施旺

  • 网络Schwann;Theodor Schwann
施旺施旺
  1. 试析施莱登与施旺创立细胞学说时对细胞生成的误解

    Misconception About the Birth of Cell by M. J. Schleiden and Theodor Schwann in Founding the Theory of Cell

  2. 他的细胞理论还得到了施旺的认同,并将其应用于动物细胞。

    His cell theory was also adopted and expanded by SCHWANN , who applied it to animals also .

  3. 腰神经根损伤后神经肌肉接头施旺细胞的作用和表现

    Expression and role of Schwann cell in neuromuscular junction following lumbar nerve root injury

  4. 益气化瘀方对腰神经根压迫模型神经肌肉接合部施旺细胞的作用

    Effect of the YI QI HUA YU Recipe on Schwann Cell Activity Following Lumbar Nerve Root Compression

  5. 鲜明坚实的肿瘤是从周围神经表面切除下来的,为神经鞘瘤,源于神经鞘施旺细胞。

    This discreet firm neoplasm was removed from the surface of a peripheral nerve . It is a schwannoma ( neurilemmoma ) which arises from the nerve sheath Schwann cells .

  6. 此过程受到很多细胞因子的影响,如轴突的神经调节蛋白、自分泌因子等。这些因子共同调节施旺细胞的分化、增殖、成熟以及迁移。

    In the process , Schwann cell development is regulated by many cytokines , including axon-derived neuregulins , autocrine factors , which collectively regulate differentiation , proliferation , maturation and migration of Schwann cell .

  7. 在周围神经系统中,施旺细胞相互紧密连接呈螺旋状包裹轴突,形成髓鞘,调节神经元轴突的直径、离子通道分布、神经丝磷酸化,并分泌多种神经营养因子促进神经元存活。

    Myelin is formed by the spiral wrapping of the cell membrane of Schwann cells in the peripheral nervous system . It regulates the distribution of neuronal axon and ion channels , adjusts neurofilament phosphorylation and secretes a variety of neurotrophins to promote neuronal survival .