Chinese Journal of Industrial Hygiene and Occupational Diseases 2012 Issue 12 Using the stable HSPA1A promoter-driven luciferase reporter HepG2 cells to assess the overall toxicity of coke oven emissions

Using the stable HSPA1A promoter-driven luciferase reporter HepG2 cells to assess the overall toxicity of coke oven emissions
XIN Li-li;LI Xiao-hai;DENG Hua-xin;KUANG dan;DAI Xia-yun;HUANG Su-li;WANG Feng;HE Mei-an;R.William Currie;WU Tang-chun

..............page:883-887

Effects of smoking on the concentrations of urinary 10 metabolites of polycyclic aromatic hydrocarbons in coke oven workers
HE Yun-feng;ZHANG Wang-zhen;KUANG Dan;DENG Hua-xin;LI Xiao-hai;LIN Da-feng;Deng Qi-fei;HUANG Kun;WU Tang-chun

..............page:888-892

The dose response decrease of lung function associated with the urinary polycyclic aromatic hydrocarbons metabolites in coke oven workers
HU Die;DENG Qi-fei;HUANG Su-li;HE Yun-feng;GUO Huan;WU Tang-chun

..............page:893-897

Characteristics of particulate matter pollution in coke oven plant
DENG Hua-xin;ZHANG Wang-zhen;HUANG Kun;HE Yun-feng;LI Xiao-hai;KUANG Dan;LIN Da-feng;ZHANG Xiao-min;WU Tang-chun

..............page:898-901

Time-series analysis on effect of air pollution on stroke mortality in Tianjin, China
WANG De-zheng;GU Qing;JIANG Guo-hong;YANG De-yi;ZHANG Hui;SONG Gui-de;ZHANG Ying

..............page:902-907

Correlation between atmospheric polycyclic aromatic hydrocarbons exposure and urinary hydroxyl metabolites of polycyclic aromatic hydrocarbons in elderly population in Tianjin, China
QIN Xiao-lei;FAN Jiao;XUE Xiao-dan;HAN Bin;TANG Nai-jun;ZHANG Li-wen

..............page:908-912

Effect of prostaglandin E1 combined with Xuebijing injection on transforming growth factor-β1 in rats with pulmonary interstitial fibrosis
ZHANG Wan-xiang;LI Zhi-jun

..............page:913-915

liang qi ye yuan gong li zhi lv ji li zhi qing xiang de ying xiang yin su
zhang qiao yun ; liu yang ; ge qin juan ; zhang heng dong ; wang jian feng ; zhu bao li

..............page:916-918

di nong du ben xi wu zuo ye ren yuan niao zhong fan - fan shi zuo kang suan he ben zuo ji niao suan yu 8- zuo ji tuo yang niao zuo de guan xi
liu ren ping ; zhou jian hua ; zhu bao li ; xu jian ying ; shen ou zuo

..............page:918-922

shen zuo shi fu tian qu xiao xing qi ye guan li zhe zhi ye wei sheng zhi shi tai du xing wei diao cha
li han feng ; du tian ; niu ji fei ; zheng xiao jun ; pan rui zuo ; li ming ; yang mei

..............page:923-925

wen shi cong ye ren yuan zuo bao lu shui ping ji fu she ji liang gu suan
li cheng cheng ; li xiao hong ; cui qun ; shao li jun ; wang fei ; zhou jian ; li wan wei

..............page:925-927

wen ding tong wei su zuo -112 dui da shu zi dai fa yu de ying xiang
liu li li ; zhou zhi yang ; zhang ai hua ; yin xiao ; luo xue zuo ; zeng yu li ; song xiang rong ; gao hong bin ; lu feng rong ; huang jian xun

..............page:928-932

na mi yu wei mi er yang hua zuo dui a549 xi bao du xing de bi jiao
zhang shui hua ; ma

..............page:932-935

ba dou quan -dna jia he te xing de yan jiu
feng bin ; shao hua ; zhang zhi hu ; zhang fang ; zhang meng ping ; wang cui juan ; wei hai yan

..............page:935-936

Silica induced α-SMA expression in HBE cell line by targeting the PI3K/Akt pathway
LI Ai-ping;HOU Zhi-guo;FAN Jing-jing;JI Xiao-ming;WANG Ting;NI Chun-hui

..............page:937-940

chen fei bing 765 li de lin chuang te dian ji ying xiang xue biao xian
zhao de fa ; zhang tao ; wang xin ; li yong hui ; zhan yi

..............page:941-942

xue jiang zhi huan lian he tang pi zhi ji su jiu zhi san lv yi xi yao zhen yang pi yan de liao xiao guan cha ji hu li
liu zuo ; zhang yi hua ; zhang jian jie ; zhang jiao hong ; li hui ; li zuo ; hong sha sha ; li zhi min

..............page:942-944

chen fei bing fa man xing fei yuan xing xin zang bing huan zhe you xin shi xin ji shou suo gong neng de ding liang fen xi ji qi zhen duan jia zhi
sun shu ju

..............page:945-947

ct yin dao xia jing pi fei chuan ci huo jian shu zai chen fei he bing fei ai zhen duan zhong de yun yong
xu quan ping

..............page:948-949

xiao rong liang fei guan xi zhi liao xi fei 21 li
zuo rong ming ; zhao rui ; shao zhi yan

..............page:949-950

dian ci fu she dui mian yi sun shang de yan jiu jin zhan
wang zuo ; wang de wen

..............page:966-968

yi yuan yi yong yi dong chuang pang x she xian ji za san fu she de ce liang he fen xi
shang ying qing ; du zhong qing

..............page:951-952

wai zhou xue lin ba xi bao wei he lv dui duo huan fang ting jie chu gong ren zao qi jian kang jian hu de yi yi
zhang xiao ; guan lei ; huang kun ; guo huan ; zuo tang chun

..............page:968-971

xin xi dong tai

..............page:952

Detection of chlorpyrifos in air of workplace with HPLC
TAN Qi-tao;BAI Huai-sheng;LIU Wei

..............page:953-955

zhi ye wei hai feng xian ping gu fang fa de yan jiu jin zhan
zhang mei bian ; zou hua ; yuan wei ming ; zhou li fang ; ding gang qiang

..............page:972-974

zhi ye zhong liu jian ce yu jing ji shu yan jiu jin zhan
gu qing ; li min zuo

..............page:975-977

110 jia qi ye zheng ji wan jian ce jie guo ji zhi ye jie chu zhe diao cha
zhang qun fang ; zuo a ; guo guo qiang ; chen hui wen

..............page:956-957

ji yu guo ji hua xue pin kong zhi gong ju xiang de zhi ye bing wei hai feng xian ping jia fang fa
zhu zhi liang ; yu xiao ming ; ding yan ; zhuang zhi xiong ; xie wan li ; wu li kang ; tian ya feng

..............page:958-961

kong qi wu ran dui jian kang ying xiang de yan jiu yu zhan wang
zuo tang chun

..............page:881-882

huan jing hua xue wu diao kong que yang you dao yin zi zai qi suo zhi du xiao ying zhong zuo yong de yan jiu jin zhan
xu zuo ; liu qi zhan

..............page:962-966