砷中毒用英语怎么说，砷中毒的英文翻译

词语导航

基本信息

词语：砷中毒

繁体：砷中毒

拼音：shēn zhōng dú

英语翻译

【医】 arseniasis; arsenic poisoning

分词翻译

砷的英语翻译：

arsenic
【医】 arsen-; arsenic; arsenicum; arsenium; arseno-; arsenum; As.

中毒的英语翻译：

poisoning; toxicosis
【医】 intoxation; intoxicatio; intoxication; methysis; poisoning; toxication
toxicosis; toxis; venenation

翻译例句

1. 简•奥斯汀“死于砷中毒”。

Jane Austen "died from arsenic poisoning".

2. 解毒方；砷中毒；雄黄。

Antidotarium Formula; Arsenical Intoxication; Realgar.

3. 未发现砷中毒患者。

Arsenism patients are not found.

4. 青铜色的色素沉着见于血色素沉着症和砷中毒。

Bronze hyperpigmentation is seen in hemochromatosis and arsenic intoxication.

5. 目的了解燃煤污染引起慢性砷中毒的发病情况。

Objective To study the pathogenic situation of arsenism caused by coal burning pollution.

6. 在125个村的走访调查中，未发现砷中毒病人。wWW.WEnTIyi.COm

No patient suffering from endemic arsenic poisoning was found during the survey in125villages.

7. 饮用高砷水人群砷中毒的临床检出率为37.0%。

The arsenism detectable rate reached 37.0% in high-arsenic water consuming population.

8. 确诊砷中毒以从尿、头发、指甲中检出砷化物为依据。

Arsenic in urine and hair or nails is the key to diagnosis.

9. 目的了解燃煤型砷中毒皮肤角化点继发皮肤癌变的情况。

Objective to understand the situation of secondary skin cancer of hyperkeratosis of skin spot caused by coal burning type of arsenic poisoning.

10. 许多中药含有高含量的朱砂和雄黄，能够导致汞和砷中毒。

Many TCMs contain high amounts of vermilion and realgar, and can cause mercury and arsenic poisoning.

11. 目的掌握河北省居民饮水砷状况以及是否存在地方性砷中毒。

Objective To survey the arsenic content of inhabitants" drinking water and endemic arsenic poisoning in Hebei province.

12. 目的探讨燃煤型慢性砷中毒患者T淋巴细胞免疫功能的改变。

Objective To study the change of T-lymphocyte immune function in patients with coal-burning type arsenism.

13. 目的探讨燃煤污染型砷中毒的临床症状、体征以及流行特点。

Objective Analyses and probe the clinical symptoms, signs and epidemic characteristic of arsenism caused by coal burning pollution.

14. 结论安徽省境内发现水源性高砷区和地方性砷中毒病区存在。

Conclusions High-arsenic area and endemic arsenism area were found in Anhui province for the first time.

15. 结论郑州市存在高砷地区，但是尚未发现地方性砷中毒的流行。

Conclusions There are high arsenic area in Zhengzhou. It is not found that endemic arsenic poisoning prevailed in Zhengzhou.

16. 本文报道我国地方性砷中毒病区的分布、类型和地理流行病学特征。

In this paper, the distribution, type and geographically epidemic character of arsenism in China were reported.

17. 目的查清应县地方性砷中毒病区的流行范围、分布特征和危害程度。

Objective To investigate the epidemical range, the distribution features and the state of endemic arsenism in Ying County.

18. 结论矿物冶炼和开采引起水砷污染，导致砷中毒在陕西省商洛市流行。

Conclusions Ore mining and smelting induces high-arsenic drinking waters, resulting in arsenism prevalence in Shangluo City.

19. 目的查清宁夏北部是否存在有地方性砷中毒，其危害程度以及主要临床表现。

Objective To find out weathes endemic arsenic poisoning exist in the north of Ninxia and its manifestation as well as the harmfulness.

20. 还发现酪氨酸含量与砷中毒的一些症状如色素沉着、周围神经炎等有相关性。

The relationships between the concentration of tyrosin and some of symptoms of arsenism, such as dyspigmentation, peripheral neuritis, were found.

21. 目的研究BCL - 2基因在燃煤型砷中毒致皮肤恶性病变过程中的作用。

Objective To study the effect of BCL-2 gene on skin carcinogensis due to arseniasis caused by coal-burning.

22. 多指标、多检测方法的联合应用对于砷中毒的监测、诊断和防治具有重要实际意义。

Combined multi biomarkers and multi methods have important and practical significance for monitoring, diagnosis, prevention and cure of arsenism.

23. 方法在重点地区采取随机抽样方法选择调查点进行饮水砷测定及地方性砷中毒调查。

Methods The investigated sites were randomly sampled in possible regions where determination of arsenic content in drinking water and survey on endemic arsenic poisoning was carried out.

24. 由于没有其他环境砷污染，水砷含量高是自然形成的，因此属于饮水型地方性砷中毒。

Because of natural high arsenic in drinking water and no pollution else, it was drinking water type of endemic arsenicosis.

25. 结论将微量血样保存方法及微量全血彗星实验用于地方性砷中毒病区的人群监测可行。

Conclusions the preservation method and the comet assay technique of drop whole blood specimen can be applied to the biomonitoring work of the endemic arsenism area.

26. 结论将微量血样保存方法及微量全血彗星实验用于地方性砷中毒病区的人群监测可行。

Conclusions the preservation method and the comet assay technique of drop whole blood specimen can be applied to the biomonitoring work of the endemic arsenism area.