Evaluation and comparison of streptococcus mutans and scardovia wiggsiae from the predentate to permanent dentition using polymerase chain reaction

Sowjanya R, S. Konde, M. Agarwal, Preetha Peethambar, Sahana N Prasad
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Abstract

Streptococcus mutans has been long associated with initiation of dental caries. Nevertheless, dental caries is also seen in its absence, indicating the role of another micro-organism.To evaluate and compare the presence of Streptococcus mutans (S. mutans) and Scardovia wiggsiae (S. wiggsiae) in children from predentate to permanent dentition period using polymerase chain reaction. 80 children aged between 0 to 14 yrs., were divided into 8 groups of 10 each. Unstimulated salivary samples were collected from children of predentate to permanent dentition period with and without dental caries, which served as experimental and control groups respectively. The samples were compared and evaluated for S. wiggsiae & S. mutans. 2ml of unstimulated saliva samples were collected in a sterile 50ml graduated container & swab method was used to collect saliva from infants below 6-months of age & swabs were placed in MTM medium & stored at 20° C followed by DNA extraction procedure. The present study showed that both S. mutans and S. wiggsiae were present in the predentate period & gradually increased upto mixed dentition period. However, both the organisms decreased in permanent dentition group. In primary, mixed & permanent dentition control groups, S. mutans counts was significantly greater than S. wiggsiae, whereas in the experimental group S. wiggsiae was significantly higher than S. mutans. S. mutans could be the commensal and S. wiggsiae could be the major etiological organism in progression of dental caries.
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用聚合酶链反应评价和比较变形链球菌和威氏卡杜氏菌从现牙列到恒牙列的差异
变形链球菌长期以来一直与龋齿的发生有关。然而,即使没有微生物,也会出现龋齿,这表明了另一种微生物的作用。利用聚合酶链反应评估和比较儿童从现牙期到恒牙期的变形链球菌(S. mutans)和威氏斯卡多维亚(S. wiggsiae)的存在。80名0至14岁的儿童。,被分为8组,每组10人。收集有龋和无龋的正牙期至恒牙期儿童的无刺激唾液样本,分别作为实验组和对照组。对样品进行威格氏葡萄球菌和变形葡萄球菌的比较和评价。在无菌50ml刻度容器中收集2ml未受刺激的唾液样本,使用拭子法收集6个月以下婴儿的唾液,拭子置于MTM培养基中,20°C保存,然后进行DNA提取程序。本研究表明,变形链球菌和威氏链球菌在前齿期同时存在,并逐渐增加到混合齿列期。然而,在恒牙组,这两种微生物都有所减少。在初级、混合和恒牙列对照组中,变形链球菌的数量显著大于威氏链球菌,而在试验组中,威氏链球菌的数量显著高于变形链球菌。变形链球菌可能是蛀牙的共生菌,而威氏链球菌可能是蛀牙的主要致病菌。
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