T. X. Hoang

The paper benchmarks a geometrical model of protein structure using structural data and simulations, showing that symmetry and geometry can explain protein complexity through poking interactions.

The paper introduces a geometrical model of proteins based on symmetry and geometry, showing it aligns with experimental data and explains protein structure and function.

This study investigates the phase behavior of a polymer model with side spheres, revealing a marginally compact phase with ordered structures and first-order transitions.

The paper studies a homopolymer model of a linear chain molecule, finding a first-order phase transition, ground state degeneracy, spontaneous dimensional reduction, and a two-layer structure composed of helices and strands connected by loops.

The paper identifies an ASMT gene signature that predicts recurrence risk and therapeutic response in breast cancer patients, showing improved outcomes with melatonin and tamoxifen combination therapy.