Sentence examples for been largely studied for from inspiring English sources
Pin-jointed prestressable structures -known as tensegrity systems- have been largely studied for over six decades, untouched in their complexity and fascination.
The generation of trajectories for a biped robot is a problem which has been largely studied for several years, and many satisfying offline solutions exist for steady-state walking in absence of disturbances.
This problem has been largely studied for OFDM systems.
GLUT1 has been largely studied for its role in delivery of glucose to the CNS.
Given the fact that these loci have already been largely studied for their interest from a biomedical point of view, we focus here on aspects that highlight NMR-specific features of the associations.
The yeast P. sorbitophila (de Miranda et al. 1980), a member of the "CTG" group of Saccharomycotina (De Montigny et al. 2000; Kurtzman and Suzuki 2010), has been largely studied for its resistance to osmotic and salt stress (Banuelos et al. 2002; Benito et al. 2004; Lages et al. 1999; Lages and Lucas 1995; Maresova and Sychrova 2003; Neves et al. 2004; Oliveira et al. 1996; Prista et al. 2005).
In early reports, the optimization of culture media and culture conditions was largely studied for higher spore yields for particular Bacillus strains, since each strain differed from different nutrient requirements and culture conditions (Chen et al. 2010; Khardziani et al. 2017; Posada-Uribe et al. 2015; Setlow 2006; Shi and Zhu 2007).
Activin signaling was largely studied for its role in mesoderm specification, but recently, work by Chang and Harland moves away from this "default model" of neural specification to suggest that the dual inhibition of BMP-Smad1 and Activin/TGFβ-Smad2 signaling is required for efficient neural induction (Chang and Harland, 2007).
The same Val66Met genetic variant of BDNF has been largely studied as a risk factor for bipolar affective disorder, schizophrenia and other psychiatric disorders (for review see [10], [11]).
The transcription of monophonic audio has been largely studied, and many efficient solutions for it have been proposed.
TP53 has been largely studied in the cancer context for its role in cell cycle arrest, apoptosis, DNA repair and production of antioxidants [ 49].
