had a heart attack, statins clearly work, decreasing your risk of a second heart attack by about one third, although it remains unclear as to exactly why they work.
If you don’t have any heart disease, statins can lower your cholesterol, but don’t necessarily have a dramatic effect on your mortality. One study that looked at statin use for primary prevention (translated: no prior heart disease) showed that if 100 people took a statin for three and a half years, just one less person would have a cardiac attack. Of course, that’s great for that one person, but is it an expensive proposition with no benefit, not to mention the potential side effects, for the other 99.
Correlation does not imply causation
Causation is just that — "the action of causing something," while correlation simply means two events happening together. One example comes to mind. If you look at all patients with lung cancer, you will find that every patient had been drinking water. Water intake and lung cancer are correlated, but obviously water is not the causative factor in lung cancer.
Actually, when we compare our cholesterol levels to other countries, we find some interesting facts. America, despite its reputation, actually falls more in the middle of the pack. Other countries, (Norway to name one) have higher average cholesterol levels, but with lower levels of heart disease, so cholesterol cannot be "the final and only answer."
I do know one thing, however: we still have a great deal to learn. Twenty years from now we will chuckle at how little we knew about heart disease, cholesterol, and statins in 2011.