In a study recently published in the journal Organizational Behavior and Human Decision Processes, we examined how these two ways of evaluating options can influence people's choices.
To further analyze the involvement of Pyk2 in T cell processes, we examined the effect of T cell stimulation on the expression of Pyk2.
To ferret out how shear bands operate during the indentation processes, we examined the spatial distributions of the rearranged atoms when flow serrations occur.
To determine if myosin II is required for other processes, we examined the phenotypes of strong and weak larval lethal mutations in spaghetti squash (sqh), which encodes the nonmuscle myosin II regulatory light chain (RLC).
Given the relatively recent discovery of miRNAs and their potential involvement in the regulation of almost all cellular processes, we examined whether miRNAs that are differentially expressed in CF airway epithelium control expression of ATF6.
Because of the association of EF4 with ribosomal movement, and the roles of EF4 in translational processes, we examined the polysome patterns of ΔEF4 cells throughout the complete growth process, including lag phase (A580 = 0.1), log phase (A580 = 0.4 0.6), semi-log phase (A580 = 0.8), and stationary phase (A580 = 1.0).
To determine how unplugged/MuSK signaling coordinates these two processes, we examined the temporal and spatial requirements of unplugged/MuSK in zebrafish embryos using heat-shock inducible transgenes.
As maternal spg mutants die early and could not be examined for defects in later developmental processes, we examined embryos zygotically mutant for spg242/spg242 for defects in nervous system development.
Because many previous studies have used neuropsychological methods to dissociate processes, and because similar behaviour can arise from different underlying processes, we examined both ERP activity and behavioural responses for recognition and categorization.
