1.The diagnostic value of left atrial volume index for heart failure with preserved ejection fraction
Xing YANG ; Xuebiao WEI ; Yaowang LIN ; Wanwen CHEN ; Ming FU ; Yingling ZHOU ; Zhujun CHEN ; Ying WU ; Danqing YU
The Journal of Practical Medicine 2014;(7):1087-1090
Objective To explore the value of left atrium volume index (LAVI) in the diagnosis of heart failure with preserved ejection fraction (HFPEF). Methods Seventy-seven patients with HFPEF and 33 patients without HFPEF who had been treated from May 2012 to September 2013 in Guangdong General Hospital were en-rolled. The clinical data and a series of ultrasound parameters were collected and analysed. The relationship between LAVI, LAV, and other indexes of diastolic function was determined by Pearson correlation analysis. The value of LAVI and LAV for diagnosing HFPEF was compared by the ROC curve. Results LAVI and LAV of were signifi-cantly greater in HFPEF group than in non-HFPEF group. LAV and LAVI were significantly associated wtih HEPEF. The area under the ROC curve (AUC) of LAVI increased significantly as compared with the AUC of LAV (0.832 vs. 0.799, P<0.05). With a cut-off value of 30 mL/m2, the specificity and sensitivity for diagnosing HEPEF were 64.9%and 84.8%, respectively. Conclusions LAVI may be valuable in the diagnosis of HFPEF.
2.An interpretation of the new version of Amblyopia Preferred Practice Pattern
Chinese Journal of Experimental Ophthalmology 2019;37(7):566-568
In November 2017,after a five-year hiatus,the American Academy of Ophthalmology (AAO) published the latest version of Amblyopia Preferred Practice Pattern (PPP).It provides authoritative guidance for the diagnosis and treatment of amblyopia based on the best clinical evidence.The new PPP continues the rigorous,comprehensive and refined features of the 2012 edition,and has updated and supplemented in many aspects,such as definition,epidemiology,classification,diagnosis and treatment etc.This article introduces and interprets the main contents and updates of the new edition of the PPP.
3.Comparative analysis of blood components distribution in 24 domestic prefecture-level blood stations
Cheng PENG ; Guanlin HU ; Li LI ; Zhenxing WANG ; Jinghan ZHANG ; Yugen CHENG ; Liping HUANG ; Qiuhong MUO ; Yang LIU ; Wenzhi WANG ; Haining WANG ; Hao LI ; Youhua SHEN ; Xiaojuan YANG ; Guoqian YANG ; Ling WU ; Feng YAN ; Ning LI ; Jing LIU ; Lin BAO ; Mengshang ZHANG ; Jing CUI ; Zhujun FU ; Helong GUO ; Shutao PANG
Chinese Journal of Blood Transfusion 2022;35(9):942-946
【Objective】 To understand the current situation of blood components distribution in domestic prefecture-level blood stations through analyzing the components distribution data of 24 prefecture-level blood stations in China. 【Methods】 The data of components distribution of 24 blood stations from 2017 to 2020 as well as the data of blood deployment of 24 blood stations from 2019 to 2020 were collected and analyzed. 【Results】 From 2017 to 2020, positive annual growth in red blood cells, plasma and cryoprecipitate was observed in 22, 19 and 15 out of the 24 blood stations, and the annual growth median rate of above three components was 5.24%, 3.80% and 3.25%, respectively. Among the 24 prefecture-level blood stations, 23 carried out the preparation of cryoprecipitate. 【Conclusion】 The distribution of red blood cells, cryoprecipitate and plasma in prefecture-level blood stations is increasing year by year. However, there is a overstock of plasma, and most blood stations need blood employment.