Bioresonant dressing for the rapid healing of wounds of humans or animals, consisting of an assembly comprising: - a biodegradable component presented as an absorbent composite - a spongy dressing which consists of a biopolymer dressing with three-dimensional conformation and porous microstructure consisting of collagen proteins, hyaluronic acid, growth factors and pharmaceutical factors with protective role and action meant to stimulate the tissue regeneration, and - a recoverable component that can be recycled consisting of an assembly of elementary bioresonant electronic components and passive resonators, respectively, wherein said passive resonators consist of elementary bioresonant electronic components having the resonance frequency in the range of 0.5 - 5 MHz, distributed linearly or on a surface and sustained by a flexible support dimensionally correlated with the first component and with the dimensions of the wound whose healing is intended, wherein said passive resonators have an inductance, a resistance and a capacitance, and wherein said one or more passive resonators are distributed linearly/on rows or on a surface and sustained by an impervious film provided with two adhesive layers (a) and (b), one on each of the faces, the layer (a) ensuring the fastening of the spongy dressing with which it has equal dimensions, and the layer (b) ensuring the fastening of the passive resonators on top of which there is applied a film for final protection and for securing to the body in the area of the wounds to be treated, provided with adhesive on surface (c) oriented towards the film and body, with dimensions increased by more than 1.5-3 cm as against the spongy dressing so as to provide the additional surface required for fastening to the body. - a biodegradable component presented as an absorbent composite - a spongy dressing which consists of a biopolymer dressing with three-dimensional conformation and porous microstructure consisting of collagen proteins, hyaluronic acid, growth factors and pharmaceutical factors with protective role and action meant to stimulate the tissue regeneration, and - a recoverable component that can be recycled consisting of an assembly of elementary bioresonant electronic components and passive resonators, respectively, wherein said passive resonators consist of elementary bioresonant electronic components having the resonance frequency in the range of 0.5 - 5 MHz, distributed linearly or on a surface and sustained by a flexible support dimensionally correlated with the first component and with the dimensions of the wound whose healing is intended, wherein said passive resonators have an inductance, a resistance and a capacitance, and wherein said one or more passive resonators are distributed linearly/on rows or on a surface and sustained by an impervious film provided with two adhesive layers (a) and (b), one on each of the faces, the layer (a) ensuring the fastening of the spongy dressing with which it has equal dimensions, and the layer (b) ensuring the fastening of the passive resonators on top of which there is applied a film for final protection and for securing to the body in the area of the wounds to be treated, provided with adhesive on surface (c) oriented towards the film and body, with dimensions increased by more than 1.5-3 cm as against the spongy dressing so as to provide the additional surface required for fastening to the body.