  We present the state-of-the-art of the light-cone sum rule approach to Baryon
form factors. The essence of this approach is that soft Feynman contributions
are calculated in terms of small transverse distance quantities using
dispersion relations and duality. The form factors are thus expressed in terms
of nucleon wave functions at small transverse separations, called distribution
amplitudes, without any additional parameters. The distribution amplitudes,
therefore, can be extracted from the comparison with the experimental data on
form factors and compared to the results of lattice QCD simulations.
