This study provides a first step towards a better understanding of functional brain networks underlying higher cognitive functions in children with AgCC.
This paper comprehensively reviews the fundamental understanding of functional polymer surfaces for controlling cell behaviors.
Recent advances in medical imagery allowed the description of new approach techniques based on a better understanding of functional anatomy.
During the recent years, a lot of progress has been made in the understanding of functional inequalities and their links with the convergence rates of Markov processes.
Characterizing the mechanisms that guide these transitions at the atomic level promises to impact our understanding of functional protein dynamics and energy landscapes.
Combination of anatomical and functional image data from the same part of the body is important and can enhance the understanding of functional abnormalities.
The paper contributes to the understanding of functional and performance related differences between Web services and RMI and their secure variants, WS-Security and RM I SSL
This led to a better understanding of functional requirements for supporting clinician's strategic decision making, in terms of personalization of treatments, cognitive exercises settings and feedback customization.
Finally, we outline the directions for future research that could increase our understanding of functional and design requirements for the development of highly effective mobile-phone health interventions.
The world of natural materials and structures provides an abundance of applications in which mechanics is a critical issue for our understanding of functional material properties.
In this review we describe major contributions of light and electron microscopic approaches to the present understanding of functional nuclear architecture.
