… biological mechanisms. What has lagged has been a clear understanding of how systems
and computational biology … the power of computational and systems biology. There is currently …

… biological mechanisms. What has lagged has been a clear understanding of how systems
and computational biology … the power of computational and systems biology. There is currently …

… of the NIH Computational Biology Program and the … acute inflammatory diseases requires
characterizing the functional architecture and control points of multi-compartment inflammation. …

… To this point we have discussed models of acute inflammation, but chronic inflammation
is also a major factor in impaired would healing, as in diabetes [2],[59],[73]. We modeled the …

… acute, dynamic nature of dysregulated acute inflammation … very features that make acute
inflammation and critical illness … use of systems and computational biology approaches in order …

… and computational methods or system biology are providing solutions to several unresolved
… Sudden injury and acute inflammation Acute inflammation is another important aspect …

… biology, defined as a focused application of computational … , translational applications of
computational simulations and … Closing the circle with our prior studies on acute inflammation…

… , inflammation becomes disordered, and dysfunction propagates to a higher biological scale
(… Finally, we suggest that a combination of computational biology approaches involving data-…

… Inflammation is a highly complex biological response evoked … possibility for understanding
inflammation in its homeostatic … , is that extensive computational power may be required to …

… , biology has for the most part resisted mathematical characterization. The aforementioned
nonlinearities associated with biology in … The downside is that extensive computational power …