R&R Highlands
Established 2006
Members of the American Highland Cattle Association
R&R HIGHLANDS
18425 100TH Ave
Milaca, MN 56353
ph: 320-291-6712
fax: 320-983-5239
rrhighla
Grass-Fed vs. Grain FedWhat's the difference? |
The different life-styles of Grass-fed and Grain-fed Cattle. Most cows' lives start in very similar ways. The calves are born in the spring and start by drinking their mothers' milk and then slowly begin to roam and feed on pasture grasses, shrubs or any other edible plant. This lasts for about 6 - 12 months, at which time "conventionally-raised" beef are moved to a feed lot. At the feed lot, the cattle are fed grain-based feed (usually corn or soy-based) combined with hormones and antibotics to rapidly fatten them up and then they are sent off to the processing facility. Compare this to grass-fed cattle, which remain on the pasture and eat various grasses for the remainder of their life, until they are taken to the processing facility. Our cattle are never given any growth hormone or antibotics. They only eat grass and hay that we grow right here on our own land. We know exactly what our animals eat. What are the differences in the meat? Fatty Acids: Grass-fed usually contains less total fat than grain-fed, which means fewer calories. But the composition of the fatty acids is vastly different. Saturated and monounsaturated: Grass-fed beef has less saturated and monounsaturated fatty acids than grain-fed. Monounsaturated fatty acids are considered a benefit to heart health. Omega-6 polyunsaturated fats: Grass-fed and grain-fed beef contain similar amounts of Omega-6 fatty acids.
Omega-3 fatty acids: This is where grass-fed beef has a major difference, containing up to 5 times as much Omega-3 than grain-fed beef. Grass-fed beef also has the correct ratio of Omega-3 to Omega-6 fatty acids. That is important for good health. Conjugated Linoleic Acid (CLA): Grass-fed beef contains about twice as much CLA as grain-fed beef. CLA is associated with reduced body fat and some other beneficial effects. What are some other nutrient differences in beef? Both grass-fed and grain-fed beef are loaded with vitamins B12, B3, and B6. Beef is also very rich in highly bioavailable Iron, Selenium and Zinc. Meat also contains some amount of almost every nutrient humans need to survive. Meat contains high quality protein and lesser-known nutrients like creatine and carnosine, which are helpful for muscles and the brain. Grass-fed beef is even more nutritious than that: Vitamin A: Grass-fed beef contains carotenoid precursors to Vitamin A, such as beta-carotene. Vitamin E: This is an antioxidant that sits in your cell membranes and protects them from oxidation. Grass-fed has more of this. Micronutrients: Grass-fed beef also contains more Potassium, Iron, Zinc, Phosphorus, and Sodium. Beef in general is very nutritious and great tasting. Grass-fed beef does have slightly more nutrients and is usually much leaner, but can be harder to find and is generally more expensive. Grain-fed beef usually contains more monounsaturated fat (good for heart health), is more accessible, and generally considered more tender. Our beef is dry-aged before processing which intensifies the flavor and creates a more tender cut. The choice is up to you as to which one better fits your needs.
