Kinoshita Shukuo, Udaka Shigezo, Shimono Masakazu
Tokyo Research Laboratoy, Kyowa Fermentation Industry Company.
J Gen Appl Microbiol. 2004 Dec;50(6):331-43.
Screening tests for glutamate producing strains were carried out, with the media containing carbohydrate and ammonia source as chief ingredients. Glutamate as well as certain other amino acids was detected by paper chromatography in culture broth of many microorganisms tested. Accumulation of L-glutamate in a significant amount (at least a few mg of glutamate per ml of broth) has been demonstrated by various strains of bacteria, streptomycetes, yeasts, and fungi. The highest level of glutamate production has been obtained by a new species of Micrococcus, yielding as much as 0.25 mole of it from one mole of glucose. The courses of fermentations mainly by known strains of microorganisms are shown. The importance of the cultural condition and strain specificity for the production of amino acids are briefly described.
以含有碳水化合物和氨源作为主要成分的培养基,对谷氨酸生产菌株进行了筛选试验。通过纸色谱法在许多受试微生物的培养液中检测到了谷氨酸以及某些其他氨基酸。各种细菌、链霉菌、酵母和真菌菌株已证明能大量积累L-谷氨酸(每毫升培养液中至少含有几毫克谷氨酸)。一种新的微球菌属菌种获得了最高水平的谷氨酸产量,从一摩尔葡萄糖中可产生多达0.25摩尔的谷氨酸。展示了主要由已知微生物菌株进行的发酵过程。简要描述了培养条件和菌株特异性对氨基酸生产的重要性。