Those approaches, however, do not help to explain why people are deviant in some situations but not in others, why people label others as deviant, or how they react toward deviant individuals.
The traditional approaches however, do not permit studying the relation between the 3-D structure of a filter media and its performance.
These approaches, however, do not pay enough attention to work allocation at the whole assembly line level such as balancing ergonomic burdens among workers by proper work assignment.
These approaches, however, do not directly yield quantitative measures of deformation.
These approaches, however, do not allow to make directly statistical inferences about the number of subgroups.
These approaches, however, do not model information loss/leakage that naturally occurs in all networks.
Network approaches, however, do allow for the integration of diverse types of data in the construction of a biological model.
These approaches, however, did affirm a critical role for parkin in the regulation of apoptosis in primary cultured neurons and all other cells studied.
Traditional selection approaches, however, do not consider the quality of the samples they analyze, the result of which affects the selection of biologically relevant genes.
These approaches, however, do not adequately address all the challenges summarized in the "Challenges of integrating ES in clinic" subsection (e.g. incidental findings, findings of uncertain clinical significance, risk for genetic discrimination, requirements in time & resources).
