We are using numerical methods to understand structure/function relationships in biological systems.
Our main computation tool is the Car-Parrinello (CP)
Method (Car&Parrinello, Phys. Rev. Lett., 1985, 55, 2471).
This technique combines state-of-the-art quantum mechanical calculations
(density functional theory with gradient corrections) with molecular dynamics
simulations, thus allowing to describe the motion of the atoms in the field
produced by the quantum-mechanical potential. Advantages of the ab initio
molecular dynamics approach are its parameter-free nature and the possibility
of studying quantum phenomena such as bond forming - bond breaking processes.
Other tools presently used in our groups span from classical
molecular dynamics calculations to the modern techniques of bioinformatics.
1 in collaboration with Prof. Torre, SISSA
2 in collaboration with Prof. Cattaneo, SISSA
3 in collaboration with Prof. Recanatini, Univ. of Bologna4 in collaboration with Prof. Ciurli, Univ. of Bologna