Monday, January 28, 2013

How does gender affect coronary heart disease (CHD

How does gender affect coronary heart disease (CHD)?
I've got a school project where I need to find research on CHD and all the risk factors, but I can't find anything regarding how being male or female affects your chances of suffering from this disease... Please help!
Heart Diseases - 2 Answers
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1 :
Male sex (gender) รข€” Men have a greater risk of heart attack than women do, and they have attacks earlier in life. Even after menopause, when women's death rate from heart disease increases, it's not as great as men's.
2 :
All other things being equal women are affected less often than men. This is because oestrogen is cardio-protective,reducing their risk before the menopause. After the menopause their risk increases at a parallel rate to men



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Thursday, January 24, 2013

What is a coronary heart disease? What are its symptoms, test, and treatment

What is a coronary heart disease? What are its symptoms, test, and treatment?
How is it detected during test?
Heart Diseases - 3 Answers
Random Answers, Critics, Comments, Opinions :
1 :
Coronary heart disease (CHD), also called coronary artery disease (CAD) and atherosclerotic heart disease, is the end result of the accumulation of atheromatous plaques within the walls of the arteries that supply the myocardium (the muscle of the heart). While the symptoms and signs of coronary heart disease are noted in the advanced state of disease, most individuals with coronary heart disease show no evidence of disease for decades as the disease progresses before the first onset of symptoms, often a "sudden" heart attack, finally arise. After decades of progression, some of these atheromatous plaques may rupture and (along with the activation of the blood clotting system) start limiting blood flow to the heart muscle. The disease is the most common cause of sudden death. Symptoms --- The symptoms associated with coronary heart disease may be pronounced, but the disease can also exist with noticeable symptoms. Chest pain (angina) is the most common symptom, and it results from the heart not getting enough blood or oxygen. The intensity of the pain varies from person-to-person. Chest pain may be typical or atypical. Typical chest pain is felt under the sternum (breast bone) and is characterized by a heavy or squeezing feeling, it is brought on by exertion or emotion, and it is relieved by rest or nitroglycerin. Atypical chest pain can be located in the left chest, abdomen, back, or arm and is fleeting or sharp. Atypical chest pain is unrelated to exercise and is not relieved by rest or nitroglycerin. Atypical chest pain is more common in women. Typical chest pain and age indicate the chance of a person having CHD. For example, a 65-year-old woman with typical angina has a 91% chance of having CHD, while a 55-year-old woman with atypical angina has a 32% chance of having CHD. Other symptoms include: Shortness of breath -- This is usually a symptom of congestive heart failure. The heart at this point is weak because of the long-term lack of blood and oxygen, or sometimes from a recent or past heart attack. If the heart is not pumping enough blood to circulate in the body, shortness of breath may be accompanied by swollen feet and ankles. Heart attack -- In some cases, the first sign of CHD is a heart attack. This occurs when atherosclerotic plaque or a blood clot blocks the blood flow of the coronary artery to the heart. The coronary artery was likely already narrowed from CHD. The pain associated with a heart attack is usually severe, lasts longer than the chest pain described above, and is not relieved by resting or nitroglycerin. Signs and tests------- There are many tests that help diagnose CHD. Usually, more than one test will be done before a definitive diagnosis is made. Some of the tests include: Electrocardiogram (ECG) Exercise stress test Echocardiogram Nuclear scan Coronary angiography/arteriography Electron-beam computed tomography (EBCT) -- the purpose of this test is to identify calcium within the plaque found in the arteries. The more calcium seen, the higher the likelihood for CHD. Coronary CT Angiography Treatment Return to top The treatment for CHD varies depending on the symptoms and how much the disease has progressed. The general treatments include lifestyle changes, medications, and sometimes surgery. Lifestyle changes may include: Losing weight A low saturated fat, low cholesterol diet to help reduce cholesterol Reducing sodium (salt) to keep high blood pressure under control Regular exercise Quitting smoking Medications may include: Cholesterol-lowering medication Antiplatelet agents, such as aspirin, ticlopidine, or clopidogrel, to reduce the risk of blood clots Glycoprotein IIb-IIIa inhibitors, such as abciximab, eptifibatide, or tirofiban, to reduce the risk of blood clots Antithrombin drugs, such as blood-thinners (low-molecular heparin, unfractionated heparin), to reduce the risk of blood clots Beta-blockers to decrease heart rate and reduce oxygen use by the heart Nitrates such as nitroglycerin to dilate the coronary arteries and improve blood supply to the heart Calcium-channel blockers to relax the coronary arteries and all arteries in the body, thus reducing the workload for the heart ACE inhibitors, diuretics, or other medications to lower blood pressure Percutaneous Coronary Interventions (PCI's) include: Coronary angioplasty (Balloon PTCA) Coronary atherectomy Ablative laser-assisted angioplasty Catheter-based thrombolysis and mechanical thrombectomy Coronary stenting (placing a tube in the artery to keep it open) Coronary radiation implant or coronary brachytherapy Dr.Brijesh cw1067bk@yahoo.com
2 :
Heart disease, or coronary artery disease, is the result of plaque (fat) building up in the arteries (vessels that take blood away from the heart and feed the body) that stem directly from the heart. As it gets worse and time goes on, the symptoms can include being short of breath with minimal exercise. The worst case scenario is when the plaque ruptures (breaks free from the lining of the artery) and clogs blood flow, resulting in a heart attack (death of cardiac tissue). The symptoms of a heart attack are usually chest pain in the center of the chest, radiating down the left side or left arm. The tests they use in the hospital are EKG's, (electrocardiogram) and blood tests including CKMB's (creatine kinase myocardial bands) and troponins. If the heart has been damaged permanently it will cause cell breakdown and release these substances into the bloodstream, which is what the tests look for. Next step is a stress test, where they measure the effect of exercise on the heart. If it is positive, they will then do a cardiac cath. They put a small tube inside the biggest artery of your leg, feed the tube up into your heart, inject dye and watch on an Xray to see the pattern of blood distribution. They can detect artery constrictions this way and use the catheter to insert stents if necessary to keep the arteries open. If it is really bad, they will send the patient immediately for open heart surgery. I hope this answer helps. :)
3 :
Thank you Dr. Brijesh. It's good to know a doctor does these question and answer things



