1.Nursing and reason analysis for restlessness of patients with benign prostatic hyperplasia after operation
Haichun XU ; Haiying LI ; Yongjun SUN
Chinese Journal of Practical Nursing 2008;24(15):27-28
Objective To investigate the risk factors and effective nursing for patients with benign prostatic hyperplasia(BPH)within 3 days after operation.Methods The risk factors for restlessness of patients with BPH in 2006 were analyzed and the nursing points were summarized.Results Age of patients,surgical style and sleeping time before the operation were evidently related to the incidence of restlessness.Conclusion Strengthening of psychological nursing,appropriate surgical style and insurance of abundant sleeping time before operation could reduce the incidence of restlessness of patients after operation.
2.The change of serum resistin,IL-6 on the acute lung injury of sepsis rats and its significance
Jianhui HU ; Jianguo ZHANG ; Haichun SUN ; Yinhuan QIAN ; Meilin CAO
International Journal of Laboratory Medicine 2015;(15):2158-2159,2161
Objective To study the serum level of resistin and IL‐6 in the sepsis‐induced acute lung injury (ALI) in rats and to probe the relation of IL‐6 and resistin to ALI and its possible mechanism .Methods The forty‐five Wistar rats were randomly as‐signed to three groups ,a control group ,a sham group and a model group .ALI was induced by intravenous injective of LPS (10 mg/kg) and those animals were killed after 6 hours ,12 hours ,24 hours .The lung wet/dry weight ratio ,serum IL‐6 was detected by chemiluminescence and resistin levels were detected by ELISA .Results Compared with the control group and the sham group ,the lung wet/dry weight ratio ,lung pathologic tissue score ,the serum level of resistin and IL‐6 were increased(P<0 .05) .Positive cor‐relation was observed between resistin and IL‐6 in different time .Conclusion Resistin possibly participate the process of sepsis in‐duces ALI .
3.Targeting the substrate binding domain of polo-like kinase 1: advances in the study of PBD1 inhibitors.
Liang ZHANG ; Yanhua CAO ; Shuai LU ; Shanliang SUN ; Haichun LIU ; Tao LU
Acta Pharmaceutica Sinica 2013;48(3):315-24
Polo-box domain 1 (PBD1) is a characteristic domain of polo-like kinase 1 (PLK1), which locates in C-terminal and can influence the catalytic activity and specific subcellular locations of PLK1. At present, most PLK1 inhibitors are developed to occupy the ATP pocket or its close sites. However, this kind of PLK1 inhibitors is difficult to pursue target selectivity and may encounter cross drug resistance with other kinase inhibitors due to the conserved sequence of ATP pocket. Recently, PBD1, with aberrant specificity in sequence and structure, has attracted enormous interests as the alternative target to the discovery of corresponding inhibitors for anti-tumor drugs. The structure and function of PBD1 as well as the advances of its inhibitors are reviewed in this paper.