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      Lactobacillus bulgaricus의 최적 증식온도와 최적 증식온도에서의 유산균 증식, PH 및 젖산형성 변화의 상관관계에 관한 연구 = Studies on the Optimal Temperature of Lactobacillus bulgaricus and Change of Growth, PH and Lactic Acid Formation

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      https://www.riss.kr/link?id=A19567061

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      The optimal temperature of Lactobacillus bulgaricus was investigated with specific growth rate and biomass doubling time.
      Optimal temp. was determined by inspection of graphs constructed by plotting growth numbers against cultural times, at 30℃, 33℃ and 37℃.
      Specific growth rates per hour were determined from log phases of growth curves. Biomass doubling times were calculated from specific growth rates.
      The results suggested that optimal temp. of L. bulgaricus has 37℃.
      The results were as follow;
      The growth curve obtained from the experiment showed that log phase ended after 9hr. The pH lactic acid formation curves demonstrated that PH was continually reduced, while lactic acid formation was continually increased during 13hrs. of growth.
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      The optimal temperature of Lactobacillus bulgaricus was investigated with specific growth rate and biomass doubling time. Optimal temp. was determined by inspection of graphs constructed by plotting growth numbers against cultural times, at 30℃, 33...

      The optimal temperature of Lactobacillus bulgaricus was investigated with specific growth rate and biomass doubling time.
      Optimal temp. was determined by inspection of graphs constructed by plotting growth numbers against cultural times, at 30℃, 33℃ and 37℃.
      Specific growth rates per hour were determined from log phases of growth curves. Biomass doubling times were calculated from specific growth rates.
      The results suggested that optimal temp. of L. bulgaricus has 37℃.
      The results were as follow;
      The growth curve obtained from the experiment showed that log phase ended after 9hr. The pH lactic acid formation curves demonstrated that PH was continually reduced, while lactic acid formation was continually increased during 13hrs. of growth.

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