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What is a coronary heart disease? What are its symptoms, test, and treatment

What is a coronary heart disease? What are its symptoms, test, and treatment?
How is it detected during test?
Heart Diseases - 3 Answers
Random Answers, Critics, Comments, Opinions :
1 :
Coronary heart disease (CHD), also called coronary artery disease (CAD) and atherosclerotic heart disease, is the end result of the accumulation of atheromatous plaques within the walls of the arteries that supply the myocardium (the muscle of the heart). While the symptoms and signs of coronary heart disease are noted in the advanced state of disease, most individuals with coronary heart disease show no evidence of disease for decades as the disease progresses before the first onset of symptoms, often a "sudden" heart attack, finally arise. After decades of progression, some of these atheromatous plaques may rupture and (along with the activation of the blood clotting system) start limiting blood flow to the heart muscle. The disease is the most common cause of sudden death. Symptoms --- The symptoms associated with coronary heart disease may be pronounced, but the disease can also exist with noticeable symptoms. Chest pain (angina) is the most common symptom, and it results from the heart not getting enough blood or oxygen. The intensity of the pain varies from person-to-person. Chest pain may be typical or atypical. Typical chest pain is felt under the sternum (breast bone) and is characterized by a heavy or squeezing feeling, it is brought on by exertion or emotion, and it is relieved by rest or nitroglycerin. Atypical chest pain can be located in the left chest, abdomen, back, or arm and is fleeting or sharp. Atypical chest pain is unrelated to exercise and is not relieved by rest or nitroglycerin. Atypical chest pain is more common in women. Typical chest pain and age indicate the chance of a person having CHD. For example, a 65-year-old woman with typical angina has a 91% chance of having CHD, while a 55-year-old woman with atypical angina has a 32% chance of having CHD. Other symptoms include: Shortness of breath -- This is usually a symptom of congestive heart failure. The heart at this point is weak because of the long-term lack of blood and oxygen, or sometimes from a recent or past heart attack. If the heart is not pumping enough blood to circulate in the body, shortness of breath may be accompanied by swollen feet and ankles. Heart attack -- In some cases, the first sign of CHD is a heart attack. This occurs when atherosclerotic plaque or a blood clot blocks the blood flow of the coronary artery to the heart. The coronary artery was likely already narrowed from CHD. The pain associated with a heart attack is usually severe, lasts longer than the chest pain described above, and is not relieved by resting or nitroglycerin. Signs and tests------- There are many tests that help diagnose CHD. Usually, more than one test will be done before a definitive diagnosis is made. Some of the tests include: Electrocardiogram (ECG) Exercise stress test Echocardiogram Nuclear scan Coronary angiography/arteriography Electron-beam computed tomography (EBCT) -- the purpose of this test is to identify calcium within the plaque found in the arteries. The more calcium seen, the higher the likelihood for CHD. Coronary CT Angiography Treatment Return to top The treatment for CHD varies depending on the symptoms and how much the disease has progressed. The general treatments include lifestyle changes, medications, and sometimes surgery. Lifestyle changes may include: Losing weight A low saturated fat, low cholesterol diet to help reduce cholesterol Reducing sodium (salt) to keep high blood pressure under control Regular exercise Quitting smoking Medications