The experimental set-up for static flexion-shear loading i s described in detail hy Osvalder et al. ( 1990).
Sample text:```It has been suggested that biphasic theory may explain the apparent viscoelastic behavior of single fascicles [9].```
Sample intent: method
Sample text:```Pre- and post-test1 both included measurements of the S-reflex, M-wave, and H-reflex, followed by an MVC. S-reflex testing was performed at 0 , as in the study by Avela et al. (1999).```
Sample intent: background



Sample text:```A linear relationship between erythrocyte GSH-Px and whole blood Se concentration was already described in camel [3, 8].```
Sample intent: method



Sample text:```Following the experimental design proposed in Yannakakis and Hallam (2007c) and Yannakakis et al. (2008) for effectively capturing the level of entertainment, the test-bed game under investigation is played in variants.```
Sample intent: background



Sample text:```The adopted theoretical formulation expands on the USVA theory for two confocal beams in the case of lossless media [4,5], by also including absorption in the analytical model.```
Sample intent: method



Sample text:```It has been suggested that biphasic theory may explain the apparent viscoelastic behavior of single fascicles [9].```
Sample intent: method
Sample text:```Note that in their pioneering paper Calvet and Fisher (2002) proposed the simplified version of the construction of Mannersalo et al (2002).```
Sample intent: method



Sample text:```Our earlier work has stressed the importance of electric field frequency and phase with respect to intracellular chemical oscillators (Kindzelskii and Petty, 2000).```
Sample intent: method



Sample text:```The electrode locations, acquired with a post-implantation CT were projected on the T1weighted individual anatomy scan (Hermes et al. 2010).```
Sample intent: background



Sample text:```A linear relationship between erythrocyte GSH-Px and whole blood Se concentration was already described in camel [3, 8].```
Sample intent: method



Sample text:```Following the experimental design proposed in Yannakakis and Hallam (2007c) and Yannakakis et al. (2008) for effectively capturing the level of entertainment, the test-bed game under investigation is played in variants.```
Sample intent: background



Sample text:```Discrepancies analogous to those between our results and those of simulations have, indeed, recently been observed in the case of the binary perceptron [18], the pspin interaction spin glass [19], and in the case of fluctuating manifolds in random media [20], where dynamically frozen phases were observed in regions of parameter space in which static approaches yielded ergodic phases.```
Sample intent: result



Sample text:```Pre- and post-test1 both included measurements of the S-reflex, M-wave, and H-reflex, followed by an MVC. S-reflex testing was performed at 0 , as in the study by Avela et al. (1999).```
Sample intent: background



Sample text:```The adopted theoretical formulation expands on the USVA theory for two confocal beams in the case of lossless media [4,5], by also including absorption in the analytical model.```
Sample intent: method



Sample text:```These are in keeping with earlier studies on the steadystate response (2, 5, 8), step-function response, (3, 5, 6, 14) and sinusoidal response ( 14) of the various vascular beds.```
Sample intent: result



Sample text:```In this study, we generalized previous results regarding the quasi-Gaussian shape and the scalar property using the SBF model [13,21,52].```
Sample intent: result