Indole and synthetic derivative activate chaperone expression to reduce polyQ aggregation in SCA17 neuronal cell and slice culture models

• Glavni autori: Kung PJ (Autor), Tao YC (Autor), Hsu HC (Autor), Chen WL (Autor), Lin TH (Autor), Janreddy D (Autor), Yao CF (Autor), Chang KH (Autor), Lin JY (Autor), Su MT (Autor), Wu CH (Autor), Lee-Chen GJ (Autor), Hsieh-Li HM (Autor)
• Format: Knjiga
• Izdano: Dove Medical Press, 2014-10-01T00:00:00Z.
• Teme: article
• Online pristup: Connect to this object online.

Pin-Jui Kung,1,* Yu-Chen Tao,1,* Ho-Chiang Hsu,1 Wan-Ling Chen,1 Te-Hsien Lin,1 Donala Janreddy,2 Ching-Fa Yao,2 Kuo-Hsuan Chang,3 Jung-Yaw Lin,1 Ming-Tsan Su,1 Chung-Hsin Wu,1 Guey-Jen Lee-Chen,1 Hsiu-Mei Hsieh-Li1 1Department of Life Science, 2Department of Chemistry, National Taiwan Normal Univer...