______________________________________________________________________
The Health Benefits |
![]() |
Because grassfed meat is so lean, it is also lower in calories. Fat has 9 calories per gram, compared with only 4 calories for protein and carbohydrates. The greater the fat content, the greater the number of calories. A 6-ounce steak from a grass-finished steer has almost 100 fewer calories than a 6-ounce steak from a grainfed steer. If you eat a typical amount of beef (66.5 pounds a year), switching to grassfed beef will save you 17,733 calories a year—without requiring any willpower or change in eating habits. If everything else in your diet remains constant, you'll lose about six pounds a year. If all Americans switched to grassfed meat, our national epidemic of obesity would begin to diminish. Extra Omega-3s Although grassfed meat is low in "bad" fat (including saturated fat), it gives you from two to six times more of a type of "good" fat called "omega-3 fatty acids." Omega-3 fatty acids play a vital role in every cell and system in your body. For example, of all the fats, they are the most "heart friendly." People who have ample amounts of omega-3s in their diet are less likely to have high blood pressure or an irregular heartbeat. Remarkably, they are 50 percent less likely to have a serious heart attack.3 Omega-3s are essential for your brain as well. People with a diet rich in omega-3s are less likely to be afflicted with depression, schizophrenia, attention deficit disorder (hyperactivity), or Alzheimer's disease.4 Another benefit of omega-3s is that they may reduce your risk of cancer. In animal studies, these essential fatty acids have slowed the growth of a wide array of cancers and kept them from spreading.5 Although the human research is in its infancy, researchers have shown that omega-3s can slow or even reverse the extreme weight loss that accompanies advanced cancer.6 They can also hasten recovery from cancer surgery.7 Furthermore, animal studies suggest that people with cancer who have high levels of omega-3s in their tissues may respond better to chemotherapy than people with low levels.8 Omega-3s are most abundant in seafood and certain nuts and seeds such as flaxseeds and walnuts, but they are also found in grassfed animal products. The reason that grassfed animals have more omega-3s than grainfed animals is that omega-3s are formed in the green leaves (specifically the chloroplasts) of plants. Sixty percent of the fat content of grass is a type of omega-3 fatty acid called alpha-linolenic or LNA. When cattle are taken off grass and shipped to a feedlot to be fattened on grain, they lose their valuable store of LNA as well as two other types of omega-3 fatty acids, EPA and DHA. Each day that an animal spends in the feedlot, its supply of omega-3s is diminished.9 The graph below illustrates this rapid decline. |
![]() |
When chickens are housed indoors and deprived of greens, their meat and eggs also become artificially low in omega-3s.10 Eggs from pastured hens can contain as much as 20 times more omega-3s than eggs from factory hens. Switching our livestock from their natural diet of grass to large amounts of grain is one of the reasons our modern diet is deficient in these essential fats. It has been estimated that only 40 percent of Americans consume a sufficient supply of these nutrients. Twenty percent have levels so low that they cannot be detected.11 Switching to grassfed animal products is one way to restore this vital nutrient to your diet. The CLA Bonus The meat and milk from grassfed ruminants are the richest known source of another type of good fat called "conjugated linoleic acid" or CLA. When ruminants are raised on fresh pasture alone, their milk and meat contain as much as five times more CLA than products from animals fed conventional diets.12 CLA may be one of our most potent defenses against cancer. In laboratory animals, a very small percentage of CLA --- a mere 0.1 percent of total calories ---greatly reduced tumor growth.13 Researcher Tilak Dhiman from Utah State University estimates that you may be able to lower your risk of cancer simply by eating the following grassfed products each day: one glass of whole milk, one ounce of cheese, and one serving of meat. You would have to eat five times that amount of grainfed meat and dairy products to get the same level of protection. There is new evidence suggesting that CLA does reduce cancer risk in humans. In a Finnish study, women who had the highest levels of CLA in their diet, had a 60 percent lower risk of breast cancer than those with the lowest levels of CLA. Switching from