Role of chemokines and interferons in neural progenitor cell function

疾病或损伤后中枢神经系统的再生极其有限，并且经常导致实质性损伤。替代受损或死亡的神经系统细胞的潜在疗法是使用神经干细胞。神经干细胞存在于中枢神经系统中，经常尝试修复神经系统损伤，但失败。该项目旨在研究调节神经干细胞功能的因素，包括可能调节其迁移或成为适当神经细胞类型的能力的因素。特别令人感兴趣的是被称为趋化因子的因子，其调节细胞迁移以及具有多种其他作用。此外，干扰素，这是存在于受损的神经系统中的炎症分子，我们已经证明会影响神经干细胞功能，可能与趋化因子相互作用，也将进行检查。除了检查这些因素对神经干细胞的影响外，还将确定它们在这些细胞中使用的信号通路。

Regeneration of the central nervous system following disease or injury is extremely limited and frequently results in substantial impairment. A potential therapy to replace damaged or killed nervous system cells is the use of neural stem cells. Neural stem cells are present in the central nervous system and frequently attempt, but fail to repair nervous system damage. This project aims to examine factors that regulate neural stem cell function including factors that may regulate their ability to migrate or become appropriate neural cell types. Of particular interest are factors known as chemokines that regulate cell migration as well as have a variety of other effects. In addition, interferons, which are inflammatory molecules present in the damaged nervous system and that we have shown affect neural stem cell function, may interact with chemokines and will also be examined. In addition to examining the effects of these factors on neural stem cells, the signalling pathways they use in these cells will also be determined.