Markevich V A, Salozhin S V, Guliaeva N V
Ross Fiziol Zh Im I M Sechenova. 2012 Dec;98(12):1460-70.
Wnt signaling is a signal transduction pathway involving peptides of Wnt family as key molecules. In this review, the data on the role of canonical and non-canonical Wnt pathway in hippocampal structural and synaptic plasticity have been analyzed. Wnt-mediated signal transduction is involved in normal functional plasticity, and the disturbances in Wnt-mediated mechanisms form a basis for the development of cerebral pathologies. A special attention is devoted to glycogen synthase kinase 3beta (GSK-3beta), one of most important from both plasticity and pathology perspectives component of the canonical Wnt pathway. The studies in this area, besides their fundamental significance, are important for translation to the medicine, and the key components of the Wnt pathway are potential targets for the developmentn of pathogenetical therapeutics for a number of socially significant cerebral pathologies.
Wnt信号传导是一种信号转导途径,涉及Wnt家族的肽作为关键分子。在本综述中,分析了关于经典和非经典Wnt途径在海马结构和突触可塑性中作用的数据。Wnt介导的信号转导参与正常的功能可塑性,而Wnt介导机制的紊乱是脑部疾病发生发展的基础。糖原合酶激酶3β(GSK-3β)受到特别关注,它是经典Wnt途径中从可塑性和病理学角度来看最重要的成分之一。该领域的研究除了具有重要的基础意义外,对于医学转化也很重要,Wnt途径的关键成分是开发针对多种具有社会意义的脑部疾病的致病治疗方法的潜在靶点。