在生活方式和饮食习惯不断变化的背景下,非龋齿磨损的患病率不断上升,这是一个至关重要的问题。牙齿侵蚀,由内源性和外源性酸性影响引起的进行性条件,直接影响搪瓷的完整性,导致表面损失。碳酸饮料消费的当代激增进一步加剧了这种侵蚀环境,强调牙科医生采取细致治疗策略的紧迫性。现有文献强调,对于放弃甜味软饮料的个体来说,牙齿侵蚀风险显著降低了94%。强调必须制定精心设计的再矿化方案来对抗去矿质表面。
■取73个牙釉质样品。对40个样品进行了术前硬度测试,对5个样品进行基线EDX评估,然后对样品进行分组(第1组=对照组;第2组=酪蛋白磷酸肽-无定形氟化钙[CPP-ACPF]组;第3组=生物蛋白F组;第4组=自组装肽[SAP]P-114组)。进行去矿化-再矿化循环5天,然后通过维氏显微硬度测试仪进行测试,EDX评估,和扫描电子显微镜(SEM)成像。使用单向方差分析进行统计学分析,然后使用Tukey的事后检验和SPSS软件25.0版本进行组间分析。
显微硬度值的平均百分比变化在组1中为30.05%,在组2中为24.21%,在组3中为18.85%,在组4中为12.08%。在基线时,通过EDAX测试的样品的平均Ca/P比为2.20,第1组(对照组)1.40,第2组(CPP-ACPF)中的1.62,第3组1.82(BiominF),第4组(SAP-P114)为2.01。在两个参数中,干预后的值与基线值相比均具有统计学意义。
■CurodontProtect具有卓越的功效,为未来的体内研究和临床应用提供有价值的见解。多方面的评价,包括显微硬度测试,SEM分析,和EDXS评估,有助于对代理人的影响进行细致入微的解释,为临床实践和未来研究工作的明智决策铺平了道路。
UNASSIGNED: The escalating prevalence of noncarious tooth wear stands as a critical concern in the backdrop of evolving lifestyles and dietary patterns. Dental erosion, a progressive condition induced by both endogenous and exogenous acidic influences, directly impacts enamel integrity, resulting in surface loss. The contemporary surge in carbonated beverage consumption further exacerbates this erosive milieu, underscoring the urgency for dental practitioners to adopt meticulous treatment strategies. Existing literature underscores a noteworthy 94% reduction in tooth erosion risk for individuals abstaining from sweetened soft beverages, emphasizing the imperative for a well-devised remineralization protocol to counter demineralized surfaces.
UNASSIGNED: Seventy-three enamel specimens were taken. Forty samples were subjected to pre-operative hardness testing, and five samples were subjected to baseline EDX evaluation followed by grouping of samples (Group 1 = control Group; Group 2 = casein phosphopeptide-amorphous calcium phosphate fluoride [CPP-ACPF] Group; Group 3 = Biomin F Group; and Group 4 = self-assembling peptide [SAP] P-114 Group). A demineralization-remineralization cycle was carried out for 5 days followed by testing through Vickers Microhardness Tester, EDX Evaluation, and Scanning Electron Microscopy (SEM) Imaging. Statistical analysis was performed using one-way analysis of variance followed by intergroup analysis using Tukey\'s post hoc test with SPSS software 25.0 version.
UNASSIGNED: The mean percentage change in microhardness values was 30.05% in Group 1, 24.21% in Group 2, 18.85% in Group 3, and 12.08% in Group 4. The mean Ca/P ratio of samples tested through EDAX was 2.20 at baseline, 1.40 in Group 1 (Control Group), 1.62 in Group 2 (CPP-ACPF), 1.82 in Group 3 (Biomin F), and 2.01 in Group 4 (SAP-P114). Postintervention values were statistically significant from baseline values in both parameters.
UNASSIGNED: Curodont Protect exhibits superior efficacy, offering valuable insights for future in vivo studies and clinical applications. The multifaceted evaluation, encompassing microhardness testing, SEM analysis, and EDXS assessment, contributes to a nuanced interpretation of the agents\' impact, paving the way for informed decisions in clinical practice and future research endeavors.