may include: Cholesterol-lowering medication Antiplatelet agents, such as aspirin, ticlopidine, or clopidogrel, to reduce the risk of blood clots Glycoprotein IIb-IIIa inhibitors, such as abciximab, eptifibatide, or tirofiban, to reduce the risk of blood clots Antithrombin drugs, such as blood-thinners (low-molecular heparin, unfractionated heparin), to reduce the risk of blood clots Beta-blockers to decrease heart rate and reduce oxygen use by the heart Nitrates such as nitroglycerin to dilate the coronary arteries and improve blood supply to the heart Calcium-channel blockers to relax the coronary arteries and all arteries in the body, thus reducing the workload for the heart ACE inhibitors, diuretics, or other medications to lower blood pressure Percutaneous Coronary Interventions (PCI's) include: Coronary angioplasty (Balloon PTCA) Coronary atherectomy Ablative laser-assisted angioplasty Catheter-based thrombolysis and mechanical thrombectomy Coronary stenting (placing a tube in the artery to keep it open) Coronary radiation implant or coronary brachytherapy Dr.Brijesh cw1067bk@yahoo.com
2 :
Heart disease, or coronary artery disease, is the result of plaque (fat) building up in the arteries (vessels that take blood away from the heart and feed the body) that stem directly from the heart. As it gets worse and time goes on, the symptoms can include being short of breath with minimal exercise. The worst case scenario is when the plaque ruptures (breaks free from the lining of the artery) and clogs blood flow, resulting in a heart attack (death of cardiac tissue). The symptoms of a heart attack are usually chest pain in the center of the chest, radiating down the left side or left arm. The tests they use in the hospital are EKG's, (electrocardiogram) and blood tests including CKMB's (creatine kinase myocardial bands) and troponins. If the heart has been damaged permanently it will cause cell breakdown and release these substances into the bloodstream, which is what the tests look for. Next step is a stress test, where they measure the effect of exercise on the heart. If it is positive, they will then do a cardiac cath. They put a small tube inside the biggest artery of your leg, feed the tube up into your heart, inject dye and watch on an Xray to see the pattern of blood distribution. They can detect artery constrictions this way and use the catheter to insert stents if necessary to keep the arteries open. If it is really bad, they will send the patient immediately for open heart surgery. I hope this answer helps. :)
3 :
Thank you Dr. Brijesh. It's good to know a doctor does these question and answer things



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Sunday, January 20, 2013

Is there a heart valve disease that causes elevated systolic and diastolic blood pressure

Is there a heart valve disease that causes elevated systolic and diastolic blood pressure?
I have an echo next week, and have had chest pains, left arm tightness and heart palpitations(including palpitations in my abdominal region) and I have been tested and have no abdominal aortic aneurysm. My ECGs have come back normal and no doctor has heard a murmur. Anyone have any ideas?
Heart Diseases - 3 Answers
Random Answers, Critics, Comments, Opinions :
1 :
Aortic stenosis is a heart valve disease which can caused increase in systolic and diastolic blood pressure. based on the history that u have given i think u have stable angina. in stable angina, between the attacks, there may be no chest pain, ECG may be normal, and there may not be any murmur. ur doctor might also advise stress test if there are no contraindications.
2 :
Most probably angina.
3 :
Aortic Stenosis, but you dont really sound like you have Aortic Stenosis, but dont worry and just wait until your echo. Good luck



