1.Meta-analysis of the clinical efficacy and safety of anatomical reconstruction and repair in the treatment of chronic lateral instability of the ankle joint
Haiquan ZENG ; Weijin MIAO ; Ming YU ; Min WANG ; Wen WANG
China Modern Doctor 2024;62(30):13-20
Objective To evaluate the clinical efficacy and safety of anatomical repair and anatomical reconstruction through Meta-analysis.Methods Systematically search PubMed,Embase,Wanfang database,China National Knowledge Infrastructure and other databases were used to obtain the relevant literature in the treatment of chronic lateral instability of the ankle joint with anatomical repair and reconstruction from the establishment of each database to December 2022,and Revman 5.4 and R 4.2 software were used for Meta-analysis.Results Eight articles were finally included in this paper.All were randomized controlled trials.The results of Meta-analysis showed that:there were statistically significant differences between anatomical repair and anatomical reconstruction in the anterior talar translation (MD=0.54,95％CI:0.27-0.81,P<0.01),talus tilt angle (MD=0.36,95％CI:0.07-0.66,P=0.02),and American Orthopaedic Foot & Ankle Society scale (MD=-4.79,95％CI:-6.58--3.01,P<0.01),but there was no statistically significant difference in complications (RR=1.13,95％CI:0.32-3.97,P=0.85).Conclusion Anatomical reconstruction is superior to anatomical repair in clinical efficacy,while the risk of complications is comparable between two.
2.A third dose of inactivated vaccine augments the potency, breadth, and duration of anamnestic responses against SARS-CoV-2.
Zijing JIA ; Kang WANG ; Minxiang XIE ; Jiajing WU ; Yaling HU ; Yunjiao ZHOU ; Ayijiang YISIMAYI ; Wangjun FU ; Lei WANG ; Pan LIU ; Kaiyue FAN ; Ruihong CHEN ; Lin WANG ; Jing LI ; Yao WANG ; Xiaoqin GE ; Qianqian ZHANG ; Jianbo WU ; Nan WANG ; Wei WU ; Yidan GAO ; Jingyun MIAO ; Yinan JIANG ; Lili QIN ; Ling ZHU ; Weijin HUANG ; Yanjun ZHANG ; Huan ZHANG ; Baisheng LI ; Qiang GAO ; Xiaoliang Sunney XIE ; Youchun WANG ; Yunlong CAO ; Qiao WANG ; Xiangxi WANG
Protein & Cell 2024;15(12):930-937
3.The research progress in the interaction between hair cycle and dermal adipocytes
Weijin HONG ; Yong MIAO ; Ruosi CHEN ; Zhiqi HU
Chinese Journal of Plastic Surgery 2021;37(3):343-346
The hair cycle is effected by various components in the microenvironment of hair follicle niche. The dermal adipocytes, as an important part, has been shown to be relevant to epidermal homoeostasis during hair follicle regeneration, and the periodic change of hair also affects the dermal adipocytes. This article reviewed the relationship between dermal adipocytes and hair follicle, and tried to find a new sight in the field of hair regenerations.
4.The research progress in the interaction between hair cycle and dermal adipocytes
Weijin HONG ; Yong MIAO ; Ruosi CHEN ; Zhiqi HU
Chinese Journal of Plastic Surgery 2021;37(3):343-346
The hair cycle is effected by various components in the microenvironment of hair follicle niche. The dermal adipocytes, as an important part, has been shown to be relevant to epidermal homoeostasis during hair follicle regeneration, and the periodic change of hair also affects the dermal adipocytes. This article reviewed the relationship between dermal adipocytes and hair follicle, and tried to find a new sight in the field of hair regenerations.
5.The research progress in the interaction between hair cycle and dermal adipocytes
Weijin HONG ; Yong MIAO ; Ruosi CHEN ; Zhiqi HU
Chinese Journal of Plastic Surgery 2021;37(3):343-346
The hair cycle is effected by various components in the microenvironment of hair follicle niche. The dermal adipocytes, as an important part, has been shown to be relevant to epidermal homoeostasis during hair follicle regeneration, and the periodic change of hair also affects the dermal adipocytes. This article reviewed the relationship between dermal adipocytes and hair follicle, and tried to find a new sight in the field of hair regenerations.
6.The research progress in the interaction between hair cycle and dermal adipocytes
Weijin HONG ; Yong MIAO ; Ruosi CHEN ; Zhiqi HU
Chinese Journal of Plastic Surgery 2021;37(3):343-346
The hair cycle is effected by various components in the microenvironment of hair follicle niche. The dermal adipocytes, as an important part, has been shown to be relevant to epidermal homoeostasis during hair follicle regeneration, and the periodic change of hair also affects the dermal adipocytes. This article reviewed the relationship between dermal adipocytes and hair follicle, and tried to find a new sight in the field of hair regenerations.
7.The research progress in the interaction between hair cycle and dermal adipocytes
Weijin HONG ; Yong MIAO ; Ruosi CHEN ; Zhiqi HU
Chinese Journal of Plastic Surgery 2021;37(3):343-346
The hair cycle is effected by various components in the microenvironment of hair follicle niche. The dermal adipocytes, as an important part, has been shown to be relevant to epidermal homoeostasis during hair follicle regeneration, and the periodic change of hair also affects the dermal adipocytes. This article reviewed the relationship between dermal adipocytes and hair follicle, and tried to find a new sight in the field of hair regenerations.
8.The research progress in the interaction between hair cycle and dermal adipocytes
Weijin HONG ; Yong MIAO ; Ruosi CHEN ; Zhiqi HU
Chinese Journal of Plastic Surgery 2021;37(3):343-346
The hair cycle is effected by various components in the microenvironment of hair follicle niche. The dermal adipocytes, as an important part, has been shown to be relevant to epidermal homoeostasis during hair follicle regeneration, and the periodic change of hair also affects the dermal adipocytes. This article reviewed the relationship between dermal adipocytes and hair follicle, and tried to find a new sight in the field of hair regenerations.
9.The research progress in the interaction between hair cycle and dermal adipocytes
Weijin HONG ; Yong MIAO ; Ruosi CHEN ; Zhiqi HU
Chinese Journal of Plastic Surgery 2021;37(3):343-346
The hair cycle is effected by various components in the microenvironment of hair follicle niche. The dermal adipocytes, as an important part, has been shown to be relevant to epidermal homoeostasis during hair follicle regeneration, and the periodic change of hair also affects the dermal adipocytes. This article reviewed the relationship between dermal adipocytes and hair follicle, and tried to find a new sight in the field of hair regenerations.
10.The research progress in the interaction between hair cycle and dermal adipocytes
Weijin HONG ; Yong MIAO ; Ruosi CHEN ; Zhiqi HU
Chinese Journal of Plastic Surgery 2021;37(3):343-346
The hair cycle is effected by various components in the microenvironment of hair follicle niche. The dermal adipocytes, as an important part, has been shown to be relevant to epidermal homoeostasis during hair follicle regeneration, and the periodic change of hair also affects the dermal adipocytes. This article reviewed the relationship between dermal adipocytes and hair follicle, and tried to find a new sight in the field of hair regenerations.
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