Vibration Training - Fact Or Fiction?

Vibration training and targeted vibration training hasthat combining training with vibration could lead to a
recently hit the headlines when Madonna and Kyliegreater training stimulus and therefore greater
Minogue announced they were devotees of theperformance gains. In fact researchers have
system which involves performing exercise whilstestimated the amount of work done from the g-forces
standing on a vibrating platform (Powerplate, Fit-vib orinvolved and have estimated that a massive amount
Galileo). Manufacturers of vibration equipment point outof work would need to be done to match the levels of
that results can be obtained in much less timeg-forces involved (Bosco et al., 2000). The current
compared to using vibration-free equipment, such as 10methods of vibration delivery do have their limitations.
minutes on a platform is equal to 1 hour of jogging.The most common method of vibration training is that
Surely this message must have some basis in fact.of vibrating platforms that the user performs exercises
Current Researchon. These devices have been used often in research
However, the data is very inconsistent largely due tobut the results produced, although offering potential, are
the variety of vibration application methods such asnot consistent. Around 30% of people can't use these
vibrating platforms, vibrating dumbbells, and targeteddevices as they can cause nausea, and if used
vibration equipment. Additionally the protocols followedincorrectly can cause the vibration to be sent straight
during vibration training such as resting vibration, staticup the spine to the base of the skull (as I found out
exercise with vibration and dynamic exercise withone day when I was left dizzy and an aching head!).
vibration also make conclusions difficult to draw.Targeted Vibration Training
Researchers at London South Bank University haveFor these reasons we prefer the idea of targeted
published a paper in a peer-reviewed journalvibration directly to the exercising muscle ensuring a
demonstrating that during and subsequent to a singlemore specific training stimulus and eliminating any of
set of leg extension exercise with vibration (Vibrex,the unpleasant side effects. Also targeted vibration
Exoscience Ltd.) at 35% of 1-repetition maximumtraining has been shown to lead to strength
(1-RM), subjects responded in a similar manner to thedevelopment 3x greater than conventional strength
responses observed subsequent to the subjecttraining (Issurin et al., 1994). In our lab the targeted
performing a single set of leg extension at 70% 1-RMvibration system we developed (Vibrex) was tested
without vibration (Mileva et al., 2006). The trainingon small groups of people and 1 lady could lift 70Kg 1
studies are not finished yet but this result suggests thattime before training, and after training 3x per week for
lowering the exercise intensity (weight lifted) and5 weeks with Vibrex she lifted 125Kg 17 times which is
adding a vibration stimulus could lead to similar benefitsa remarkable improvement. This study was presented
as high intensity resistance training. It is still very earlyat the Physiological Society meeting. We also believe
days for vibration research and application but thethat there was increased bone formation to match this
important principle appears to be reducing the stimulusstrength improvement.
quantity and increasing the stimulus quality. For theseBreathing Vibration Training
reasons we would always recommend that someoneWe have recently released a targeted vibration device
interested in using vibration for training, especially at thefor the respiratory system called youbreathe ( which
elite level, consults qualified practitioners as part of acauses the airflow into and out of the lungs to be
training programme such as the Human Performancepulsatile stimulating the stretch reflex of the respiratory
Centre at London South Bank University.muscles. Results look very exciting with 15%
How it Worksimprovement in performance after just 10 breaths
So what is it about vibration training that could(Sumners et al., 2007). youbreathe is currently being
potentially lead to the benefits described above? Wellused by elite cyclists, triathletes, footballers and rugby
probably the easiest way to think about vibrationplayers who all report perceptible benefits for their
training is to remember when you have been to thesports performance. More trials are under way with
doctors and the doctor has performed the kneeplans to continue clinical trials with the aim of reducing
tendon tap causing your lower leg to jump up. Thissymptoms of cardio-respiratory disease such as
response is called a stretch reflex. The stretching ofcystic fibrosis, coronary heart disease, asthma and
the muscle or tendon is sensed by receptors andCOPD.
sends a very fast signal to the spinal cord whichConclusions
responds by causing a very strong muscularIn conclusion, vibration training certainly seems to offer
contraction, and if this tendon tap is superimposed on athe possibility of increasing the exercise return on
maximal voluntary contraction, extra force can beinvestment, getting more back for a given effort, but it
produced. Now imagine doing this knee tap 20-30is still too soon to draw conclusions about how to train
times a second whilst performing exercise. This couldwith vibration and what vibration method to use. We
lead to greater levels of muscular activation thanstrongly recommend taking advice from qualified
voluntary contractions alone. Certainly we have seenpractitioners and including vibration training in a
shifts in muscle recruitment patterns towards greatercomplete training programme. Certainly the greatest
activation of fast powerful muscle fibers than in normalpotential for vibration training is in rehabilitation on clinical
non vibrated contractions, leading to the suggestionpopulations such as the elderly and osteoporosis.