In order to mimic the in vivo highly organized structure of smooth muscle cells, we used micropatterning technology for engineering parallel aligned cells.
This paper traces the development of coastal engineering, drawing parallels with history of civilization and development of society in general.
Today central topic in science and engineering is parallel and distributed computing, research performing in the area of development of new approaches for the modeling, design, analysis, evaluation, and programming of future parallel and distributed computing systems and its applications.
Here we provide an overview of how single cell and micro-tissue engineering in parallel to non-mammalian, Drosophila and zebrafish models could contribute to filling gaps in our understanding of pathogenic mechanisms underlying early-onset myopathies.
Persisting efforts in the fields of bio-engineering and tissue engineering, in parallel with improved understanding of disease mechanisms, have shifted the focus of research towards improved approaches to vascular regeneration, based on degradable biomaterials for temporary rather than permanent grafting.
This paper deals with a technique that can support the re-engineering of parallel programs based on point-to-point communication primitives by detecting typical process interaction patterns in the code.
The Ejector Plug went through its own engineering process in parallel.
An analytical for the effective diffusion coefficient is compare usual engineering model of parallel surface and void diffusion.
With the development of large-scale scientific and engineering computations, the parallel difference method for parabolic equations has been studied rapidly.
We will explore how we can borrow from parallel engineering fields to push the boundary of patient care so that we can work toward eliminating preterm birth.
