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Tubulin Protofilaments: Tubulin Double Helix: Lateral and Longitudinal Curvature Changes of Tubulin Protofilament (Small 37/2020)
Small ( IF 13.0 ) Pub Date : 2020-09-17 , DOI: 10.1002/smll.202070205 Juncheol Lee 1 , Chaeyeon Song 1 , Jimin Lee 1 , Herbert P. Miller 2 , Hasaeam Cho 1 , Bopil Gim 1 , Youli Li 3 , Stuart C. Feinstein 2 , Leslie Wilson 2 , Cyrus R. Safinya 4 , Myung Chul Choi 1
Small ( IF 13.0 ) Pub Date : 2020-09-17 , DOI: 10.1002/smll.202070205 Juncheol Lee 1 , Chaeyeon Song 1 , Jimin Lee 1 , Herbert P. Miller 2 , Hasaeam Cho 1 , Bopil Gim 1 , Youli Li 3 , Stuart C. Feinstein 2 , Leslie Wilson 2 , Cyrus R. Safinya 4 , Myung Chul Choi 1
Affiliation
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In article number 2001240, Myung Chul Choi and co‐workers create “tubulin double helix”–based tubular nanostructures by 2D shape changes of tubulin protofilament building blocks in lateral and longitudinal directions. Microtubules are transformed into tubulin double helix resulting in three types of tubular structures—a single‐layered and two double‐layered double‐helical tubulin tubules.
中文翻译：
微管蛋白原丝：微管蛋白双螺旋：微管蛋白原丝的横向和纵向曲率变化（37/2020小）
Myung Chul Choi及其同事在文章编号2001240中，通过沿横向和纵向二维改变微管蛋白原丝构建块的形状，创建了基于“微管蛋白双螺旋”的管状纳米结构。将微管转化为微管蛋白双螺旋，从而产生三种类型的管状结构-单层和两个双层双螺旋微管蛋白管。
更新日期：2020-09-18
中文翻译：
微管蛋白原丝：微管蛋白双螺旋：微管蛋白原丝的横向和纵向曲率变化（37/2020小）
Myung Chul Choi及其同事在文章编号2001240中，通过沿横向和纵向二维改变微管蛋白原丝构建块的形状，创建了基于“微管蛋白双螺旋”的管状纳米结构。将微管转化为微管蛋白双螺旋，从而产生三种类型的管状结构-单层和两个双层双螺旋微管蛋白管。
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