Forty pure West African Dwarf (WAD) goats and 35 of its F1 crosses with the Sahelian breed were used in a multifactorial experimental design to evaluate the effects of an experimental Trypanosoma congolense infection and interactions with natural helminth infections and different levels of diet on health and productivity of these two breeds.
We used a multifactorial designed experiment to analyse the influence of iron on the DNA content of the cells in this culture system.
A multifactorial design was used to analyze the influence of significant factors that affect degradation yield such as the type of catalyst, type of oxidizable compound, catalyst loading, reaction time and pH.
A multifactorial design was used to ascertain whether there was a difference between actual and perceived grip force performance using three levels of force, three different age groups, males and females, and both dominant and nondominant hands.
Finally, the interventions of this study are multifactorial design, so we are unable to determine the single risk factors and need further investigation to identify determinant factor for behavioral modification.
Generalized linear models were fit to a multifactorial design formula (5 x 2; cultivar x treatment) for significance testing, and indicated 15,149 transcripts changed significantly with cultivar; the transcript abundance of one transcript changed significantly with treatment; and 241 transcripts changed with the cultivar x treatment interaction term.
In order to search out the main factors affecting the SIS mass spectrometry efficiency, four MS parameters, including target total ion count (TTIC), waveform amplitude (WA), transfer line (XLT) and ion trap temperatures (ITT) were subjected to a complete multifactorial design.
A multifactorial design of response surface methodology was used to model linear, interaction, and quadratic effects of these variables on steady shear rheological properties of ayran samples and in situ EPS production levels.
We have developed a relatively simple multifactorial approach designed to individualize prognosis assessment.
The Western Aphasia Battery (WAB) is a comprehensive, multifactorial battery designed to evaluate a broad range of language impairments that often arise as a consequence of acquired brain dysfunction such as stroke.
