Overall, this model enables accurate simulation of photocatalytic AOP performance when one or more inhibitory mechanisms are at work in a wide variety of application scenarios, and underscores the need to consider the effects of background constituents on degradation efficiency.
While such a model enables accurate control of the actuator, hence the actuated mechanism; in our case a robotic arm, it also eliminates the need for a force/torque sensor for performing high fidelity force/torque control tasks.
The novel features of the presented cardiomyocyte model enable accurate description of excitation-contraction coupling.
Selecting optimal models enables accurate evaluation of associations between marker loci and numerous phenotypes including gene expression.
Patient-specific 3-dimensional computer-based models enable accurate assessment of the mitral valve anatomy and preprocedural simulations for transcatheter therapies.
Large-scale genome sequencing is having an unanticipated impact on protein structure modeling, enabling accurate protein structure and protein complex modeling using co-evolution-based predicted contacts.
These model systems enabled accurate assessments to be made of the sensitivity of neurons and glia to mTHPC-mediated PDT using a well-established cancer cell line (MCF-7) as a comparator.
The structure revealed a conserved clamp Spt5 interface and enabled accurate modelling of RNAP complexes with Spt4/5 counterparts from all three kingdoms of life.
There are ∼40,000 annotated protein-coding genes (Law et al. 2015) and extensive RNA-seq resources have enabled accurate gene model prediction (Li et al. 2010; Campbell et al. 2014).
