Shashidhar Kurpad Nagaraj, Hemalatha Anantharamaiah, Munilakshmi Uppalamethi, Sharon Rose Paramaturi, Meghanath Muthyala
Department of Biochemistry, Sri Devaraj Urs Medical College, Kolar, Karnataka, India.
Bioinformation. 2024 Mar 31;20(3):234-237. doi: 10.6026/973206300200234. eCollection 2024.
Fluoride is present naturally in water at < 1.5 ppm and it is considered to be essential for dental and bone enamel mineralization forming fluorapatite. Chronic exposure (> 2ppm) is considered to be toxic and it leads to fluorosis. Fluoride in minor quantities is excreted through sweat, saliva and feaces. Kidneys are the major route of excretion of fluoride and are thus it is the primary organ to be affected. Therefore, it is of interest to assess urinary fluoride among school children with different blood groups at Kolar district, Karnataka, India. Study was conducted in 155 subjects, aged 16-17 years. Data shows that blood group B has high risk of effecting by fluorosis (mean value of urine fluoride = 1.11). However, subjects with negative blood groups are least affected by fluorosis (mean value of urine fluoride =0.30). However, a larger population study is required for validation.
氟化物天然存在于水中,含量低于1.5 ppm,被认为对牙齿和牙釉质矿化形成氟磷灰石至关重要。长期接触(>2 ppm)被认为是有毒的,会导致氟中毒。少量氟化物通过汗液、唾液和粪便排出。肾脏是氟化物排泄的主要途径,因此是受影响的主要器官。因此,评估印度卡纳塔克邦科拉尔地区不同血型学童的尿氟含量很有意义。对155名年龄在16 - 17岁的受试者进行了研究。数据显示,B型血的人患氟中毒的风险较高(尿氟平均值 = 1.11)。然而,阴性血型的受试者受氟中毒影响最小(尿氟平均值 = 0.30)。不过,需要更大规模的人群研究来进行验证。