history of soy yogurt, soy acidophilus milk and other ... - SoyInfo Center
history of soy yogurt, soy acidophilus milk and other ... - SoyInfo Center
history of soy yogurt, soy acidophilus milk and other ... - SoyInfo Center
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Association (Hagerstown, Maryl<strong>and</strong>)–but with the new<br />
subtitle: “Pioneering health reformer.” Adventist pioneer<br />
series. On the new cover, on a snipe in the upper right corner:<br />
“Father <strong>of</strong> the health food industry.” Address: Andrews<br />
Univ., Berrien Springs, Michigan.<br />
229. Schroder, D.J.; Jackson, H. 1971. Preparation <strong>of</strong><br />
<strong>soy</strong>bean cheese using lactic starter organisms. III. Effects <strong>of</strong><br />
mold ripening <strong>and</strong> increasing concentrations <strong>of</strong> skim <strong>milk</strong><br />
solids. J. <strong>of</strong> Food Science 36(1):22-24. Jan/Feb. [11 ref]<br />
• Summary: Fermented <strong>soy</strong>bean cheeses were prepared from<br />
blends <strong>of</strong> skim <strong>milk</strong> powder <strong>and</strong> <strong>soy</strong>bean <strong>milk</strong> in 4 different<br />
proportions. The amount <strong>of</strong> skim <strong>milk</strong> had little effect on<br />
the fl avor <strong>of</strong> the fi nished cheese due to the dominant beany<br />
fl avor from the <strong>soy</strong>beans. The original cheese was made with<br />
Streptococcus thermophilus as a starter, plus rennet added<br />
after 1 hour to assist in the coagulation <strong>of</strong> the <strong>milk</strong>. The<br />
cheeses were waxed <strong>and</strong> stored at 20ºC. The surface <strong>of</strong> the<br />
cheeses were inoculated with one <strong>of</strong> two molds: Rhizopus<br />
oligosporus, or Penicillium camemberti.<br />
A third trial consisted <strong>of</strong> making tempeh, then grinding<br />
the tempeh to make a <strong>milk</strong>, which was made into cheese<br />
by the normal method. Mold ripening resulted in desirable<br />
changes in texture, but these were <strong>of</strong>fset by the development<br />
<strong>of</strong> bitter fl avors. Address: Dep. <strong>of</strong> Food Science, Univ. <strong>of</strong><br />
Alberta, Edmonton, Canada; Schroeder present address:<br />
Univ. <strong>of</strong> Minnesota, St. Paul.<br />
230. Angeles, Antonieta Gaddi; Marth, E.H. 1971. Growth<br />
<strong>and</strong> activity <strong>of</strong> lactic acid bacteria in <strong>soy</strong><strong>milk</strong>. I. Growth<br />
<strong>and</strong> acid production. II. Treatment <strong>of</strong> <strong>soy</strong><strong>milk</strong> <strong>and</strong> culture<br />
activity. III. Lipolytic activity. IV. Proteolytic activity. J. <strong>of</strong><br />
Milk <strong>and</strong> Food Technology 34(1):30-36. Jan.; 34(2):63-68.<br />
Feb.; 34(2):69-73; Feb.; 34(3):124-28. March. [85 ref]<br />
• Summary: Part I. Thirteen species <strong>of</strong> lactic acid bacteria<br />
from various genera (Lactobacillus, Streptococcus,<br />
Leuconostoc, Pediococcus) were grown on <strong>soy</strong><strong>milk</strong>.<br />
Substantial formation <strong>of</strong> acid was limited to those bacteria<br />
able to utilize the sugars in <strong>soy</strong><strong>milk</strong>. Addition <strong>of</strong> whey<br />
powder, glucose, or lactose to <strong>soy</strong><strong>milk</strong> enhanced acid<br />
production by 5 species whereas addition <strong>of</strong> sucrose was<br />
without benefi t. The presence <strong>of</strong> 0.23-0.25% titratable acid,<br />
corresponding to a pH <strong>of</strong> 5.7, caused coagulation <strong>of</strong> the<br />
sterilized <strong>soy</strong><strong>milk</strong>.<br />
Part II. Unheated <strong>soy</strong><strong>milk</strong> served as the best substrate for<br />
most cultures. Extended heating <strong>of</strong> <strong>soy</strong><strong>milk</strong> at 60ºC reduced<br />
its ability as a substrate for acid development by lactic acid<br />
