1.Construction of deep flexor tendon transection models:peritenon transplantation prevents tendon adhesions
Jun GAO ; Wei WANG ; Lei NA ; Hongtao JIANG ; Shibo LIU ; Yunfeng GAO ; Pei WANG
Chinese Journal of Tissue Engineering Research 2015;(18):2896-2900
BACKGROUND:The adhesion between muscle tendon and surrounding tissue after tendon restoration is one hot topic in clinic.
OBJECTIVE:To construct a deep flexor tendon transection model in the third toe of female Leghorn chicken and to explore the effect of peritenon transplantation on the prevention of tendon adhesions.
METHODS:After the transection models were successful y established, the third toe of left claw was taken as experimental group A. The transected tendon was sutured, the tendon anastomosis end was wrapped with the peritenon of the deep flexor tendon from the ipsilateral fourth toe (experimental group B). The third toe of right claw served as control group A, the transfected tendon was sutured and restored with the peritenon. The fourth toe of right claw was taken as control group B. Gross observation and histological observation of the tendon were performed.
RESULTS AND CONCLUSION:At 28 days postoperatively, gross observation and histological observation of Leghorn chicken were performed and compared using the Kruskal-Wal isH and Nemenyi test, respectively. The results showed that, the therapeutic effect was better in experimental group A than in control group A (P<0.05), but slightly poorer compared with control group B and experimental group B (P<0.05). The postoperative effect was better in experimental group B than in control group A (P<0.05) and showed no significant difference between experimental group B and control group B (P>0.05). The flexor function was evaluated and compared with the least significant difference t-test. The results showed that the postoperative effect was better in experimental group A than in control group A (P<0.05), but slightly poorer compared with control group B and experimental group B (P<0.05). The postoperative effect was better in experimental group B than in control group A (P<0.05) and showed no significant difference compared with control group B (P>0.05). Peritenon transplantation can effectively prevent tendon adhesions and has little impact on normal tendon sliding.
2.Tendon adhesion prevention:status and progress
Jun GAO ; Wei WANG ; Lei NA ; Hongtao JIANG ; Shibo LIU ; Pei WANG
Chinese Journal of Tissue Engineering Research 2014;(46):7515-7519
BACKGROUND:Tendon adhesions after tendon repair have been one of the problems difficult to solve in clinical practice. OBJECTIVE:To introduce the current situation and progress of the prevention of postoperative tendon adhesions. METHODS: A computer-based search of CNKI, Wanfang, PubMed databases for articles related to prevention of tendon adhesions published from January 1971 to May 2014 using the keywords of “tendon injury; tendon adhesions; progress” in Chinese and English, respectively. Repetitive content and irrelevant articles were excluded, and finaly 40 articles were included in result analysis. RESULTS AND CONCLUSION: In this paper, we analyze the characteristics of tendons and causes of tendon adhesions, summarize the methods for prevention of tendon adhesions and the therapeutic effects, and thereby analyze the pros and cons of various methods and materials for prevention of tendon adhesions. Prevention of tendon adhesions after tendon repair involves various aspects: thorough debridement, better surgical approach, microsurgical repair of tendon tissues, applications of drugs and barrier materials, physical therapy as wel as appropriate functional exercise after tendon repair. The integrated use of these means can be done to prevent the occurrence of postoperative tendon adhesions.
3.Research progress in manifestations and treatments of brucellosis osteoarthritis
Yongjie WANG ; Jiangbi LI ; Jun LIU ; Shibo NA ; Xue JI ; Lin ZHENG ; Shaokun ZHANG
Chinese Journal of Endemiology 2020;39(8):614-618
Brucellosis is a common global zoonotic disease caused by Brucella, which has a variety of clinical manifestations. Fever, sweating and musculoskeletal pains appear in partial brucellosis patients. The most common complication of brucellosis is osteoarthritis, including spondylitis, sacroiliitis, and peripheral arthritis such as osteomyelitis, bursitis, and tenosynovitis. The spine and sacroiliac are the most frequent affected sites of brucellosis osteoarthritis; however, the reports of peripheral arthritis such as osteomyelitis, bursitis, and tenosynovitis are low. Early and proper treatment is vital for patients with brucellosis osteoarthritis. The therapy of drugs and surgery are two current options for treatment of brucellosis osteoarthritis. In this review, clinical manifestations and treatments of brucellosis osteoarthritis are discussed in detail, which are helpful to deepen clinicians' knowledge in brucellosis.