The Japanese Biochemical Society/The Molecular Biology Society of Japan

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[1P1289] Hexa (Ethylene Glycol) Derivative of Benzothiazole Aniline Promotes Dendritic Spine Formation through the RasGRF1/Ras Dependent Pathway

Nathanael J. Lee1, Jung Min Song1, 〇Hyun-ji Cho4, You Me Sung1,2, Taehee Lee1, Andrew Chung1, Sung-Ha Hong1, Mark Rubinshtein5, Lila K. Habib6, Christina C. Capule5, R Scott Turner2, Daniel T. S. Pak3, Jerry Yang5, Hyang-Sook Hoe1,2,4 (1.Dept. of Neurosci., Georgetown Univ., Washington DC, USA, 2.Dept. of Neurol., Georgetown Univ., Washington DC, USA, 3.Dep. of Pharmacol., Georgetown Univ., Washington DC, USA, 4.Dept. of Neural Dev. and Dis., Neurodegener. Dis. Lab., KBRI, Daegu, South Korea, 5.Dept. of Chem. and Biochem. Univ. of Caligornia, SanDiego, USA, 6.Dept. of Bioengineer. Univ. of Caligornia, SanDiego, USA)

BTA-EG6, Dendritic spine, Ras signaling, Rap signaling

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