Are We Starving at Full Tables?

Author unknown

Summary: One of the fundamental discoveries of early nutrition research was the connection between ill health and soil deficiency. Investigations like the one featured in this 1950 article showed that mineral shortages in worn-out land lead to malnutrition and disease not only in plants and animals grown on that land but in humans who eat those plants and animals. In the study described here, diseased dairy cows raised on mineral-deficient pastures are returned to health through dietary supplementation with trace minerals—those elements so often lacking in the overworked soils of conventional, nonorganic farms. The author also discusses the negative nutritional consequences of pasteurizing milk as well as the nutrient-robbing effects of industrial food processing in general. Thanks to a loss of nutrients at just about every step of the modern food manufacturing process, he says, Americans suffer widespread malnutrition despite a preponderance on their plates. From Steel Horizons magazine, 1950. Lee Foundation for Nutritional Research reprint 41A.

Are We Starving to Death?

By Neil M. Clark

Summary:  Dr. William Albrecht was the Chairman of the Department of Soils at the University of Missouri and the foremost authority of his time on the subject of soil fertility and its relation to human health. In this 1945 article from the iconic Saturday Evening Post, author Neil Clark recounts Dr. Albrecht’s pioneering experiments demonstrating the critical connection between the trace mineral content of a soil and the health and hardiness of plants grown in that soil—and, consequently, the health and hardiness of animals and humans who eat those plants. Dr. Albrecht warns the magazine’s readers in no uncertain terms that unless America makes a concerted effort to restore the trace minerals to its depleted soils, the country’s population will suffer a slow extinction from the “hidden hunger” of mineral-poor foods, as evidenced by ever increasing rates of degenerative disease. With the “chronic disease problem” worse today than ever, Dr. Albrecht’s prophecy rings ominously true, and his findings demand the adoption of organic farming practices across the board in America’s agricultural industry. From The Saturday Evening Post, 1945. Lee Foundation for Nutritional Research reprint 21.

Arm and Shoulder Pain

By Dr. George Goodheart

Summary: In this 1960 article, the “father of Applied Kinesiology,” Dr. George Goodheart, discusses chiropractic manipulations and nutritional support for treating pain in the shoulder area. One of the most common causes of such pain, he explains, is the precipitation of calcium out of the blood and into the tissues in and around the shoulder joint—a condition resulting usually from an overly alkaline state within the body. (For more on pH and health, see Dr. Goodheart’s excellent primer, “The Acid-Alkaline Balance and Patient Management.”) Other times, Dr. Goodheart says, discomfort in the shoulder is actually referred pain originating from dysfunction in the digestive organs, making nutritional support of the stomach, gallbladder, and liver critical to resolving the issue. Articles like these reveal the holistic understanding of the body’s function—and appreciation of the value of nutritional therapy—that have long distinguished chiropractic care within the healing arts. From the journal Michigan State Chiropractic Society, 1960. Reprinted by the Lee Foundation for Nutritional Research. 

Ascorbic Acid as a Chemotherapeutic Agent

By W.J. McCormick, MD

Summary: In this 1952 article, medical doctor W.J. McCormick reports on the remarkable success that he and other practitioners were achieving using ascorbic acid—or synthetic vitamin C—to counter bacterial and viral diseases. The key to the acid’s efficacy, Dr. McCormick writes, is its powerful oxidative action when administered in huge doses—especially impressive, he says, given the lack of serious side effects. While it is dismaying that medicine never pursued the use of ascorbic acid as a possibly safe and inexpensive antibiotic, it is also important to distinguish isolated ascorbic acid from natural vitamin C, that is, vitamin C as it is found in food. As the great holistic nutritionist Dr. Royal Lee taught, vitamins in nature are not single chemicals, but rather they are complexes of compounds that cooperate synergistically to deliver a nutritive effect. Vitamin C as it is found in food, for instance, comprises not just ascorbic acid but also the adrenal-stoking enzyme tyrosinase as well as various bioflavonoids essential for maintaining the integrity of the blood vessels. Ironically, the role of ascorbic acid in the natural vitamin C complex may be merely to protect these other fractions, probably through the same oxidative action that Dr. McCormick amplified to great success as a chemotherapeutic agent. Though synthetic vitamins may display such pharmacological effects, Dr. Lee said, it’s critical that we don’t confuse such effects for the nutritional functions that only natural vitamin complexes can perform. From the Archives of Pediatrics, 1952. Lee Foundation for Nutritional Foundation reprint 5C.

B Complex and the Weak Heart

By William Brady, MD

Summary: William Brady was a medical doctor who wrote a popular syndicated newspaper column in the 1940s and ’50s. In this article from 1947, Dr. Brady discusses the importance of the B-complex vitamins—specifically thiamine (B1), riboflavin (B2), and niacinamide (B3)—to both heart health and proper carbohydrate metabolism. In multiple studies conducted at the time, he notes, vitamin B supplementation had been shown to reduce or eliminate the need for exogenous insulin in diabetics, while the link between vitamin B deficiency and heart disease had been known since all the way back in the 1920s, thanks to the work of pioneering nutrition researcher Sir Dr. Robert McCarrison. Astoundingly, medicine still fails today to grasp the importance of B vitamins to proper heart function, while both conventional and alternative doctors remain woefully ignorant of Dr. McCarrison’s remarkable and still groundbreaking research. From the Waterloo Daily Courier, 1947.