Healthy Heart Guide A-Z |
"An
apple a day keeps the cardiologist away." |
Almonds In a
recent study, men & women who ate a daily 1oz snack
(18 almonds) significantly reduced coronary heart disease
by lowering (bad) HDL & improving LDL to (good) HDL
ratio by 4%. Munching 2 oz daily slashes it by almost
10%. |
Apples Are packed with soluble fiber which helps regulate blood sugar & lowers LDL cholesterol. Don't toss the peel since that is where a lot of antioxidants are & eat the entire apple seeds and all. You will have Fed yourself fiber and live enzymes |
Beans & minerals such as calcium. These should be eaten several times a week. |
Blue Fruits and Veggies Blackberries,
blueberries, purple grapes and plums, egg |
Canola Oil |
Chocolate |
DASH
Diet low fat dairy products & whole grains. DASH is the Dietary Approaches to Stop Hypertension Diet has been found to lower blood pressure by 10 or more points and total cholesterol by 7%. |
DHA (Docosahexaenoic
Acid) found in fish. The other is EPA. Studies have shown fish eaters have fewer coronary heart disease than those who seldom eat fish. |
EDAMME
|
ESCAROLE |
FLAVONOIDS |
FOLIC ACID Good sources are leafty greens, whole grains, legumes, and nuts. |
Garlic |
Ground Flaxseed |
Halibut, Herring, Other
Fish Good varieties are Salmon, tuna, cod, trout and bluefish. |
Hazelnuts Among the richest nut sources of monounsaturated fats. one ounce or about 20 nuts has nearly 15 grams of unsaturated fats and 2 grams of fiber. |
Isoflavones |
Jícama |
Kale This
dark green cruciferous vegetable is a great antioxidant.
One cup of Kale with give 120% of the Value of vitamin A,
88% of Vitamin C, 12% vitamin E & 10% folic acid. |
Kidney
Beans |
Lycopene Best sources are tomatoes, and tomato products. Other red fruits including watermelon, pink grapefruit, and apricots also have it. |
Magnesium Low levels of this mineral are associated with diabetes and high blood pressure.
|
Margarine canola & olive oils produce a balance of saturated, mono- unsaturated, & polyunsaturated fat would be a spread called Smart Balance. |
Nectarines
|
|
|
Oats |
Oranges |
Plant Sterol &
Stanol Spreads |
Quercetin |
Resveratrol Intake can reduce the risk of heart disease. |
Soy Tofu,
and other soy goods may help protect your arteries and
heart by making fats in blood less damaging & plaque
is less likely to form. Soy
Sprouts are great! |
Strawberries |
Tea |
Decrease LDL without lowering (good)
HDL. |
Vegetarian Entrées
total fat & cholesterol, find lower risks of obesity, coronary heart disease & diabetes |
Walnuts |
| Whole Grains A study of 3,000 adults found that eating whole grained foods was associated with improved insulin sensitivity and lower LDL cholesterol levels. Phytochemicals & fiber helped reduce the risk of heart disease. |
X Syndrome To
lower your risk, limit refined carbs, saturated fats
& trans fats, eat more monos & soluble fiber at
every meal. |
A
7 oz serving contains almost as much calcium as a supplement. Daily yogurt containing live active cultures called lactobacillus acidophilus for three weeks will lead to a small reduction in cholesterol levels. |
Zucchini |
| "Eat to your
Heart's Content" A quick thought Fish, Olive Oil, Onions, Garlic, Oats, Fiber, Avocado, Magnesium & Vitamin D, Calcium, Vitamin E, Less hydrogenated and saturated fats, more polyunsaturated oils, Water distilled and reverse osmosis, and Take off pounds sensibly if needed. Log on to Cooking for healthy heart. www.womansday.com |
High
Cholesterol Foods: Special: Heart Attacks Caused By Inflammation, Not Cholesterol.
|
||
| GOOD The more you eat of the following , the better: *coldwater fish *green tea
|
||
| Heart Rate During and After Exercise Tied to Sudden Death 5/11/2005
By Ed Edelson The way your heart speeds up when you exercise and returns to normal when you stop can predict your risk of sudden death from heart attack, even decades later, a new European study suggests. Men whose heart rate increased less than 89 beats per minute during a standard exercise test for heart patients -- called a stress test -- had six times the risk of sudden death over the next two decades, said physicians in France and Italy, who followed more than 5,700 middle-aged men for an average of 23 years. Men whose heart rate decreased less than 25 beats in the minute after they stopped the exercise test had more than double the risk of sudden death than those whose rate returned to normal faster. The findings appear in the May 12 issue of the New England Journal of Medicine This is the latest chapter in a series of studies showing a relationship between a higher risk of death from heart disease and the heart's reaction to exercise, said Dr. Michael S. Lauer, a cardiologist at the Cleveland Clinic Foundation who has done a lot of research on the subject. A paper by his group published in 1999 in the same journal on a trial of 2,500 men was the first to show the relationship between a slow return to a normal heart rate after exercise and increased risk of death, Lauer said. "We have since published a number of papers, and other groups have published as well, all showing the same thing, that failure of the heart rate to decrease quickly after exercise is associated with a higher risk of mortality," Lauer said. "What is unique and new about this paper is that it specifically looked at sudden death, and most mortality in this group is associated with sudden death. "The second unique thing [about the new study] is the very long follow-up," Lauer added. "It's pretty amazing when you think about it, that a simple measurement on an exercise test can predict what will happen over the next five, 10, 15 years. It's amazing that an old-fashioned, low-tech test has this power." The new results are "very similar and consistent" with those of a study on men reported in 2003 by researchers at Johns Hopkins University, said Dr. Roger S. Blumenthal, director of the Hopkins Preventive Cardiology Center. "This really adds to the literature showing that abnormalities on a stress test can show risk," Blumenthal said. "There is a growing body of information looking at heart rate, not just length of time on the treadmill or EKG changes." The unanswered question now is how to put this information to use, Lauer said. "We can identify people at increased risk for death, particularly sudden death," he said. "Now we have to see how having this information can translate into improved outcomes for patients." There are two possible strategies that could be followed, he said. One is the already well-known and often-promoted idea of regular exercise, which is recommended for everyone but could have particular value for people with this heart abnormality. "People who exercise live longer because exercise stabilizes the electrical system of the heart," Lauer said. "So we could take people with these heart rate problems and enroll them in a formal exercise program that would continue over the long term. My guess is that it would do an enormous amount of good." A second strategy might be drug therapy aimed at regulating the heart rate, he said. "We have drugs which we used to correct heart rate problems, mainly beta blockers," Lauer said. "They have been shown to improve life expectancy." A number of studies have shown that "exercise can improve autonomic function and reduce the risk of sudden death," said Dr. William Whang, a cardiac electrophysiology fellow at Massachusetts General Hospital. Last week at the annual meeting of the Heart Rhythm Society, Whang presented an analysis of data on more than 70,000 women in the Nurses' Health Study showing that those who did little or no regular exercise had six times the risk of sudden cardiac arrest than those who exercised for more than two hours a week. More information For more on sudden cardiac death, visit the American Heart Association. SOURCES:
Michael S. Lauer, cardiologist, Cleveland Clinic
Foundation; Roger S. Blumenthal, director, Preventive
Cardiology Center, Johns Hopkins University, Baltimore;
William Whang, M.D., cardiac electrophysiology fellow,
Massachusetts General Hospital, Boston; May 12, 2005, New
England Journal of Medicine Copyright © 2005 ScoutNews LLC. All rights reserved. |
updated
March 3, 2007
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