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alternative to dairy <strong>milk</strong>. In the small food plant connected<br />

with the hospital, where several <strong>soy</strong>foods were already<br />

being produced for use in the lacto-vegetarian diet, Miller<br />

began a few basic <strong>soy</strong><strong>milk</strong> experiments in 1925.” Continued.<br />

Address: Lafayette, California.<br />

424. Shurtleff, William. 1981. Dr. Harry Miller: Taking<br />

<strong>soy</strong><strong>milk</strong> around the world (Continued–Document part II).<br />

Soyfoods 1(4):28-36. Winter.<br />

• Summary: Continued. “Pioneering Soy<strong>milk</strong> in China<br />

(1925-1939): In 1925 Miller accepted the church’s invitation<br />

to return to Shanghai to develop a network <strong>of</strong> Adventist<br />

health care facilities, the fi rst <strong>of</strong> which was the Shanghai<br />

Sanitarium <strong>and</strong> Hospital, which opened January 1, 1928,<br />

with Dr. Miller as medical director. Deeply touched by the<br />

high infant mortality rate caused by malnutrition, Dr. Miller<br />

began again in 1926 to turn his attention to <strong>soy</strong><strong>milk</strong>, working<br />

on it steadily in his spare time at a small food plant located<br />

behind the hospital building. A growing number <strong>of</strong> orphaned<br />

infants began to appear at the hospital. Their only hope <strong>of</strong><br />

fi nding food was to fi nd a wet nurse or to be fed cow’s <strong>milk</strong>,<br />

which was very expensive in China <strong>and</strong> which not all infants<br />

tolerated well.<br />

“Dr. Miller was determined to develop a <strong>soy</strong><strong>milk</strong> that<br />

had good fl avor <strong>and</strong> digestibility, could be formulated<br />

to nutritional equivalency to m<strong>other</strong>’s <strong>milk</strong>, was low in<br />

cost, <strong>and</strong> had a good storage life. Preparing his <strong>soy</strong><strong>milk</strong> at<br />

the small <strong>soy</strong> plant in the typical Chinese way, with cold<br />

extraction <strong>of</strong> the <strong>soy</strong><strong>milk</strong> from the okara, followed by<br />

cooking, he began to study ways to remove the beany fl avor<br />

<strong>and</strong> make the <strong>soy</strong><strong>milk</strong> more digestible.<br />

“On his medical travels in <strong>other</strong> parts <strong>of</strong> China, <strong>and</strong><br />

in Korea <strong>and</strong> Japan, he visited t<strong>of</strong>u shops <strong>and</strong> studied their<br />

methods. He believed that the beany fl avor resulted from<br />

natural oils in the <strong>soy</strong>bean; perhaps if the <strong>soy</strong><strong>milk</strong> were spray<br />

dried <strong>and</strong> then reformulated with fresh <strong>soy</strong> oil, the fl avor<br />

would improve.<br />

“In the early 1930s, returning to America on furlough, he<br />

purchased the necessary equipment for a small <strong>soy</strong> dairy <strong>and</strong><br />

had it shipped to China; a motorized stone mill, an American<br />

extractor, <strong>and</strong> a small homogenizer. Soon he was making<br />

improved formulated <strong>soy</strong><strong>milk</strong> for the babies, patients, <strong>and</strong><br />

staff at the Shanghai Sanitarium. The Chinese, too, liked the<br />

fl avor. Some friends cajoled that it was ‘undignifi ed for a<br />

talented surgeon to be always playing around with beans.’<br />

Miller was undaunted, yet the beany fl avor persisted.<br />

“One day, in the mid 1930s, the breakthrough came as<br />

he was st<strong>and</strong>ing in the kitchen <strong>of</strong> the compound working<br />

with slurry from a t<strong>of</strong>u maker. He later wrote: ‘I heard a<br />

divine voice behind me that said “why don’t you cook it<br />

longer with live steam?” No one had ever thought <strong>of</strong> that<br />

before. Soon the staff <strong>and</strong> patients noticed the improved<br />

fl avor <strong>and</strong> digestibility, <strong>and</strong> he added some <strong>soy</strong> oil or peanut<br />

oil during homogenization to make it even better. With<br />

HISTORY OF SOY YOGURT & CULTURED SOYMILK 171<br />

© Copyright Soyinfo <strong>Center</strong> 2012<br />

new enthusiasm he began more baby feeding experiments.<br />

Soy<strong>milk</strong> was added to what was called the sanitarium’s<br />

‘Universal Diet,’ which also included whole wheat bread <strong>and</strong><br />

half polished rice, plus <strong>other</strong> <strong>soy</strong>foods. During a trip to the<br />

