Tissue engineers have utilized knowledge of the microenvironment to design biomimetic, "instructive" scaffold materials that elicit an array of desired downstream cellular responses.
Constraint-based modeling (CBM) is a mathematical modeling approach for metabolic networks that utilizes knowledge of the network structure together with constraints on its possible behaviors, to predict possible functional metabolic states.
A dualistic model may be constructed, for example, by wrongly supposing that an intelligently behaving person must be continually utilizing knowledge of facts knowledge that something is the case.
A way to approach the problem would be to utilize knowledge of how the applied fishing gear selects individuals, to indirectly assess how fished population might differ from the unfished one.
The long-term aim of such research is to be able to utilize knowledge of halophytes for improvement of the performance of crops in salt-affected soils.
The method utilizes knowledge of timber diaphragm seismic behavior, such as natural period calculation, force displacement and ductility damping relationships, developed previously by the authors.
Our goal is to utilize knowledge of definitive erythropoiesis to gain further insight into the mechanisms that regulate primitive erythroid maturation and to identify factors that may distinguish the maturation of these two distinct, but closely related erythroid lineages.
Newer AI systems utilize knowledge of biologic sensory systems in their motion, tactile, and proprioceptive motor sensors.
To utilize knowledge of network graph structure, we applied methods for merging expression data with network information [ 12].
Drug-based computational methods utilize knowledge of chemical similarity [ 10– 12], molecular activity similarity [ 13– 15], or molecular docking [ 16, 17] to search new indications for drugs.
