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2篇 您的检索式：作者名="Zhengjun Qu"

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		题名	作者	年代	出处	被引量
	1	Mechano-sensitive TET1s inhibits endothelial athero-susceptible phenotype through regulating YAP phosphorylation显示文摘Atherosclerosis is a chronic progressive disease and one of the major causes of cardio-cerebral vascular diseases.Accumulating evidence indicates that endothelial dysfunc-tion is the initiating step in atherosclerosis.The pattern of local blood flow becomes disturbed(low and oscillatory shear stress[OSS])in the curved or branched segments of the arterial tree,causing endothelial cells(ECs)to exhibit athero-susceptible phenotypes,such as hyperproliferation and inflammation.	Lu Huang Kai Qu Caihong Wang Daoxi Lei Wenhua Yan Tianhan Li Zhengjun Hou Juhui Qiu Guixue Wang	2023	Genes & Diseases2023，10，4：	1
	2	Preparation and photocatalytic performance study of dual Z-scheme Bi_(2)Zr_(2)O_(7)/g-C_(3)N4/Ag_(3)PO_(4) for removal of antibiotics by visible-light显示文摘At present,the high re-combination rate of photogenerated carriers and the low redox capability of the photocatalyst are two factors that severely limit the improvement of photocatalytic performance.Herein,a dual Z-scheme photocatalyst bismuthzirconate/graphitic carbon nitride/silver phosphate (Bi_(2)Zr_(2)O_(7)/g-C_(3)N4/Ag_(3)PO_(4)(BCA)) was synthesized using a co-precipitation method,and a dual Z-scheme heterojunction photocatalytic system was established to decrease the high re-combination rate of photogenerated carriers and consequently improve the photocatalytic performance.The re-combination of electron-hole pairs(e-and h+) in the valence band (VB) of g-C_(3)N4increases the redox potential of e-and h+,leading to significant improvements in the redox capability of the photocatalyst and the efficiency of e--h+separation.As a photosensitizer,Ag_(3)PO_(4)can enhance the visible light absorption capacity of the photocatalyst.The prepared photocatalyst showed strong stability,which was attributed to the efficient suppression of photo-corrosion of Ag_(3)PO_(4)by transferring the e-to the VB of g-C_(3)N4.Tetracycline was degraded efficiently by BCA-10%(the BCA with 10 wt.%of AgPO_(4)) under visible light,and the degradation efficiency was up to 86.2%.This study experimentally suggested that the BCA photocatalyst has broad application prospects in removing antibiotic pollution.	Zhengjun Qu Zhenyang Jing Xiaoming Chen Zexiang Wang Hongfei Ren Lihui Huang	2023	Journal of Environmental Sciences2023，，3：	0

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