In an attempt to galvanically separate X- and Y-bearing sperm in human semen while maintaining it in as much a natural state as possible, we performed a series of experiments and have identified D. C., 2.3 V, 200μA, 30 minutes as the most adequate means of achieving this, with negligible interference with sperm motility, the balance of seminal electrolytes or pH. The seminal galvanization processed in this condition induced X-bearing sperm to the cathode and Y-bearing sperm to the anode, suggesting the possibility that this separately attracted semen could be used for the artificial insemination with the purpose of obtaining desired sexes in offspring. It is advised, however, that any practice with this method be limited to the field of livestock rearing.