Objective To trace and review the treatment of complex anal fistula so as to consider whether current procedures and therapies might offer a better choice. Methods Through the literature collected, with the difficulties and contradictions of the treatment of complex anal fistula as the starting point, the currently widely used seton management, the development and deficiency of biological therapy and sphincter preserving surgery, and the change of treatment model of complex anal fistula were reviewed. The research progress and application prospect of intersphincteric fistula ligation was focus attented. Results The treatment of complex anal fistula would be not too much emphasis of healing or radical cure, and more attention to the anus function, shape, fine feeling, and quality of life, has become a consensus. The seton management remained an useful therapy for the treatment of complicated anal fistula through continuous improvement and development, in despite of it has postoperative relapse or mild to moderate anal incontinence. Biotherapy relied on its minimal invasion rising in recent years especially at abroad, but it is limited wider application in China because of its high cost, unstable efficacy, and high recurrence rate. Sphincter-preserving operation always attracts attentions particularly under the background of invasive treatment. It has been already established about efficacy and security of the ligation of intersphincteric fistula tract as a novel procedure, which possessed an excellent advantage for protecting anal continence. Conclusion The ligation of intersphincteric fistula tract is a promising procedure, which tends to be superior than fistulotomy and seton management, may become a first-line treatment of complex anal fistula.
ObjectiveTo review the research progress of the role and mechanism of adipokines in intervertebral disc degeneration (IVDD) in recent years.MethodsThe domestic and foreign literature related to adipokines in the process of IVDD was extensively reviewed. The types and functions of adipokines, the role and mechanism in the process of IVDD, and the application prospects of intervertebral disc biotherapy were reviewed.ResultsAs a kind of bioactive substance secreted by adipose tissue, adipokine plays an important role in bone and joint diseases, metabolic diseases, and breast cancer. During IVDD, most adipokines can activate multiple signaling pathways by binding to autoreceptors, cause the proliferation and apoptosis of cells and proinflammatory and anti-inflammatory factors parasecretions in the intervertebral disc, and lead to imbalance of intradiscal metabolism and establishment of the initial inflammatory environment, and finally cause the IVDD.ConclusionAdipokines, as a biologically active substance with metabolic and immunomodulatory functions, play important roles in the occurrence, development, and biological treatment of IVDD.
ObjectiveTo review the research progress in biotherapy of rotator cuff injury in recent years, in order to provide help for clinical decision-making of rotator cuff injury treatment. MethodsThe literature related to biotherapy of rotator cuff injury at home and abroad in recent years was widely reviewed, and the mechanism and efficacy of biotherapy for rotator cuff injury were summarized from the aspects of platelet-rich plasma (PRP), growth factors, stem cells, and exosomes. ResultsIn order to relieve patients’ pain, improve upper limb function, and improve quality of life, the treatment of rotator cuff injury experienced an important change from conservative treatment to open surgery to arthroscopic rotator cuff repair. Arthroscopic rotator cuff repair plus a variety of biotherapy methods have become the mainstream of clinical treatment. All kinds of biotherapy methods have ideal mid- and long-term effectiveness in the repair of rotator cuff injury. The biotherapy method to promote the healing of rotator cuff injury is controversial and needs to be further studied. ConclusionAll kinds of biotherapy methods show a good effect on the repair of rotator cuff injury. It will be an important research direction to further develop new biotherapy technology and verify its effectiveness.