Aim of the present work was to re-engineer research-based procedures and develop a real-time software for the prediction of the risk for femoral fracture.
The main goal of the presented work is to develop special tool which allows engineers to perform simulations in order to evaluate displacements and stresses of aircraft parts on the assembly line.
Our present work was undertaken to apply specially engineered fiber-optic based nano-probes for the precise delivery of laser light on to a single cell and to observe production of low power laser light induced reactive oxygen species (ROS).
The strains used in the present work were engineered to have no GAAB activity.
The American designer Mitchell Joachim of Terreform is working to engineer living tissues into viable buildings.
The main idea behind the work presented in this paper is to re-engineer very large enterprise information systems to adapt to Semantic Web computing techniques.
In the present work, we set out to engineer better solutions to these challenges.
The results reported in the present work will be very useful to researchers and engineers interested in scaling up film production, mainly with respect to the drying conditions.
For reconstruction of integrated nervous system in organoids, the first successful work was recently published that presented engineered hPSC-derived intestinal tissues with a functional enteric nervous system (Workman et al., 2016).