bacteria. Acid formation was minimal with heat treatment at<br />
80ºC for 1-60 minutes.<br />
Part III. “Degradation <strong>of</strong> lipids is considered to be<br />
responsible, in part, for development <strong>of</strong> fl avor in certain<br />
fermented foods such as cheese.” The authors list 10 lactic<br />
acid bacteria which were able to hydrolyze tributyrin <strong>and</strong><br />
triolein but not <strong>soy</strong>bean oil.<br />
HISTORY OF SOY YOGURT & CULTURED SOYMILK 112<br />
© Copyright Soyinfo <strong>Center</strong> 2012<br />
Note: Soy<strong>milk</strong> is spelled as one word throughout these<br />
3 articles. Address: Dep. <strong>of</strong> Food Science <strong>and</strong> The Food<br />
Research Inst., Univ. <strong>of</strong> Wisconsin.<br />
231. Kim, C.S.; Shin, H.S. 1971. [Studies on preparation <strong>of</strong><br />
cheese-like product from <strong>soy</strong>bean <strong>milk</strong>]. Hanguk Sikp’um<br />
Kwahakhoe Chi (Korean J. <strong>of</strong> Food Science <strong>and</strong> Technology)<br />
3(1):57-63. May. See also Dairy Science Abstracts 33:822.<br />
[17 ref. Kor; eng]<br />
• Summary: Coagulation <strong>of</strong> <strong>soy</strong><strong>milk</strong> is brought about solely<br />
through acid development by lactic cultures. Address: Dep.<br />
<strong>of</strong> Food Technology, College <strong>of</strong> Engineering, Dong Kuk<br />
Univ., Seoul.<br />
232. Soybean Digest. 1971. Vita<strong>soy</strong> observes 30th year. July.<br />
p. 30.<br />
• Summary: “Hong Kong Soya Bean Products Co. Ltd.<br />
<strong>of</strong> Hong Kong has issued a brochure commemorating its<br />
30 years in the food business there... The company will<br />
introduce this year, a high-protein weaning food, a <strong>soy</strong><br />
cheese, <strong>and</strong> a line <strong>of</strong> pre-cooked packaged foods at a price<br />
within the reach <strong>of</strong> working people.” A small photo shows<br />
youthful K.S. Lo.<br />
Note: This 30th anniversary brochure was published in<br />
1970. The company’s fi rst plant was opened in March 1940.<br />
233. Hammacher Schlemmer. 1971. Make your own<br />
delicious, healthful <strong>yogurt</strong> at home: Yogurtera (Ad). New<br />
York Times. Dec. 5. p. 50.<br />
• Summary: “Be your own master <strong>yogurt</strong>-maker... in the<br />
convenience <strong>of</strong> your kitchen <strong>and</strong> at a savings <strong>of</strong> up to<br />
75%. Yogurtera lets you make it from skim <strong>milk</strong>, whole<br />
<strong>milk</strong>, powdered or <strong>soy</strong>bean <strong>milk</strong>.” Add honey, fruits, or<br />
preserves for delicious variations. An illustration shows the<br />
Yogurtera, which is electric (it plus into the wall), comes<br />
with two quart-size brewing jars <strong>and</strong> instructions. By Bender<br />
Associates. $13.00 plus $0.95 for shipping <strong>and</strong> h<strong>and</strong>ling.<br />
234. Product Name: Lo’s Cheese Spreads (Based on<br />
Soy<strong>milk</strong> or T<strong>of</strong>u) [Fu Yu, Blue, or Cheddar].<br />
Manufacturer’s Name: Hong Kong Soya Bean Products<br />
Co. Ltd.<br />
Manufacturer’s Address: Kowloon, Hong Kong.<br />
Date <strong>of</strong> Introduction: 1971.<br />
New Product–Documentation: The Hong Kong Soya<br />
Bean Products Co. Ltd. 1970. 30th anniversary annual<br />
report, 1940-1970. The company has established a new<br />
Cheese Division. “Just as the company has pioneered in the<br />
marketing <strong>of</strong> Soy<strong>milk</strong>, it now hopes to introduce Cheese<br />
made from Soy<strong>milk</strong> instead <strong>of</strong> cow’s <strong>milk</strong>. Here again, it has<br />
taken the Company’s Research Staff years <strong>of</strong> research before<br />
Western types <strong>of</strong> cheese could be processed from <strong>soy</strong><strong>milk</strong>.<br />
This year the Company will be putting onto the market three<br />
types <strong>of</strong> Cheese Spreads: Chinese Fu-Yu, European Blue