This approach consists of treating the DNA with a heat labile Ung (Roche), which degrades any molecules containing uracil.
This approach consists in minimizing (WED) functionals defined over entire trajectories.
This approach consists in translating a UML2.0 model onto a process algebra, namely PEPA nets, model.
This approach consists to improve model alignment techniques based on model interoperability hypothesis.
This approach consists of partitioning the velocity field at the crack tip into plastic and elastic parts.
The originality of this approach consists in considering uncertain parameters as time-invariant during the simulation process.
The purpose of this approach consists of conceptual models design allowing knowledge structuration according to multiple completeness scales.
This approach consists of microbial community incubations with isotopically labeled substrates, hybridization of the extracted community rRNA to a microarray and measurement of isotope incorporation and therefore substrate use by secondary ion mass spectrometer imaging (NanoSIMS).
This approach consists in generating all the possible constraint structures by a sequential evaluation of the covariance matrix of the residual estimate.
Performance evaluation of this approach consists of improving the bandwidth utilization, supporting different QoS requirements and reducing call reject probability and packet latency.
This approach consists in filling the pores of poly ethylene terephthalate) track membranes (PET TM) from polymeric compositions using an impregnation method.
