This includes the clinical evidence and cost modelling which specifically supports the claimed benefits in the sponsor's case for adoption.
The significant differences in the values of the resulting dissociation constants reflect the different assumptions made about the mechanism of Ca2+-CaM interactions, and highlight the importance of developing detailed mathematical models which specifically reflect the structure of the molecular interactions being considered.
These two models are the TOCATTA model which is specifically designed for modelling transfer of 14C and tritium in the terrestrial environment, and PaSim, a pasture model for simulating grassland carbon and nitrogen cycling.
These two models are the TOCATTA-χ model, which is specifically designed for modelling transfer of 14C (and tritium) in the terrestrial environment over short to medium timescales (days to years), and SSPAM14C, which has been developed to model the transfer of 14C in the soil plant atmosphere with consideration over both short and long timescales (days to thousands of years).
These structural studies illustrate the impressive accuracy of the alternating-access model, which is specifically termed as a "rocker-switch" model for MFS transporters.
Moreover, in order to overcome the shortages of discrete approaches, [17] proposed an extension of a traditional floor field cellular automata pedestrian model, which is specifically developed for simulating high-density contexts.
The new model is a multiple regime smooth transition extension of the Heterogeneous Autoregressive (HAR) model, which is specifically designed to model the behavior of the volatility inherent in financial time series.
While the flamelet model, which is specifically designed to consider the turbulent effects on combustion, does not show apparent superiority to the laminar finite rate model for the two supersonic combustion cases.
We introduce the Aeolus component model, which is specifically designed to capture realistic scenarios arising when configuring and deploying distributed applications in the so-called cloud environments, where interconnected components can be deployed on clusters of heterogeneous virtual machines, which can be in turn created, destroyed, and connected on-the-fly.
We propose here our FLU model which was specifically estimated for modeling the evolution of influenza viruses.
