
STRESS WATCHING SOCCER GAMES AND PROBABLY FOOTBALL OTHER SPORTS INCREASES HEART ATTACKS IN SPORTS FANS SIGNS OF HEART ATTACK AND EVALUATING CHEST PAIN
You can get a heart attack playing sports, right? But did you know you can have a heart attack watching sports? It's just a game.Yeah right. Tell that to a Chicago Cubs or Yankee fan. "Viewing a stressful soccer match more than doubles the risk of an acute cardiovascular event (such as a heart attack). In view of this excess risk, particularly in men with known coronary heart disease, preventive measures are urgently needed". Cardiologists (doctors specializing in heart problems) published a study of heart attacks and sports fans.
The cardiologists studied medical records from the 2006 World Cup soccer tournament in Germany. "During the two most nerve-racking games for Germany a match against Argentina that was won on penalty kicks and one against Italy that knocked Germany out of the final, the heart problems spiked to four to five times the normal rate, said Dr. Gerhard Steinbeck, professor of internal medicine and cardiology at the University of Munich and the senior author of the study".
This is another sobering reminder of the importance of health and constant vigilance and how important it is that even the young and athletic not automatically discount chest pains. And certainly the not so young and not so athletic really need to watch out. If you have chest pain, how can you tell if you have a heart attack. The answer is you can't tell if chest pain is a heart attack. You need to get any chest pain checked out immediately. As in call emergency 911.
There are many causes of chest pain. Each year, millions of people seek emergency medical care because of chest pain,(and foolishly many people ignore chest pain when they ought to call 911) the most common symptom of heart attack. For many, heart attack is the clear diagnosis, but annually more than 6 million people are admitted to the hospital because the answer isn’t clear. Besides a heart attack other cardiac causes include angina. Even a normal EKG is not necessarily enough to rule out a heart related condition.
Many times just the story, the history, is enough to convince the doctor to hospitalize a patient.If the electrocardiogram (EKG) is normal and initial blood tests for "heart enzymes" such as CPK and troponin don’t show signs of dying heart muscle, patients are usually admitted for observation, repeat EKGs, blood tests and other tests to rule out heart problems. Many cases of chest pain are not heart related. Even so, it's pretty obvious that the heart is right up there on the list of causes that the doctor has to think about and identify ASAP. So the doctor starts pointed questions about the chest pain. Questions like
As she enters the room, Joe Johnson's doctor can't help but notice the look of trepidation on Joe's face. She's seen him many times before but this time something is clearly bothering him. As she says hello and asks Joe how he's doing, the reason for Joe's distess is soon apparent. It turns out that he has been experiencing chest pains for the past month that are alarming him.
Many Causes of Chest Pain
In Joe's case, he's been under a lot of stress, sometimes waking up at night with a "feeling" in his chest and it seems to occur also when he's lifting or exerting himself.
The EKG, the Stress Echo, the Stress Myocardial Perfusion Imaging
This certainly sounds like it could be cardiac so the doctor orders an electrocardiogram (EKG) in the office. The EKG is where they attach the wires with little sticky things to the chest and see the wavy lines drawn on graph paper by the machine. Both the doctor and Joe are relieved to see that the EKG as well a chest x ray are both "within normal limits".
But the problem is that a person's EKG can look "normal" and yet the person may still have some blockage of the coronary arteries, the arteries that feed the heart muscle itself.
So what next? Well, the doctor could order a coronary angiogram to look for blockage. In a coronary angiogram, they insert a catheter into a blood vessel in the groin and thread it up to the heart and inject a dye. The dye helps to make the blood vessels of the heart visible on x ray. Using a series of pictures it's possible to see narrowing and blockages of the coronary heart blood vessels. But this is often not the first test that will be ordered.
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Instead there are a group of "noninvasive" tests that can be used to gauge how the blood supply of the heart is doing.
Non Invasive Tests of Heart Blockage
Many of the non invasive tests involve exercise and then seeing how the heart responds to it. In some cases the patient may not be capable of doing the sort of aerobic exercising needed. In that case, there are ways to "chemically stress" the heart. Among the tests are
Here they have you run in a treadmill while they see how your heart responds on an EKG
Here you are exercising again but now they are looking at your heart with an ulrasound, like using ultrasound to see a baby in a pregnant woman. The ultrasound is valuable because they can see how your heart is beating, how the walls are moving. When the heart walls don't move properly it can indicate that a part of the heart is functiong incorrectly due to inadequate blood flow.
Watch the Video Classic Symptoms of Heart Disease Click the Arrow to Start
Here again you are exercising. This is probably one of the more informative "non invasive" tests. Here they inject of a small amount of radioactive material which circulates in the bloodstream. The radioactive material accumulates in the heart tissue according to the degree of good blood supply in the heart. If they see that when you exercise there is decreased blood supply compared to resting it indicates ischemia.
The PET Scan can see the blood flow of the heart. PET stands for positron emission tomgraphy. The PET scan is a relatively high tech scan that is not yet widely used. For one thing, it's very expensive. But it works well .
See what the Heart Association Says About Imaging the Heart
You've probably heard this advertised. You don't need to exercise for this test. The special CT scanner looks for the presence of calcium deposits in the arteries.High calcium deposits have been associated with blockage of the arteries.
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