208) The theoretical basis of the model and a description of its implementat |
209) Here, using a mouse model and a host of histological and molec |
210) an inverse three-element phenomenological model and adaptive nonlinear control, allo |
211) A generalized linear model and adjusted proportion were used to |
212) mation problem for a simple 2D conceptual model and compared with an incorrect appli |
213) We describe the model and develop inference procedures usi |
214) g out CPs using an implementation science model and evaluating implementation and im |
215) study suggests that under normal sampling model and even with small sample sizes, ou |
216) s were compared using a linear regression model and indicated a statistically signif |
217) need to move beyond the socio-ecological model and integrate critical dimensions su |
218) ling by using diabetes-induced foot ulcer model and rat excision wound model. |
219) d extension of the Bayesian relaxed clock model and the fixed effects maximum-likeli |
220) the generalized linear model and the nonlinear random forest mode |
221) murine syngeneic marginal mass transplant model and to examine the mechanisms throug |
222) ions compared with an isotropic reference model, and the anisotropy differed between |
223) cation process was validated on a phantom model, and the perspective will be to appl |
224) pression to test the activity restriction model in a cohort of 176 older adults in C |
225) ess this hypothesis, we used a murine TBI model in combination with selective CB1 an |
226) vivo, we established an excisional wound model in diabetic rats which received phos |
227) t our findings within the critical period model in epidemiological research, conclud |
228) Subcutaneous tumor model in nude mice was used to observe in |
229) implanted magnet in a subcutaneous wound model in nude mice. |
230) Moreover, superiority of the model in terms of accuracy of slope estima |
231) gests that one should reconsider Turing's model in terms of pigment cells rather tha |
232) on in rainbow trout (Oncorhynchus mykiss) model in this study. |
233) resulted in development of a theoretical model in which Mother-Infant Communication |
234) We developed an in vivo vascularization model in which human endothelial colony-fo |
235) to demonstrate the efficacy of the animal model in which residual fragments of STSG |
236) elled via a Bayesian Hierarchical Poisson model in which the intensity parameter is |
237) To do so, we propose a hidden Markov model in which the transition between both |
238) have been identified as a potential human model in which to study the early events i |
239) For physical quality of life, a two-stage model, in which the effects of optimism we |
240) Furthermore, our proposed LDL oxidation model is added to the mass transfer equati |
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