Angina pectoris is chest pain caused by a reduction in oxygen that results when an insufficient amount of blood is able to flow to the heart. The sufferer starts to experience chest pain, a tight feeling in the chest, and often discomfort down one arm, in the neck, jaw or back.
Angina pectoris occurs in people that suffer from cardiac problems. According to Medscape, approximately 9.8 million people in the United States experience angina pectoris. The condition can be aggravated from changes in temperature, overeating or physical exertion. The pain usually only lasts for one to five minutes and is relieved by rest.
People who suffer from coronary artery disease usually suffer from varying degrees of angina pectoris. It can make exercising, or even simple tasks such as climbing stairs, difficult. Any exertions that place a physical demand on the heart muscle can aggravate angina pectoris.
Angina that does not go away after five minutes may indicate a heart attack. If you experience prolonged angina or pain that is more severe than usual, then it is important to summon emergency help. If you have a medical alert system, you can easily do this with the push of a button.Also, angina pectoris sufferers might experience falls brought on by breathlessness, dizziness or mounting fatigue.
The symptoms and intensity of angina pectoris can vary among sufferers.
If you opt to live your life without medical alert services, then it is wise to take a few precautions around your home if you frequently suffer from angina pectoris. These precautions can help you live a safer life.
Living with cardiac problems is never easy. When angina pectoris strikes, there is often a feeling of fear and uncertainty. Many seniors may worry that it might be something severe like a heart attack. Having medical alert services at your disposal provides you with reassuring peace of mind. You know that if you should experience pain that lasts longer than five minutes, you can quickly and efficiently summon help. Medical alerts can be a true lifesaver, especially in time-sensitive cardiac situations.