目的：观察胶质源性神经营养因子在神经前体细胞的存活和分化过程中的作用及其协同因子。
AIM to observe the effects of glial-derived neurotrophic factors on survival and differentiation of neural precursor cells and its cooperative factors.
该方法成功地在动物活体特异方面显示了移植入脊髓的神经前体细胞，为应用核素显像活体、无创地监测移植干细胞提供了可行性依据。
The success in displaying the implanted cells in spinal cord provides the feasibility of in vivo tracking of stem cells after transplantation with radionuclide imaging.
该方法成功地在动物活体特异方面显示了移植入脊髓的神经前体细胞，为应用核素显像活体、无创地监测移植干细胞提供了可行性依据。
The success in displaying the implanted cells in spinal cord provides the feasibility of in vivo tracking of stem cells after transplantation with radionuclide imaging.
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