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Modern neutrino oscillation experiments operate at energies of a few hundred MeV to a few GeV, where neutrinos are detected through interactions with nuclear targets. A reliable theoretical description of neutrino–nucleus scattering is therefore essential for a precise interpretation of oscillation measurements. In this talk I briefly review the role of nuclear effects in this energy regime and discuss common theoretical approaches used to model processes such as QuasiElastic (single-nucleon knockout) and multinucleon interactions, highlighting their main features and challenges.