Electrical-tomographic imaging of physiological-induced conductive response in calf muscle compartments during voltage intensity change of electrical muscle stimulation ( vic -EMS)
Objectives . The electrical-tomographic imaging has been achieved for exploring differential
tendency of physiological-induced conductive response in calf muscle compartments during voltage
intensity change of electrical muscle stimulation ( vic -EMS). Approach . In the experiments, the
differential tendency of conductivity distribution images σ during vic -EMS were clearly imaged as
three responsive muscle compartments, which are called M 1 compartment composed of gastrocnemius
muscle, M 2 compartment composed of tibialis anterior, extensor digitorum longus, and peroneus
longus muscles, and M 3 compartment composed of soleus muscle. Main results . The differential
tendency of spatial-mean conductivity 〈 σ 〉 M 1 is the same as the differential tendency of venous
blood flow velocity v bl and blood lactate concentration C ...
Source: Physiological Measurement - Category: Physiology Authors: Bo Sun, Panji Nursetia Darma, Tomoyuki Shirai, Kosei Narita and Masahiro Takei Source Type: research