The scope of the present study is the set-up of a simple computational model for the determination of pressure distribution over bodies of arbitrary shape, as given by separated two-dimensional incompressible flows in the limit of vanishing viscosity.
The limitation of the present study is the medium-sized sample sets in the longitudinal study, due to the strict inclusion criteria that all the participants should have complete clinical records and BMI ≥ 25 at baseline when they were healthy and at a 10-year follow-up time.
A strength of the present study was the community setting in which patients were drawn from a GP population who visited the practice for a non-infectious reason.
Strengths of the present study are the standardized setting of the test procedures and measurements according to recommendations of previous studies, the relatively (in comparison to other studies) high and a priori power-based sample size, and the combination of electrophysiological and functional measurement, which yielded consistent results.
The strengths of the present study are the population-based setting with a high participation rate, the detailed information on MHT use and other breast cancer risk factors, information on tumor characteristics as well as surgical and adjuvant treatment, only one patient being lost to follow-up, and high-quality information on the cause of death [ 22].
The fourth and last evidence from the present study was the discovery of a set of differentially regulated transcripts in the mandible of jaw-deformed juvenile sea bass compared to normally developed animals.
The main source material used for the present study is a set of data files from the demographic dataBase (DDB) at Umeå University, one of the world's most information-dense historical population databases.
The focus of the present study is set on investigating the optimal mixing behavior as a function of different parameters.
Thereby the present study is set characteristically apart from the past reports.
Another striking outcome of the present study is that the CDC set harbors at least five additional blast resistance genes (here assigned the temporary designations α through ε).
