Nonenzymatic Glycation of Collagen in Aging and Diabetes

Nonenzymatic Glycation of Collagen in Aging and Diabetes
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衰老和糖尿病中胶原蛋白的非酶糖化

DOI:
10.3181/00379727-218-44264
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发表时间:
1998
影响因子:
--
通讯作者:
K. Reiser
K. Reiser
中科院分区:
--
文献类型:
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作者:
K. Reiser

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总结和结论我们如何总结自上次审查该主题以来在该领域取得的进展?我们是应该乐观地认为拼图的各个部分正在就位,就像最近提出的那样(118),还是我们有一种令人不安的感觉,当我们在一个领域解决细节时-所有的反应途径,产物,副反应-视角的转变和糖化之谜,就像分形一样,重新产生复杂性?也许两者都是合适的。糖氧化损伤代表了基因组智能的有序运作与随机事件的混乱力量之间的界面。这个界面,我们死亡的尖端,是进化的浮士德交易。从单细胞存在的无意识不朽到感知生命的复杂性需要发展氧化代谢,这是消耗我们的慢火。到目前为止,我们只能观察和研究它;我们是否能改变它还有待观察。
Summary and Conclusions How can we summarize the progress that has been made in the field since this topic was previously reviewed? Should we feel optimistic that the pieces of the puzzle are falling into place, as suggested recently (118), or do we have a disquieting sense that as we work out the details in one area—all the reaction pathways, products, side reactions—the perspective shifts and the puzzle of glycation, like a fractal, regenerates complexity? Perhaps both are appropriate. Glyco-oxidative damage represents the interface between the orderly workings of genomic intelligence and the disorganizing force of stochastic events. This interface, the cusp of our mortality, is the Faustian bargain of evolution. The passage from the unconscious immortality of unicellular existence to the complexities of sentient life required the development of an oxidative metabolism, the slow fire that consumes us. Until now we have only been able to watch it and study it; whether we can change it remains to be seen.
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影响因子: --
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