Key result
The abstract only provides the background and objective to compare three types of motor-level electrical stimulation on postprandial glucose levels, without reporting any results.
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No results reported; leaves open whether motor-level electrical stimulation affects postprandial glucose.
Background and objectives: Motor-level electrical stimulation (MES) has been shown to improve glucose tolerance and glucose uptake in both animals and humans. Recently, MES has been shown to improve the blood glucose control in people with Type 2 Diabetes (T2D). There are several types of MES applied in physical therapy clinics. However, it is unknown what types of MES optimally decrease postprandial glucose level. The purpose of this study was to compare the effects of three different types of MES on postprandial glucose levels in healthy non-diabetic subjects.
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Huang Han-Hung (2017) studied Healthy non-diabetic. Motor-level electrical stimulation (MES) was evaluated on Postprandial glucose levels. The abstract only provides the background and objective to compare three types of motor-level electrical stimulation on postprandial glucose levels, without reporting any results.
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