Neonatal and adult cardiomyocytes are the two major cell culture models used to study heart diseases.
This chapter discusses the three major types of performance models used for communication architecture exploration.
The major characteristics of the models used in the present work were as follows.
Major concerns are the models used for quantification, the arterial input function, and the estimation of Gd concentration.
The major difference between the models used for the LBD and the full receptor is the lack of protein concentration dependence for formation of the dimeric state.
In this paper, a review and analysis of the major loss mechanisms and loss models, used to determine the efficiency of a single stage centrifugal compressor, and a subsequent examination to determine an appropriate loss correlation set for estimating the isentropic efficiency in preliminary design stages of centrifugal compressors, were developed.
Generally, SAH animal models used two major techniques to simulate SAH: an injection model and a vascular perforation model.
Moreover, a major problem in the statistical models used to estimate SNP effects is that the number of variables that needs to be estimated (p) is much larger than the number of observations (n), thereby removing least squares from possible analysis methods.
Different from the traditional turbulence scheme which just use one single RANS model, MRANS keeps the isotropic RANS models used in the major domains, and the anisotropic RANS modes used in the small local domains.
Most of the Pitzer[16] models used for the major components of natural waters are based on the 25 °C model of Weare and coworkers[19, 20] which accounts for the interactions of the major cations and anions (H+, Na+, K+, Mg2+, Ca2+, Cl-, OHCO3-,O3-, SO42-, CO32-, Coverover a wide range of temperatures (0 to 250°C) to high ionic strengths (<6 m).
