Collaboration with Prof. Moonki Kim, University of Massachusetts Amherst

Short Info -Kinematic analysis of protein conformational transition has potential to understand functions of protein correlating to complex structural rearrangement, i.e., secondary, tertiary and quaternary structures.  The transition between known structures (Protein Data Bank) can be resolved by advanced kinematic algorithms.  This powerful methodology leads to achieve auto-targeting nanorobot designation with higher biocompatibility.

Reference

1. Kinematic Analysis for Rotary Protein Manipulation
2. An Inverse Kinematics System for F1ATPase Nano-Motor Manipulation
3. Computer-Aided System for F1-ATPASE Rotating Manipulation