154) A rat extracorporeal bypass model was adopted to generate a real pulsa |
155) The generalized estimating equation (GEE) model was applied for testing the differen |
156) The muscle model was applied on the experiment of the |
157) A nonparametric ANOVA model was applied to compare the Er:YAG tr |
158) The performance of the model was assessed using the geometric and |
159) A short history on how the model was built is presented, stressing th |
160) A logistic regression model was constructed based on the trainin |
161) An in vitro experimental model was designed and tested to determine |
162) The best calibration model was determined to minimize the stand |
163) A Bayesian mixed-effects spatial model was developed to assess the associat |
164) ce dielectrophoretic cell movement, and a model was developed to generate the membra |
165) usion, a representative DTI deterioration model was established by concentrating hig |
166) The conceptual model was evaluated with structural equati |
167) The model was found to simulate the sample MI |
168) This model was illustrated using the cohort of |
169) Each model was modified according to the distal |
170) The model was motivated by a large meta-analys |
171) on process of the electromyography-driven model was performed using generic or subje |
172) From a stress-level viewpoint, the 45° model was revealed to be the most critical |
173) and imported into the FE solver where the model was subjected to muscle forces and o |
174) The model was tested by simulating several fac |
175) A mediational model was tested to determine whether opti |
176) he reliability of the original two-factor model was tested. |
177) The resulting model was then used to fit progress curve |
178) The factor analysis model was used to parsimoniously reduce th |
179) on establishment of parameter values, the model was used to predict independent data |
180) A bipedicle ischaemic rat skin flap model was used to study the effects of dai |
181) The logic model was useful in comparing actions take |
182) educing the geometrical complexity of the model to a minimum. |
183) xpectancy using Cox's proportional hazard model to adjust for health status, past me |
184) e moved through the various stages of the model to advance practice and sustain lear |
185) This work proposes a computational model to analyse the dynamics of lower lim |
186) analysis confirmed the robustness of the model to assumptions pertaining to the und |
|