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Repair and regeneration properties of Ginkgo biloba after ischemic brain injury 被引量:1

Repair and regeneration properties of Ginkgo biloba after ischemic brain injury
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摘要 The irretrievable fate of neurons rhetoric for the first half of this dominated the neuroscience century, a position that was fiercely contested and recently debunked by extensive studies carried out in the field of neuroregeneration research. The turning point came in the year 1928, when Ramon Y. Cajal's (Lobato, 2008) work suggested that the regenerative capacity of neurons, though limited, could exist beyond their physical be- ing and depended on the environment surrounding them. That the manipulation of the restrictive environment surrounding the neuron could aid the regenerative process was conclusively established by Aguayo and colleagues (Richardson et al., 1980). Since then, various strategies have been employed to target the different phases of regeneration which include: cell-replacement and augmenting endogenous neurogenesis, the use of trophic factors, reversal of the inhibitory cues, and induction of signal- ing pathways that stimulate axon growth and guidance (Horner and Gage. 2000). The irretrievable fate of neurons rhetoric for the first half of this dominated the neuroscience century, a position that was fiercely contested and recently debunked by extensive studies carried out in the field of neuroregeneration research. The turning point came in the year 1928, when Ramon Y. Cajal's (Lobato, 2008) work suggested that the regenerative capacity of neurons, though limited, could exist beyond their physical be- ing and depended on the environment surrounding them. That the manipulation of the restrictive environment surrounding the neuron could aid the regenerative process was conclusively established by Aguayo and colleagues (Richardson et al., 1980). Since then, various strategies have been employed to target the different phases of regeneration which include: cell-replacement and augmenting endogenous neurogenesis, the use of trophic factors, reversal of the inhibitory cues, and induction of signal- ing pathways that stimulate axon growth and guidance (Horner and Gage. 2000).
出处 《Neural Regeneration Research》 SCIE CAS CSCD 2014年第11期1104-1107,共4页 中国神经再生研究(英文版)
基金 supported by a grant from the National Institutes of Health-National Center for Complementary and Alternative Medicine (R00AT004197) Start-up Funds from The University of Toledo to Shah ZA
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