Abstract
Generalized parton distribution functions (GPDs) describe different features of hadronic physics in a single framework. There are sum rules that relate them to phenomenologically interesting quantities. By means of GPDs calculated in the holographic soft-wall model, perturbative effects are entered into the formalism in an effective way. Using the DGLAP-like equations, GPDs are evolved to the next-to-leading order of approximation and then implications on nucleon form factors and their charge distributions will be discussed at a qualitative level.
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