The analysis presented here enables a more systematic and unambiguous approach for deriving the kinetic parameters for oxidation from experimental measurements.
Each of the two types of MADM proposed here enables a simultaneous two channels (modes) add/drop to/from a multimode bus.
The highlight lines computation process adopted here enables a unified distance surface to generate all highlight lines in the highlight line family.
The workflow presented here enables a structural mapping of potentially ligandable binding sites of the currently available structural proteome.
The I/O system presented here enables a new framework for structuring user commands as stream producers, consumers, and filters, and therefore addresses a different problem.
The ontology-based meta-analysis strategy presented here enables a higher order view of biological connections within the combined corpus of public and user-generated data.
The technique we present here enables a routine update, where the continuously evolving expression level adjustments feed into gene-state calculations.
The automation solution proposed here enables a high-throughput, cost-effective preparation of samples with minimal hands-on time.
The PCR-based molecular typing method described here enables a rapid and reliable identification of CTX-M and OXY/K1-genes.