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Wednesday, January 16, 2013

can working out and lifting weights 3 hours a day cause heart disease or failure

can working out and lifting weights 3 hours a day cause heart disease or failure?
IM 13 and i have this daily routine.
Diet & Fitness - 3 Answers
Random Answers, Critics, Comments, Opinions :
1 :
im not sure but i really think not, but 3 hours a day, come on..
2 :
working out is good for your heart. your heart is a muscle and when you get your heart rate up you are working it out, making it stronger.
3 :
No, it shouldn't cause heart disease. But If you are lifting weights for 3 hours you are are not training at the right intensity. If you train that long your body will start burning muscle for fuel. I would really recommend the www.imshredded.com program for you In order to gain muscle you have to lift heavy not long. If you can go on for around 3 hours then the weights that you are lifting are too light. Try finding a weight that you can only lift maximum 20 times. And keep going until it becomes easy then increase the weight. Try to keep your workouts between 40 -60 minutes Also, if you want to gain muscle/weight don't forget to eat a lot of lean protein like chicken and fish and get lots of rest. Your body needs time to rebuild the muscle. Try training every second day



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Saturday, January 12, 2013

arthritis remedy that does not cause heart disease

arthritis remedy that does not cause heart disease?
i have terrible pain in my thumb and right knee dr gace me arcoxia but i heard you can get heart disease or embolia in the long run is there any alternative medicine or remedy to treat it?
Other - Diseases - 2 Answers
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1 :
try the PAU LINIMENT it is good for the arthritis
2 :
You can research glucosamine online. It appears to work for arthritis. From what i read on the internet you can do liquid glucosamine which should help farily quickly.Here are sone info sources




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Tuesday, January 8, 2013

Are these symptoms of heart disease

Are these symptoms of heart disease?
I get choking feelings sometimes, and experience extreme weakness. For 3 days now, I am feeling pain when I press the left side or when there is movement involving the upper chest, just off the centre.Are these signs of a heart ailment. If it is not what should I do to help prevent this discomfort.
Heart Diseases - 2 Answers
Random Answers, Critics, Comments, Opinions :
1 :
Those are indeed symptoms of a heart ailment. They're also symptoms of a plethora of other more common and less serious ailments. You can't get a diagnosis on-line, and if you're young and at low risk for heart disease, the chances are great that you have something altogether different, but that's for you and your doctor to assess.
2 :
If you can reproduce the pain by pushing on an area of your chest, this is probably muscular in origin and you can take pain medication for this (tylenol or ibuprofen). If you are over 40, the rest of the symptoms should be evaluated by a doctor



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Friday, January 4, 2013

African American have higher rates of hypertension,heart disease and stroke than whites in the U.S is this dif

