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150th anniversary series: Desmosomes in physiology and disease

机译:150周年系列:生理和疾病中的桥粒

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摘要

Cell-cell adhesion is essential for life in multicellular organisms. One of the prominent adhesive structures acting as stabilizing element in tissues is the desmosome. In addition to providing cohesion strength to tissues subjected to high mechanical stress, it has been recently recognized that desmosomes are also essential for tissue morphogenesis and differentiation. The crucial role of the desmosome in cell physiology is mirrored by the large number of diseases occurring when the function of one or more of its constituents is impaired. Hence, major efforts have been made over the last 20 years to understand the mechanisms underlying the pathobiology of intercellular adhesion, with a hope of developing new diagnostic and therapeutic tools; this, in turn, has allowed gaining more insights into the basic science of desmosome structure and function. These concepts will be briefly presented here and developed in detail in the upcoming cell adhesion series "Desmosomes in physiology and disease", launched on the occasion of the 150th anniversary of the discovery of the desmosome in 1864.
机译:细胞间粘附对于多细胞生物的生命至关重要。桥粒是在组织中用作稳定元件的突出粘合结构之一。除了向遭受高机械应力的组织提供内聚强度之外,最近还认识到,桥粒对于组织形态发生和分化也是必不可少的。当一种或多种成分的功能受损时,大量疾病会反映出桥粒在细胞生理学中的关键作用。因此,在过去的20年中,人们做出了巨大的努力来了解细胞间粘附的病理生物学机制,并希望开发出新的诊断和治疗工具。这反过来又使人们对桥粒结构和功能的基础科学有了更多的了解。这些概念将在这里简要介绍,并在即将于1864年发现桥粒150周年之际启动的细胞黏着系列“生理和疾病中的桥粒”中进行详细介绍。

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