Atsuki Hishida

The paper examines how temperature changes affect a kinetic model of E. coli metabolism and identifies strategies to maintain ATP production efficiency.

The paper develops an algorithm to identify buffering structures in chemical reaction networks by leveraging an inverse theorem of the law of localization, enabling efficient detection of modular regulatory units.

This paper develops a method to identify changes in buffering structures of chemical reaction networks caused by single degradation reactions, enabling prediction of regulatory changes without kinetic assumptions.