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首页> 外文期刊>Journal of Indian Academy of Oral Medicine and Radiology >A clinical, hematological, biochemical and radiological assessment of dental fluorosis in endemic fluoridated area of Maharashtra, India
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A clinical, hematological, biochemical and radiological assessment of dental fluorosis in endemic fluoridated area of Maharashtra, India

机译:印度马哈拉施特拉邦加氟病地区氟中毒的临床,血液学,生化和放射学评估

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摘要

Aim: There is worldwide evidence that fluoride intake above tolerance levels over certain period leads to cumulative effect resulting in systemic illness and osteosclerosis. The study was conducted where the drinking water content of fluoride was 4.7 ppm to evaluate the effect of fluorosis. Materials and methods: Study was conducted in Maharashtra, India. An ethical clearance was obtained. Clinical, biochemical, hematological and radiological assessment of all the patients were done. Results: Clinical grading of dental fluorosis in male (M) and female (F) patients was 1.85 ? 0.84 and 1.91 ? 0.86. RBC count in M/F was 4_93 ? 0 49 and 4.50 ? 0.47 (p-value 0.003). Hb% in MIF was 12.14 ? 1.76 and 11.21 ? 1.34 (p-value 0.038). Alkaline phosphate level in M/F was 279.68 ? 152.09 and 271.68 ? 169.97. ESR count in MIF was 10 41 ? 8.75 and 1229 ? 7.37. Radiological finding shows, enlarge pulp chamber 31.37%, prominent marrow 52.94%, thickening of inner and outer tables 83.92%, and harrowing of long bone 7.84%. Conclusion: Early diagnosis and identification of endemic area for fluorosis helps to prevent the further dental and skeletal changes. There is direct association between high concentration of fluoride in drinking water and involvement of dental structures.
机译:目的:世界范围内的证据表明,在一定时期内摄入的氟超过耐受水平会导致累积效应,从而导致全身疾病和骨硬化。在氟化物的饮用水含量为4.7 ppm的情况下进行了研究,以评估氟中毒的效果。材料和方法:研究在印度马哈拉施特拉邦进行。获得了道德证明。对所有患者进行了临床,生化,血液和放射学评估。结果:男性(M)和女性(F)患者氟中毒的临床分级为1.85? 0.84和1.91? 0.86。 M / F中的RBC计数为4_93? 0 49和4.50? 0.47(p值0.003)。 MIF中的Hb%为12.14? 1.76和11.21? 1.34(p值0.038)。 M / F中碱性磷酸酯的水平是279.68? 152.09和271.68? 169.97。 MIF中的ESR计数为10 41? 8.75和1229? 7.37。放射学结果显示,扩大髓腔31.37%,突出骨髓52.94%,内外层增厚83.92%,长骨耙松7.84%。结论:氟中毒流行区的早期诊断和鉴定有助于预防进一步的牙齿和骨骼变化。饮用水中氟化物的高浓度与牙齿结构的参与有直接的联系。

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