3篇
您的检索式：作者名="Youjun Guan"
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| 1 | Extremely low penetrance of deafness associated with the mitochondrial 12S rRNA mutation in 16 Chinese families: Implication for early detection and prevention of deafness显示文摘 | Pu Dai Xin Liu Dongyi Han Yaping Qian Deliang Huang Huijun Yuan Weiming Li Fei Yu Ruining Zhang Hongyan Lin Yong He Youjun Yu Quanzhu Sun Huaiyi Qin Ronghua Li Xin Zhang Dongyang Kang Juyang Cao Wie-Yen Young Min-Xin Guan | 2005 | Biochemical and Biophysical Research Communications2005，，1： | 2 |
| 2 | Solution-Mediated Transformation of a 1D [Zn(Im)(HIm)2(OAc)] Precursor to Several Different 3D Zn(Im)2 Frameworks显示文摘1D 化合物[Zn (Im )( 他)2(OAc)] 被用作金属和咪唑的一位单个先锋准备几 3-dimensional (3D ) 由调停答案的转变的 Zn (Im )2 框架。明确地,三已知的拓扑学, zni, coi 和 crb (BCT ) 与 CH 3 哦, DMF 和直接存储器存取作为溶剂分别地。由 13 C 妈 NMR 光谱学和 TG 从 1D 化合物在转变过程暗示那到coi-[ Zn ( Im ) 2](DMF) x 和crb-[ Zn ( Im ) 2](DMA) x ( ZIF-1 ), DMF 和直接存储器存取溶剂分子充当了指导结构的代理人并且因此,分别地在框架内被堵塞。相反,在 zni- 的形成[Zn (Im )2], 没有溶剂分子在框架是在场的;因此,到 zni 的从 1D 化合物的转变被温度导致。因此,一位单个先锋(1D 混合物) 的调停答案的转变途径为 ZIF 的合成被建立。 | Youjun Guan Qi Shi Jinxiang Dong | 2017 | Chinese Journal of Chemistry2017，35，7： | 1 |
| 3 | A shape-persistent plasticine-like conductive hydrogel with self-healing properties for peripheral nerve regeneration显示文摘In recent years,electrically conductive hydrogel-based nerve guidance conduits(NGCs)have yielded promising results for treating peripheral nerve injuries(PNIs).However,developed ones are generally pre-manufactured and exhibit a limited ability to achieve good contact with nerve tissue with irregu-lar surfaces.Herein,we developed a plasticine-like electrically conductive hydrogel consisting of gelatin,conducting polypyrrole,and tannic acid(named GPT)and assessed its ability to promote peripheral nerve regeneration.The shape-persistent GPT hydrogel exhibited good self-healing properties and could easily be molded to form a conduit that could match any injured nerve tissue.Their electrical properties could be tuned by changing the PPy concentration.In vitro,the improved conductivity of the hydrogel pro-moted dorsal root ganglion(DRG)axonal extension.More importantly,we found that the GPT hydrogel enhanced axonal regeneration and remyelination in vivo,preventing denervation atrophy and enhancing functional recovery in a mice model of sciatic nerve injury.These results suggest that our plasticine-like NGC has huge prospects for clinical application in the repair of PNI. | Xinchang Kang Xiaojun Li Can Liu Min Cai Pengfei Guan Yian Luo Youjun Guan Yu Tian Kunyu Ren Chengyun Ning Lei Fan Guoxin Tan Lei Zhou | 2023 | Journal of Materials Science & Technology2023，，11： | 0 |
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