Finally, we reverse-engineer a network of TFs and discuss its biological relevance in the context of functionally coherent modules.
The DMZ is the most difficult segment to design and engineer on a network.
Lenny Giuliano is an author, a Working Group Chair at the Internet Engineering Task Force IETFF) and a Distinguished Engineer with a network equipment maker.
There are many reasons why it may be desirable to reverse engineer a biological network without making assumptions about the underlying processes.
In contrast to previous theoretical models, we do not engineer a reaction network that is designed to generate symmetry breaking, but rather apply random chemistry by generating a large diversity of molecules and chemical reactions.
Taking a top-down approach, Linde et al. used gene expression time series data to reverse engineer a regulatory network and predict new interactions between transcription factors and target genes.
Our findings enabled us to reverse engineer a regulatory network of core processes, and correctly identified the involvement of E2F1, GATA2 and NFKB1 in the regulation of cell cycle, fat, and muscle/glycolysis, respectively.
In a delicate process, engineers spray a network of these overlapping electron highways onto rectangles of a rubbery substance to form a stretchy sheet of circuit film.
(A) A computational method reverse-engineered a signaling network able to recapitulate the level of conversion stochasticity of a series of pharmacological experiments.
Understanding evolution allows physicians to view the human body not as an engineered machine, but a network of compromises.
If, someday in the not-too-distant future, we engineer a worldwide computer network of near-perfect unified interoperability, will its informational structures and methods look anything like those we're just beginning to decode in our own brains?
