Pecans are an exceptional source of nutrition and many health benefits have been attributed to them. The American Society for Nutritional Sciences Loma Linda University study of pecans shows they significantly lower cholesterol. A Monounsaturated Fatty Acid–Rich Pecan-Enriched Diet Favorably Alters the Serum Lipid Profile of Healthy Men and Women.
As certified organic, Roux Pecans offers pecans with the added benefit of being 100% void of any traces of pesticides or any other element which corrupts the natural health benefits of pecans.
More information on "Pecans and Good Health" and a review of pecan and nut health research is available at the National Pecan Shellers web page:
Pecans can double the cholesterol-lowering effectiveness of a traditional heart-healthy diet, according to a study published in The Journal of Nutrition, September 2001. An eight-week study at Loma Linda University found that a 'pecan' diet (which consisted of replacing 20 percent of the calories from the American Heart Association's Step I diet foods with pecans) lowered total cholesterol by 11.5%. The Step I diet lowered total cholesterol by 5.2%. In addition, the pecan diet increased the HDL "good" cholesterol whereas the Step I diet decreased HDL unfavourably. Triglycerides also were significantly lower with the pecan diet. Although the pecan diet contained more fat (39.6%) than the Step I diet (28.3%), participants did not gain weight.
Adding pecans to your diet can lower "bad" cholesterol. A study at New Mexico State University (NMSU) has found that pecans offer something even more important than great taste and versatility - a positive impact on health. The research, conducted by NMSU's Wanda Morgan, Ph.D., shows that adding pecans to a self-selected diet lowers LDL or "bad" cholesterol levels by six percent; total cholesterol levels were lower as well. This encouraging news about the positive impact of pecans on heart health was published in the March 2000 issue of Journal of the American Dietetic Association (http://www.eatright.org/journal/). In this study, nineteen men and women with normal blood lipid levels were divided into two groups, one of which served as the "control" group, and ate its regular diet for eight weeks. Subjects in the "test" (pecan-eaters) group, however, supplemented their diets with three-fourths of a cup of pecans every day. Even though the test group ate more total fat, monounsaturated fat and polyunsaturated fat each day than those who did not eat pecans, test subjects lowered their levels of bad and total cholesterol - and did not gain weight. "The research shows that we don't have to be afraid of the fat in pecans," says Dr. Morgan. "Pecans can be a part of a balanced and varied diet."
Pecans increase fiber and nutrient intake. Researchers at Texas A&M University found that a heart-healthy diet containing pecans can help control specific biomarkers of heart disease risk as effectively as the AHA Step I diet. They also found that the pecan-rich diet significantly increased participants'; levels of dietary fiber, thiamin, magnesium, copper and manganese and actually changed copper and magnesium intakes from inadequate (on the AHA diet) to adequate (on the pecan diet). All of the participants had already been eating a relatively low-fat diet. For this study, they were placed on either the Step I diet or a higher-fat pecan-based diet.
This information was presented at a May 2001 American Heart Association Conference on Arteriosclerosis, Thrombosis and Vascular Biology.
Pecans raise Vitamin E levels and may support prostate and intestinal health. Further analysis of the participants in the above study revealed that a pecan-enriched diet significantly raised blood levels of gamma tocopherol compared to the Step I diet. This is due to the high amounts of naturally occurring gamma tocopherol (a unique form of vitamin E) in the pecans. Gamma tocopherol is an important antioxidant nutrient and studies have shown that it may benefit intestinal health and have a protective effect against prostate cancer.
This research was presented at the April 2001 Experimental Biology meeting and published in the FASEB Journal.