In silico design of guiding tracks for molecular shuttles powered by motor proteins. - Takahiro Nitta (MHS, 2011)

Analyzing three-dimensional movements of molecular shuttles driven by kinesin with computer simulation. - Yuki Ishigure; Takahiro Nitta (MHS, 2013)

Feasibility study on an optical device operated through self-organizations of microtubules and kinesin motors. - Takahiro Nitta; Yuichi Hiratsuka (MHS, 2013)

A computer simulation of reconstitute systems of motor proteins revealed biophysical phenomena relevant to biomedical engineering. - Takahiro Nitta; Yuki Ishigure (MHS, 2014)

Gliding Movements of Microtubule Driven by Kinesin Motors under External Force: Steering and Detachment. - Takahiro Nitta; Kouki Kawauchi (BICT, 2015)

Microtubule Motional Diffusion Coefficient in Motility Assays is Determined by Heterogeneity in Motor Stiffness. - Henri Palacci; Ofer Idan; Megan Armstrong; Takahiro Nitta; Henry Hess (BICT, 2015)

A Mathematical Model Predicting Gliding Speed of Actin Molecular Shuttles Over Myosin Motors in the Presence of Defective Motors. - Samuel Macharia Kang'iri; Takahiro Nitta (BICT, 2021)

Detachment of Microtubules Driven by Kinesin Motors from Track Surfaces Under External Force. - May Sweet; Takahiro Nitta (BICT, 2021)

Simulations of Actomyosin-Based Molecular Shuttles Controlled by External Force. - Samuel Macharia Kang'iri; Andrew Salem; Dan V. Nicolau; Takahiro Nitta (MHS, 2021)

In situ integrated microrobots driven by artificial muscles built from biomolecular motors. - Yingzhe Wang; Takahiro Nitta; Yuichi Hiratsuka; Keisuke Morishima (Sci. Robotics, 2022)

Improvement of the Biomolecular Artificial Muscle in Mechanical Properties and Three-dimensional Application. - Chao-Shin Hsu; Hinako Yoshimura; Yingzhe Wang; Takahiro Nitta; Yuichi Hiratsuka; Keisuke Morishima (CBS, 2024)