The present disclosure relates to a dental implant containing vertical and radial channels that end in holes in the lower side surface of the implant, each channel being filled with an electroconducting material so as to generate multiple electric fields along the surface of the implant. The electric fields vary from 5 to 100 mv. A dental implant is described that defines an axis along its length, is produced from a sintered block and contains longitudinal and radial channels that end in holes at the surface of the implant, each channel comprising an electroconducting material so as to generate multiple electric fields along the surface of the implant.
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