Study: NCT03477747

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: Microcurrent
Description: Microcurrent based treatments have been proposed more than 30 years. The manufacturer initially should calibrate the microcurrent devices. There is no physical sensation associated with microcurrent based treatments as the strength of the current is not high enough to stimulate sensory nerve fibres. The application of electric fields and currents similar to those generated within the body can substantially change the cell structure and the metabolic behaviour of cells. For example, the application of microcurrent increases the number of organelles responsible for cellular activities; it increases concentrations of adenosine triphosphate (ATP) and amino acid transport; promotes protein synthesis; fastens regrowth of atrophied soleus muscle and would also activate hormone-sensitive lipase which can increase lipolysis from the internal and external adipose tissue. The microcurrent treatment with training would maximize exercise and recovery outcomes in athletes.

Intervention type: DEVICE
Group type: SHAM_COMPARATOR
Intervention: Microcurrent
Description: Microcurrent based treatments have been proposed more than 30 years. The manufacturer initially should calibrate the microcurrent devices. There is no physical sensation associated with microcurrent based treatments as the strength of the current is not high enough to stimulate sensory nerve fibres. The application of electric fields and currents similar to those generated within the body can substantially change the cell structure and the metabolic behaviour of cells. For example, the application of microcurrent increases the number of organelles responsible for cellular activities; it increases concentrations of adenosine triphosphate (ATP) and amino acid transport; promotes protein synthesis; fastens regrowth of atrophied soleus muscle and would also activate hormone-sensitive lipase which can increase lipolysis from the internal and external adipose tissue. The microcurrent treatment with training would maximize exercise and recovery outcomes in athletes.

Intervention type: DEVICE
Group type: EXPERIMENTAL
Intervention: Microcurrent
Description: Microcurrent based treatments have been proposed more than 30 years. The manufacturer initially should calibrate the microcurrent devices. There is no physical sensation associated with microcurrent based treatments as the strength of the current is not high enough to stimulate sensory nerve fibres. The application of electric fields and currents similar to those generated within the body can substantially change the cell structure and the metabolic behaviour of cells. For example, the application of microcurrent increases the number of organelles responsible for cellular activities; it increases concentrations of adenosine triphosphate (ATP) and amino acid transport; promotes protein synthesis; fastens regrowth of atrophied soleus muscle and would also activate hormone-sensitive lipase which can increase lipolysis from the internal and external adipose tissue. The microcurrent treatment with training would maximize exercise and recovery outcomes in athletes.

Intervention type: DEVICE
Group type: SHAM_COMPARATOR
Intervention: Microcurrent
Description: Microcurrent based treatments have been proposed more than 30 years. The manufacturer initially should calibrate the microcurrent devices. There is no physical sensation associated with microcurrent based treatments as the strength of the current is not high enough to stimulate sensory nerve fibres. The application of electric fields and currents similar to those generated within the body can substantially change the cell structure and the metabolic behaviour of cells. For example, the application of microcurrent increases the number of organelles responsible for cellular activities; it increases concentrations of adenosine triphosphate (ATP) and amino acid transport; promotes protein synthesis; fastens regrowth of atrophied soleus muscle and would also activate hormone-sensitive lipase which can increase lipolysis from the internal and external adipose tissue. The microcurrent treatment with training would maximize exercise and recovery outcomes in athletes.