teamsendai github.io

-Size controllable Linear Homomultimer-TeamSendai2015

In nature, various biological functions are realized by multimeric proteins. In most cases, these proteins have intrinsic curvature and the number of monomers are determined by their circular assembly. However, in linear assembly, it is difficult to control the number of proteins without additional capping mechanisms. Here, we propose a novel mechanism to control the linear assembly by using a kind of vernier mechanism.
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BIOMOD Biomolecular Design Competition

Is an annual biomolecular design competition for. Undergraduate teams compete to build the coolest stuff using the molecules of life. Previous winners have used DNA, RNA, and proteins as building blocks to create autonomous robots. And prototypes for nanoscale therapeutics. Students lead projects each summer and then travel to the Jamboree in late October to present their work and win awards. Final Standings for BIOMOD 2017. I would like to donate! .

東北大学大学院工学研究科 バイオロボティクス専攻分子ロボティクス分野 村田川又野村研究室 Molecular Robotics Laboratory

東北大学大学院工学研究科 バイオロボティクス専攻分子ロボティクス分野 村田 川又 野村研究室 Molecular Robotics Laboratory.

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-Size controllable Linear Homomultimer-TeamSendai2015

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In nature, various biological functions are realized by multimeric proteins. In most cases, these proteins have intrinsic curvature and the number of monomers are determined by their circular assembly. However, in linear assembly, it is difficult to control the number of proteins without additional capping mechanisms. Here, we propose a novel mechanism to control the linear assembly by using a kind of vernier mechanism.

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The site had the following in the web page, "In nature, various biological functions are realized by multimeric proteins." I observed that the web site stated " In most cases, these proteins have intrinsic curvature and the number of monomers are determined by their circular assembly." They also stated " However, in linear assembly, it is difficult to control the number of proteins without additional capping mechanisms. Here, we propose a novel mechanism to control the linear assembly by using a kind of vernier mechanism."

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