grainfed to grassfed meat and dairy products places women in this lowest risk category.14 Vitamin E In addition to being higher in omega-3s and CLA, meat from grassfed animals is higher in vitamin E. The graph below shows vitamin E levels in meat from: 1) feedlot cattle, 2) feedlot cattle given high doses of synthetic vitamin E (1,000 IU per day), and 3) cattle raised on fresh pasture with no added supplements. The meat from the pastured cattle is four times higher in vitamin E than the meat from the feedlot cattle and, interestingly, almost twice as high as the meat from the feedlot cattle given vitamin E supplements.15 In humans, vitamin E is linked with a lower risk of heart disease and cancer. This potent antioxidant may also have anti-aging properties. Most Americans are deficient in vitamin E. |
![]() |
![]() References 1. Fukumoto, G. K., Y.S. Kim, D. Oduda, H. Ako (1995). "Chemical composition and shear force requirement of loin eye muscle of young, forage-fed steers." Research Extension Series 161: 1-5. Koizumi, I., Y. Suzuki, et al. (1991). "Studies on the fatty acid composition of intramuscular lipids of cattle, pigs and birds." J Nutr Sci Vitaminol (Tokyo) 37(6): 545-54. 2. Davidson, M. H., D. Hunninghake, et al. (1999). "Comparison of the effects of lean red meat vs lean white meat on serum lipid levels among free-living persons with hypercholesterolemia: a long-term, randomized clinical trial." Arch Intern Med 159(12): 1331-8. The conclusion of this study: "... diets containing primarily lean red meat or lean white meat produced similar reductions in LDL cholesterol and elevations in HDL cholesterol, which were maintained throughout the 36 weeks of treatment." 3. Siscovick, D. S., T. E. Raghunathan, et al. (1995). "Dietary Intake and Cell Membrane Levels of Long-Chain n-3 Polyunsaturated Fatty Acids and the Risk of Primary Cardiac Arrest." JAMA 274(17): 1363-1367. 4. Simopolous, A. P. and Jo Robinson (1999). The Omega Diet. New York, HarperCollins. My previous book, a collaboration with Dr. Artemis P. Simopoulos, devotes an entire chapter to the vital role that omega-3s play in brain function. 5. Rose, D. P., J. M. Connolly, et al. (1995). "Influence of Diets Containing Eicosapentaenoic or Docasahexaenoic Acid on Growth and Metastasis of Breast Cancer Cells in Nude Mice." Journal of the National Cancer Institute 87(8): 587-92. 6. Tisdale, M. J. (1999). "Wasting in cancer." J Nutr 129(1S Suppl): 243S-246S. 7. Tashiro, T., H. Yamamori, et al. (1998). "n-3 versus n-6 polyunsaturated fatty acids in critical illness." Nutrition 14(6): 551-3. 8. Bougnoux, P., E. Germain, et al. (1999). "Cytotoxic drugs efficacy correlates with adipose tissue docosahexaenoic acid level in locally advanced breast carcinoma [In Process Citation]." Br J Cancer 79(11-12): 1765-9. 9. Duckett, S. K., D. G. Wagner, et al. (1993). "Effects of time on feed on beef nutrient composition." J Anim Sci 71(8): 2079-88. 10. Lopez-Bote, C. J., R.Sanz Arias, A.I. Rey, A. Castano, B. Isabel, J. Thos (1998). "Effect of free-range feeding on omega-3 fatty acids and alpha-tocopherol content and oxidative stability of eggs." Animal Feed Science and Technology 72: 33-40. 11. Dolecek, T. A. and G. Grandits (1991). "Dietary Polyunsaturated Fatty Acids and Mortality in the Multiple Risk Factor Intervention Trial (MRFIT)." World Rev Nutr Diet 66: 205-16. 12. Dhiman, T. R., G. R. Anand, et al. (1999). "Conjugated linoleic acid content of milk from cows fed different diets." J Dairy Sci 82(10): 2146-56. Interestingly, when the pasture was machine-harvested and then fed to the animals as hay, the cows produced far less CLA than when they were grazing on that pasture, even though the hay was made from the very same grass. The fat that the animals use to produce CLA is oxidized during the wilting, drying process. For maximum CLA, animals need to be grazing living pasture. 13. Ip, C, J.A. Scimeca, et al. (1994) "Conjugated linoleic acid. A powerful anti-carcinogen from animal fat sources." p. 1053. Cancer 74(3 suppl):1050-4. 14. Aro, A., S. Mannisto, I. Salminen, M. L. Ovaskainen, V. Kataja, and M. Uusitupa. "Inverse Association between Dietary and Serum Conjugated Linoleic Acid and Risk of Breast Cancer in Postmenopausal Women." Nutr Cancer 38, no. 2 (2000): 151-7. 15. Smith, G.C. "Dietary supplementation of vitamin E to cattle to improve shelf life and case life of beef for domestic and international markets." Colorado State University, Fort Collins, Colorado 80523-1171 |
Copyright 2013 R&R HIGHLANDS. All rights reserved.
R&R HIGHLANDS
18425 100TH Ave
Milaca, MN 56353
ph: 320-291-6712
fax: 320-983-5239
rrhighla