Use of Poly(ε-caprolactone) (PCL) as 3D porous scaffold, fibers and matrices has proved importance of this polymer in applications for tissue engineering besides others.
For some putative regulatory variants, predicting consequences for transcription factor binding by modeling using position-weighted matrices has proved powerful [ 83], and this can be improved using flexible transcription factor models based on hidden Markov models to represent transcription factor binding properties [ 84].
The development of synthetic hydrogels analogs for the extracellular matrix has proven a useful and important tool to study the role of specific signals on biological outcomes in vitro and to serve as scaffolds for tissue repair.
The combination of the new methodology and experimental design tools, such as a Doehlert matrix, has proved to be a reliable alternative to optimise simultaneously the HPLC solvent gradient system and the instrumental/experimental variables.
Because each MS represents the linear superposition of the spectra of individual components weighed by their concentrations, multivariate factor analysis of the MS matrix has proved effective at retrieving OA factors that offer a quantitative and simplified description of the thousands of individual organic species.
Electrospun nanofibers with extracellular matrices mimicking structure have proven to be good scaffolds for bone tissue repairing.
Traditional synthetic substrates and matrices for cell culture have proven to be of only limited utility in efforts to understand and control cell behavior, in large part because they fail to capture the multifarious biochemical, mechanical, geometric and dynamic characteristics of in vivo environments.
Drawing on our own work and that of others, we present several strategies for interoperability and their consequences, in particular, a set of simple data structures list, matrix, network, table and tuple that have proven sufficient to achieve a high degree of interoperability.
Extensive fuel-matrix interactions leading to plate pillowing have proven to be a significant impediment to the development of a suitable high density low-enriched uranium molybdenum alloy (U-Mo) based dispersion fuel for high power applications in research reactors.
Du and Hwang have proven the following lemma: Lemma 3 [ 16] Every (d, 2 k -disjunct matrix is a k -disjunctrecting d-disjunct matrix.
