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Abstract
To assess the possibility that specific ionic resonances can influence bone development, 8-day chick femoral rudiments were explanted to lens paper rafts in BGJb medium and exposed for 1/2 hr/day to combined 16 or 80 Hz, 2 × 10−5 T (Tesla) peak sinusoidal and various static magnetic fields tuned to calcium, magnesium, potassium (16 Hz), and combined Ca/Mg (80 Hz) ion cyclotron resonances (CR) for I days. Ca/Mg tuned cultures were also exposed to 24, 4, 1, and 1/2 hr/day regimes to test for dose-response. Tuning for Ca, Mg, or Ca/Mg increased rudiment length and mid-shaft diameter, diaphyseal collar length