Galileo Research Facts No. 146: Can exercises with extra loads and with Galileo Training at 40Hz be more effective than without?

Galileo Research Facts No. 146: Can exercises with extra loads and with Galileo Training at 40Hz be more effective than without?

This study investigated the effects of squats and heel raises with extra loads on muscle function and cross-section with and without Galileo Training at 40Hz (20-40Hz, pos. 3-4, loads 80% 1RM (80kg), 3×8 squats (4 sec.), 3×12 heel raises, 6 weeks, 16 Sessions). The Galileo Group showed higher training effects with increases of isometric torque (up to +4%) and the speed indicator reactive ground contact time (-8%, Drop Jump)…

Galileo Research Facts No. 131: Can Galileo Training cause a sustainable improvement of torque at the knee?

Galileo Research Facts No. 131: Can Galileo Training cause a sustainable improvement of torque at the knee?

This study documented the effects of Galileo Training and concentric, eccentric and isometric knee torque in physical active young women (25Hz, pos.3, 2*5 min., 10° flexed legs, 5/week, 3 weeks). The control group continued their usual weekly training. The Galileo group received Galileo Training only. The Galileo group showed an improvement of knee torque by up to 16%. This effects was sustained even after 3 weeks (+7%)…

Galileo Research Facts No. 115: Can Galileo Training improve trunk flexibility and torque (force) of the knee?

Galileo Research Facts No. 115: Can Galileo Training improve trunk flexibility and torque (force) of the knee?

This study documented the effects of Galileo Training on flexibility and concentric knee torque in physical active young women (25Hz, pos.3, 2*5 min., 10° flexed legs, 5/week, 3 weeks). The control group continued their weekly training. The Galileo group received Galileo Training only and no other training. The Galileo group could improve concentric knee torque by up to 8% and flexibility (Sit & Reach Test) by 13%…

Galileo Research Facts No. 111 Does muscle activation during Galileo Training increase with amplitude?

Galileo Research Facts No. 111 Does muscle activation during Galileo Training increase with amplitude?

This study tested muscle activation (EMG) of different muscles of the leg at different amplitudes and frequen-cies (5..30Hz) (pos. 2.5 vs. pos. 5, slightly flexed legs). It showed that higher amplitudes (pos. 5) can increase muscle activation by up to 2.75 times compared to low amplitudes (pos. 2.5). Therefore the amplitude is an easy way to adjust the intensity of Galileo Training. (On Galileo the position is equivalent to amplitude in mm)…

Galileo Research Facts No. 110: Can Galileo Training at high frequencies increase isokinetic eccentric knee torque?

Galileo Research Facts No. 110: Can Galileo Training at high frequencies increase isokinetic eccentric knee torque?

This study investigated short-term effects of Galileo Training at high frequencies (26Hz & 40Hz) on the max. isokinetic torque at the knee (0Hz, 26Hz (Pos.4), 40Hz (Pos.1.5), 90° knee angle (static), 10×60 s). The control group performed identical exercises without vibration. The Galileo group showed higher isokinetic eccentric knee torque of up to +14% (at 26Hz) which is equivalent to a difference of up to 41% vs. the control group…

Galileo Research Facts No. 56: Can Galileo Therapy in CP patients be more effective than standard physiotherapy?

Galileo Research Facts No. 56: Can Galileo Therapy in CP patients be more effective than standard physiotherapy?

This study examined the effects of Galileo Therapy on balance and quadriceps torque in children with CP (Cerebral Palsy) (3x3min., 12-18Hz, pos. 1-3, 5/week, 10-45° bent knees). Both groups received standard physiotherapy (5x60min. /week) the Galileo group additional 5×9 min. Galileo Therapy. The Galileo group showed more than double the improvements in balance and almost 60% increase in quadriceps peak torque…