2) cumulative toxicity
蓄积毒性
1.
The result of cumulative toxicity testing indicated that emamectin benzoate was moderately cumulative, changes in body weight, ap.
进行甲氨基阿维菌素苯甲酸盐(甲维盐)原药对鹌鹑的急性和蓄积毒性试验及该药不同制剂对鹌鹑的急性毒性比较试验。
2.
BACKGROUND& AIM: To study the mutagenicity and cumulative toxicity of terbutryn.
背景与目的:研究特丁净的致突变性与蓄积毒性。
3.
Study on acute toxicity and cumulative toxicity of domestic cefquinome sulfate in mice.
为了研究国产硫酸头孢喹肟对昆明小鼠的急性毒性和蓄积毒性,采用改良寇氏法测定国产硫酸头孢喹肟的LD50;以剂量定期递增法计算蓄积系数,并于给药后第21天给予试验组和对照组小鼠1 LD50的量,观察各组小鼠对硫酸头孢喹肟的耐受性。
3) accumulation toxicity
蓄积毒性
1.
Effect of Liketing injection to cavy sperm malformation and accumulation toxicity;
痢克停注射液对小白鼠的精子畸形及蓄积毒性试验
4) accumulative toxicity
蓄积毒性
1.
Observation of the matter extracted from the pulp of cornus by ethanol on rats with acute toxicity, accumulative toxicity, and embryotoxicity;
山萸肉醇提液对大鼠的急性毒性、蓄积毒性及致畸胎作用观察
2.
Influence of immunoenhancer on weight gain and disease-resistant ability of broiler and its acute toxicity and accumulative toxicity;
免疫增强散对肉仔鸡增重、抗病力的影响及其急性毒性与蓄积毒性试验研究
3.
In order to provide some scientific data for safety evaluation of gastrodynam injection,this test determined LD 50 by Kmproved karber method,accumulative toxicity by progressive dose increasing method,bone marrow micronucleuw test with 3 experimental groups at dosage of 1.
3,无明显蓄积毒性和耐受性 ( P >0 。
5) Accumulative Toxicity
蓄积性毒性
1.
A Study on the Accumulative Toxicity and Residual Analysis of Copper in Mice;
小鼠铜蓄积性毒性试验及其残留分析研究
2.
There were four groups in accumulative toxicity experiment,Ⅰ group,1/10 LD50(Cd 9.
选用SPF级昆明种小鼠140只,做急性毒性和蓄积性毒性试验。
6) retention toxicosis
蓄积性中毒
补充资料:蓄积毒性
分子式:
CAS号:
性质: 指化学物质反复接触或染毒时,吸收量大于排泄时或毒性作用多次累加所致功能性或结构性损害。一般可分为功能性蓄积和物质蓄积。前者指毒物随其剂量、活性强度,接触次数增加所致有害作用逐次累加现象而导致适应或中毒;后者指毒物在组织器官内随机体反复接触毒物而增加。如果某一物质的染毒间隔时间(Δ)小于生物半减期(T1/2),则Δ/T1/2比值愈小,其蓄积出现愈快,例如二二三的生物半减期很长,便可在体内蓄积,产生危害。
CAS号:
性质: 指化学物质反复接触或染毒时,吸收量大于排泄时或毒性作用多次累加所致功能性或结构性损害。一般可分为功能性蓄积和物质蓄积。前者指毒物随其剂量、活性强度,接触次数增加所致有害作用逐次累加现象而导致适应或中毒;后者指毒物在组织器官内随机体反复接触毒物而增加。如果某一物质的染毒间隔时间(Δ)小于生物半减期(T1/2),则Δ/T1/2比值愈小,其蓄积出现愈快,例如二二三的生物半减期很长,便可在体内蓄积,产生危害。
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