1) antifluorine toxicity
抗氟毒性
2) fluoride resistance
抗氟性
1.
On the basis of field investigation of seven trees′ growing gesture and harmed degree,a study was carried out on the effects of fluoride on the physiological process as well as the resistance mechanisms of trees to fluoride pollution And the trees′ fluoride resistance was classified by Fuzzy assembly analysis.
选用７种绿化树木，对其生长势、受害程度等指标进行了野外调查，分析了大气氟污染后树木生理代谢的变化及其与抗氟性的关系，并进行客观、定量的分类。
3) fluorides resistance
抗氟性
1.
In this experiment the author, using 10 Silkworm races which have sifferent fluorides resistance, after adding the sodium fluoride, has measured the change of the activity level of their acid phosphatase in the blood and founds that there is no inevitabie connection between the enzime activity itself and fluorides resistance.
本试验调查了10个抗氟性不同的桑蚕品种在进行氯化钠添毒后的血液酸性磷酸酶活性水平的变化情况，结果表明酶活性本身和抗氟性之间并不存在必然联系，而添毒后酶活性的变化情况却和抗氟性有非常明显的相关关系。
2.
The results reveal that these two quotas have positive correlation with fluorides resistance and the negative correlation with decreasing rate of blood corpuscle cells.
采用 7个抗氟性不同的桑蚕品种 ,添氟后 ,对其血液钙离子浓度以及血细胞数量的变化情况进行测定 ,发现这两个指标和抗氟性之间都有着极好的正相关关系 ,而血细胞减少率则呈负相关关系 。
4) chronic fluorosis
慢性氟中毒
1.
Chronic fluorosis and osteoblastic activation;
慢性氟中毒与成骨细胞激活
2.
Studies on Anti-fluorine Mechanism of Compound Danggui Powders in Chronic Fluorosis Rats;
复方当归散对慢性氟中毒大鼠的抗氟作用机理研究
3.
To study the effects of chronic fluorosis on cocks in pathologic change ,36 one-day cocks were randomly divided into 6 groups of 6 each.
结果表明,慢性氟中毒对鸡内脏器官的组织结构有明显损伤。
5) Fluorosis
[英][,flu:ə'rəusis] [美][,fluə'rosɪs]
慢性氟中毒
1.
Effect of Soybean Milk on Contents of Serum and Bone Fluoride in Wistar Rats With Chronic Fluorosis;
豆浆对慢性氟中毒大鼠血清氟及骨氟含量的影响
6) Fluconazole/toxicity
氟康唑/毒性
补充资料：α-型抗结晶抗絮凝酞菁蓝
分子式：
CAS号：
性质：红光蓝色粉末。属于稳定α-型晶相。具有良好的耐溶剂稳定性。在溶剂中不发生色光与晶型的转变。日晒牢度7～8级。以铜酞菁母体与甲醛缩合，其产物与N-羟甲基苯二甲酰亚胺反应，生成的N-羟甲基苯二甲酰亚胺衍生物与铜酞菁母体以1:10质量比混合，再经酸溶，析出，过滤，漂洗，干燥得最终产物。用于高档油墨、涂料及塑料的着色。
CAS号：
性质：红光蓝色粉末。属于稳定α-型晶相。具有良好的耐溶剂稳定性。在溶剂中不发生色光与晶型的转变。日晒牢度7～8级。以铜酞菁母体与甲醛缩合，其产物与N-羟甲基苯二甲酰亚胺反应，生成的N-羟甲基苯二甲酰亚胺衍生物与铜酞菁母体以1:10质量比混合，再经酸溶，析出，过滤，漂洗，干燥得最终产物。用于高档油墨、涂料及塑料的着色。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条