The experimental modal analysis of the human torso in a seating position performed by Kitazaki in 1992 [Paper presented at the United Kingdom Meeting on Human Response to Vibration held at I.S.V.R. University of Southampton, Southampton, UK, 28 30 September 1992.] was used in the present study for the identification of the mechanical parameters of a lumped human torso model.
In addition, there could be concern about the adverse effects of training, such as recovery position performed by lays during cardiac arrest.
Observation was also used to characterise the equipment and the practice, defining the main tasks related to the positioning performed by radiographers during mammography examination on a time scale.
Additionally, different maneuvers and positions performed by male and female dancers result in different, gender-specific stresses that could potentially be used to study the body's response to specific stress.
Cephalograms were hand traced by a single investigator with verification of anatomic outlines, and landmark position was performed by a second investigator.
Note that the list variable, i.e., the activity list, is not guaranteed to be topologically ordered after a position swap performed by LocalSolver.
In this paper, vibration analysis of a rectangular thin isotropic plate with a part-through surface crack of arbitrary orientation and position is performed by using the Kirchhoff plate theory.
Clinical spinal examinations and scoliometer measurements in sitting position were performed by three independent examiners.
In this proposed model, the enzyme FaFAD1 would catalyze the conversion of oleic acid (18 1) to linoleic acid (18 2) by the introduction of a double bond at the Δ12 position, as performed by other FAD2 enzymes.
At the start of the experiment, calibration of the eye position was performed by asking the participant to make 10°, 20°, 30° saccades to the right and left from the centre fixation target.
Weight, blood pressure (recorded in the seated position), HbA1c (performed by the Diabetes Diagnostic Laboratories, Columbia, MO, USA, using the National Glycohemoglobin Standardization Programme [level 1]) [ 5] and FPG (performed locally for each site by laboratories that were required to be Clinical Laboratory Improvement Amendment-certified) were measured every 3 months.
