[Difference between dental plaque formation by Lactobacillus Sp. and Strep. mutans].

C A Sabelli, A Popovici, J J Kaluza, M Marcantoni, A Palmieri, A Abramovich
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Abstract

Human teeth were suspended in a basal medium with sucrose 10%; they were incudated for formation of dental plaques "in vitro". The microorganisms used were: Strep. mutans, Lactobacillus salivarius var. salivarius and a mixture of them. The following aspects were stablishad by scanning electron microscopy: 1) The teeth inoculated with Strep. mutans had coccoid forms, lying on an organic film with spheric spaces in some sectors, and irreguar forms in others (Fig. 1). 2) The teeth inoculated with Lactobacillus salivarius had rod forms attached to the adamantine surface (Fig. 2, 3). 3) Teeth incubated with the mixutre had rod forms over a granular film (Fig. 4). 4) The control teath did not have plaque (Fig. 5). This experience shows that the extracellular polisacharide, reticulated or granular (mutano) appeared only in teeth incubated with Strep. mutans alone (Fig. 1) or mixed with Lactobacillus (Fig. 4). On the other hand Lactobacillus appeared attached on the enamel surfaces, perhaps due to cohesive adhesive forces (Fig. 2). Two different interpretation or the formation of dental plaques that take place on the enamel free surfaces of teeth are presented.

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乳酸菌与链球菌形成牙菌斑的差异。变形链球菌。
人的牙齿悬浮在含有10%蔗糖的基础培养基中;他们“在体外”培养形成牙菌斑。使用的微生物有:链球菌;变异体,唾液乳酸杆菌变种,唾液以及它们的混合物。扫描电镜观察结果如下:1)接种链球菌的牙齿。变形菌呈球粒状,位于有机膜上,某些部分有球形空间,而其他部分则呈不规则形状(图1)。2)接种唾液乳杆菌的牙齿在金刚表面有棒状附着(图2、3)。3)用混合物孵育的牙齿在颗粒膜上有棒状(图4)。4)对照牙齿没有牙菌斑(图5)。这一经验表明,细胞外多糖,网状或颗粒状(突变)只出现在链球菌培养的牙齿上。另一方面,乳酸菌附着在牙釉质表面,可能是由于内聚的粘结力(图2)。对于发生在牙齿无牙釉质表面的牙菌斑的形成,提出了两种不同的解释。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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[Influence of the sterilization technic and culture media components on the growth and dissociation of Brucella abortus strain 19 in submerged cultures]. [Influence of the culture conditions on the regression of the cytopathogenic effect produced by Junín virus in Vero cells]. [Intestinal bacterial flora of Triatoma infestans]. [Kinetics of L-leucine transport in yeasts]. [Experimental dental plaque and caries caused by Streptococcus mutans serotypes].
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