Within the context of Western professional acupuncture practice and research, two contrasting approaches to acupuncture are evident: traditional acupuncture (TA) grounded within Chinese or Japanese traditional medicine theory, and medical acupuncture (MA) based on a biomedical approach.
We show the principles of the communication protocol, on-line calibration, off-line data format as well as basic visualisation and data analysis software implemented for the EUSO-TA on-ground experiment, being the first step towards implementation in a future space based mission.
EMG activity of right vastus lateralis (VL), lateral gastrocnemius (GL) and tibialis anterior (TA) muscles and ground reaction forces were collected simultaneously during the stance phase of both barefoot and shod gait.
Our model for reformed TA PD is grounded in theory about how people learn and uses data from multiple sources to test its effectiveness.
We compared the hourly, seasonal and yearly differences between Ta, LST, GST, and ground temperatures, as well as the freezing and thawing indices, the N-factors, and the surface and thermal offsets derived from these temperatures.
For exposure data we used three different indicators: predicted 1 × 1 km Ta from our model, ground Ta from the nearest National Climatic Data Center (NCDC; http://www7.ncdc.noaa.gov/CDO/) monitoring stations, and residence-specific cumulative traffic density.
STIC is driven with TS, TA, RH, net radiation (RN), and ground heat flux (G).
Electromyography of tibialis anterior (TA) and lateral gastrocnemius (LG) muscles, ground reaction forces exerted and step lengths were recorded.
A combined method of airship thermal scanning of Ts and ground measuring of thermodynamic Ta was used.