African American have higher rates of hypertension,heart disease and stroke than whites in the U.S is this dif?
Is this difference likely to be biological? How could you test your hypothesis?
Anthropology - 4 Answers
Random Answers, Critics, Comments, Opinions :
1 :
Living standards, social class, food intake where they are buying their food and if they can afford to eat like white people can. A vast majority of blacks solely depend on food stamps and thus they need high starch foods because well it's cheaper. And eating a lot of fried foods like chicken wings is crazy.
2 :
By far the majority of slaves imported to the Americas came from West Africa. While it appears that African Americans have a higher rate of hypertension than do West Africans in general, some biological evidence exists to suggest genetics is at play. Diet plays some role & it is uncertain if West Africans would display the same amount of hypertension as Americans, given the same diet. The methods of testing this would be to test West Africans living on a typical African diet & those living on a Western Diet. Some suspect that only those living on a high salt diet & having a general propensity toward hypertension survived the Atlantic crossing. One would be required to have several control groups: 1) West Africans on an African diet. 2) West Africans on a Western diet. 3) African Americans on an African diet. 4) African Americans on a Western diet.
3 :
A large portion of the standard American diet (SAD) includes excess animal protein in the form of meat, eggs, and dairy. Over 75% of African Americans and Hispanics have some form of allergy or intolerance to dairy, however, milk and dairy continue to be recommended through industry influenced media and government agencies. Diet is the #1 contributing factor when it comes to heart disease, hypertension, and stroke, along with other diseases of affluence such as diabetes, cancers, and osteoporosis. The SAD with excess animal proteins and unhealthy processed ingredients, additives, colorings, preservatives, sugar, fat, and salt have been shown to be correlated with high blood pressure and coronary disease. This is documented through research led by Dr. T. Colin Campbell, Dr. Neal Barnard, and many others. The scientific research showing this relationship start in the late 1800's. These diseases of affluence are primarily lifestyle related and have a weaker but statistically significant genetic basis. To determine whether the difference in populations is biological (genetic), you would need to control other variables that have an influence on the rates of heart disease, stroke, and hypertension. These include: + Sleep. + Exercise. + Smoking. + SAD versus vegetarian (animal protein consumption). + Alcohol consumption. + Drug (legal and illegal) consumption. There is clearly a genetic predisposition toward these diseases, however, the lifestyle factors above represent a greater threat to a person's health than genetic predisposition (contrary to the consensus reality promoted by industry influenced institutions). You need to define your population. A good model for this is "The China Study" by T. Colin Campbell, professor emeritus from Cornell. His study was of a heterogeneous populations from rural China. If you are able to establish a random sample of people, say in the more homogeneous US in your local region, you might be able to take a random sample of say 100 blacks and 100 whites. Before you start, you must state your hypothesis such as: Null Hypothesis: There is no difference in 'diseases of affluence' between blacks and whites when lifestyles are similar. Research Hypothesis: Blacks experience more 'diseases of affluence' then whites when lifestyles are similar. You would need to segment the population in such a way that comparison between each group has similar lifestyles. A vegetarian black population should be compared to a vegetarian white population with similar lifestyle. A SAD black population should be compared to a white SAD population with similar lifestyles. Your definition of terms and means to classify subjects should be determined ahead of time. Also, your conclusions are probably valid for the local population only. You might find that the differences are due to lifestyle differences, such as a greater percentage of whites who are 100% vegetarian. Your research should account for this possibility. Note that you might find that genetics account for a small, but statistically significant difference, like 3%, where as a lifestyle difference accounts for more like 60% of the difference. Drugs that are only mildly effective (3-5%) can be statistically significant and thereby approved by the FDA in America. Doctors should be prescribing lifestyle changes rather than drug treatment plans. It's more common in America for your physician to get out the prescription plan if you have high blood pressure. My point is, so what if there is a genetic difference. A lifestyle change swamps any small effect of genetics. Sadly, in America, drug researchers for drug companies tend to ignore the comparison to lifestyle changes so as to promote a drug that can earn a company billions of dollars annually. Sadly, the FDA and other agencies are asleep at the wheel.
4 :
African Americans are descended from groups that lived inland and had evolved to retain sodium, since they had little or no access to seafood as a source of salt. Living in the US on the modern high salt diet, they now have this protective sodium retention mechanism working against them. They would probably have to try to avoid almost all salt in order to live as their ancestors did


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Tuesday, January 1, 2013

I am doing a research paper on heart disease for statistics

I am doing a research paper on heart disease for statistics. ?
I need to come up with a good dependent and independent variable. I am going to compare several communities in my paper. I was thinking a dependent variable could be race, income level, lifestyle, location. Any suggestions? or change my topic?
Other - Education - 2 Answers
Random Answers, Critics, Comments, Opinions :
1 :
I don't think you understand correctly what independent/dependent means here. Independent (x) is what does not vary as a result of something else but rather on its own, and dependent (y) is what varies as a result of x, or y=f(x). So things like race, income level, location, gender, age, and ethnicity would most likely be INDEPENDENT variables. And for the dependent one being heart disease, you could formulate hypotheses relating the risk of heart disease to each of the independent variables I listed. Keep in mind you'd next have to either conduct experiments to confirm/dispute your hypotheses or look up data on the exact same theories, as they're called in studies, in journals such as JAMA (Journal of the American Medical Association) or at AHA's website (American Heart Association). As for lifestyle, that varies and can actually be a dependent variable, so unless you simplify that to TYPE of lifestyle like active, less active, rarely active, or sedentary, it wouldn't work here- too complex to analyze this way. You can also do lifestyle based solely on diet type- Mediterranean, Chinese, Indian, junk food, healthy diet, vegan, vegettarian, low carb, low cal, low fat, etc. Hope this helps.
2 :
The independent variable needs to have a causal effect on the dependent variable. Here the variables you list as candidates for the dependent variable look more like independent variables to me. If your paper is on heart disease and your unit of analysis is communities, your dependent variable needs to be something about heart disease that varies across communities. It could be the proportion of people living in the community with heart disease, it could be the number of ambulance runs in a year for heart attacks. Just think of some variable that serves as an indicator or proxy for heart disease at the community level. Once you have that, think about the factors that you believe influence the dependent variable that you chose. Remember, since you are studying communities, that set of independent variables needs to be community-level variables. It could be the proportion of people in the community who smoke, or who drink coffee, or who don't exercise, or whatever makes sense in your field. Good luck.



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