Philippines at this time he learned from refi ners <strong>of</strong> coconut<br />

oil that steam distillation <strong>and</strong> fl ash pasteurization improved<br />

fl avor <strong>of</strong> foods containing fats by driving <strong>of</strong>f volatile oils <strong>and</strong><br />

gases.<br />

“So promising was the new product that Miller began<br />

to move forward on three fronts: controlled feeding studies<br />

on infants, establishment <strong>of</strong> a commercial <strong>soy</strong>, dairy,<br />

<strong>and</strong> application for a U.S. patent. In 1932 Dr. Miller had<br />

established the Vetose Nutritional Laboratory for furtherance<br />

<strong>of</strong> his research. For two years (1936-37) he fed formulated<br />

<strong>soy</strong><strong>milk</strong> to several hundred small children at the Shanghai<br />

Clinic, running control tests with fresh cow’s <strong>milk</strong> <strong>and</strong><br />

various types <strong>of</strong> American <strong>and</strong> European prepared baby<br />

foods. The study turned out well <strong>and</strong> the results were<br />

published in the April 1936 issue <strong>of</strong> the prestigious Chinese<br />

Medical Journal, an English-language publication read<br />

widely in the U.S. <strong>and</strong> China. Here it was <strong>of</strong>fi cially noted<br />

that babies could be nourished from birth fully as well with<br />

<strong>soy</strong><strong>milk</strong> as with animal <strong>milk</strong>s. This led to increased interest<br />

in the product. Dr. Miller later wrote: ‘I regarded that work<br />

as <strong>of</strong> far greater importance than the building up <strong>of</strong> the<br />

sanitarium because it had to do with the preservation <strong>of</strong><br />

thous<strong>and</strong>s <strong>of</strong> lives that <strong>other</strong>wise would be lost if they did not<br />

have a proper substitute for m<strong>other</strong>’s breast <strong>milk</strong>, since cow’<br />

<strong>milk</strong> is beyond the economic level <strong>of</strong> the Chinese people<br />

<strong>and</strong> almost all Oriental races.’ In later years follow-up infant<br />

feeding studies were done by <strong>other</strong> researchers using Dr.<br />

Miller’s <strong>soy</strong><strong>milk</strong> at the Indigent Hospital in the Philippines,<br />

at Tokyo University, <strong>and</strong> at Ohio State University at the<br />

Children’s Hospital in Columbus, Ohio.<br />

“In January 1936 Dr. Miller <strong>and</strong> his oldest son,<br />

Willis (who did much <strong>of</strong> the plant design <strong>and</strong> equipment<br />

construction <strong>and</strong> was the production manager), opened a fullscale<br />

<strong>soy</strong> dairy, the fi rst <strong>of</strong> its kind in the world, on Pingliang<br />

Road in Shanghai, not far from the Shanghai clinic. The <strong>milk</strong><br />

was cooked with live steam in open-top kettles. Soon a fresh<br />

liquid beverage, called Vetose Soya Milk, was available in<br />

natural, chocolate, <strong>and</strong> <strong>acidophilus</strong> fl avors, in half-pint <strong>and</strong><br />

quart bottles. The tangy <strong>acidophilus</strong>, cultured, bottled (but<br />

not sterilized) <strong>and</strong> delivered chilled was a real favorite. Ice<br />

cream was sold to institutions <strong>and</strong> meat analogs were under<br />

development. Production skyrocketed, doubling each month.<br />

Eventually the entire city <strong>of</strong> Shanghai had a <strong>soy</strong><strong>milk</strong> route<br />

with thous<strong>and</strong>s <strong>of</strong> families receiving door to door deliveries<br />

(by three- wheel pedicycles with carts behind them) <strong>of</strong> 3,000<br />

quarts <strong>and</strong> 4,000 half-pints a day. The commercial product<br />

sold for less than dairy <strong>milk</strong>s <strong>and</strong> cost less than one-fourth<br />

as much to produce. The <strong>soy</strong><strong>milk</strong> proved so successful that<br />

it was soon included in rations for the Chinese army. A<br />

system for making dehydrated <strong>soy</strong><strong>milk</strong> was also set up using

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