Within the Quantum Chromodynamics (QCD) we cannot answer following three fundamental questions: What is the origin of masses of the quarks? What is the origin of the mass of muon? Why for decades we cannot calculate precise masses and spin of proton and neutron which are the fundamental components of Nature? It suggests that QCD must be reformulated. We already answered the above questions within the Scale-Symmetric Theory (SST). Here we present the next arguments that QCD must be extended and modified. We showed that the Titius-Bode law for the strong interactions follows from the coupling constants for electromagnetic and nuclear weak interactions of the core of baryons. We also showed that the sums of the squared charges of the components of baryons calculated within SST are consistent with experimental data for wide energy range. Within the atom-like structure of baryons do not appear singularities and infinities so renormalization is unnecessary - it causes that the reformulated QCD is mathematically very simple. We present also the theoretical curve for the kaon-to-pion ratio and we calculated the cross sections for production of the W bosons. We described as well the similar/dual structures in the reformulated QCD, General Relativity and in the theory of neutrinos (their shapes result from the Kasner metric) and we described the liquid-like plasma.