Attachment theory has become a key framework for understanding responses to and consequences of trauma across the life course.
Initially developed to classify objects based on a set of cladistic rules, it has now become the central paradigm of evolutionary biology and a key framework for making sense of a wide range of disciplines [ 1], such as genomics [ 2], community ecology [ 3], epidemiology [ 4], conservation biology [ 5], and population dynamics [ 6], to name just a few.
This paper presents pre- and post-processing schemes to improve the coding performance of a multiview plus depth map (MVD) system, which is one of the key frameworks for next-generation 3D video systems.
This comparative genome analysis provides a key genetic framework for reassessing our understanding of the molecular events contributing to PSGN pathogenesis.
This comparative genomic analysis provides a key genetic framework for assessing and understanding the molecular events contributing to SAG pathogenesis.
It is also feasible to use a fundamental understanding of the biology underlying a disease process as the basis for constructing a key events framework for that process.
In this paper, we take advantage of a more profound understanding of the molecular events that drive carcinogenesis to describe a key events framework for genotoxic carcinogens.
Among these resources are two key frameworks: the Health Metrics Network's (HMN) framework for general health information systems assessment (HMN 2008) and the Performance of Routine Information System Management (PRISM) framework for RHIS performance (Aqil et al. 2009).
The course goals were to provide practical knowledge about key evidence-based technical strategies for HIV prevention and care, orientation to key national frameworks for response to HIV/AIDS, an assessment of the HIV/AIDS situation, and skills in monitoring and evaluation of HIV/AIDS interventions.
It is clear that a key events analytic framework for a mode of action, such as the one outlined here, is of appreciable value in developing a science-based argument for moving from the default of no-threshold, low-dose extrapolation to an approach based on the concept of a biological threshold with a nonlinear dose-response relationship.
Its key songs provided a framework for the two-hour, four-part concert, with Beyonce leading a stage full of female dancers, backing singers and musicians.
