Exact(1)
MEDME (modelling experimental data with MeDIP enrichment) weighs signal log ratios of individual probes using a logistic model and signals obtained by neighbouring probes and by using completely methylated DNA samples.
Similar(59)
Previous modelling and experimental data have suggested that small RyR clusters could underlie non-spark-mediated loss of Ca2+ in the regulation of SR content and participate in the initiation of spontaneous Ca2+ waves.
The part related to the modelling ends with a validation of the model with experimental data.
We have through modelling and comparing to experimental data invalidated a model representing the previously held hypothesis that CheY3 and CheY4 act only as phosphate sinks for the system.
Implementation of multiple bubble size models did not lead to any substantial improvement in the modelling fit with the experimental data, leading to the inescapable conclusion that the standard bubble breakup and coalescence kernels proposed in the literature do not adequately describe bubble transformations taking place under heterogeneous operating conditions.
A good qualitative agreement between the modelling results and the experimental data has been found.
The present modelling technique reproduced the experimental data with good accuracy in tests where the stress wave amplitude in the drill rod was up to 200 MPa.
As expected, there was no exact quantitative match between modelling results and the experimental data sets.
This modelling framework requires little experimental data regarding variables and no knowledge of the underlying mechanisms for each enzyme; nonetheless it allows inference of the dynamics of cellular metabolite concentrations.
The results from the rigid body modelling show a similar overall shape to that obtained during ab initio analysis (the fit of the model with the experimental data is shown in Supplementary Figure S4 at http://www.biochemj.org/bj/452/bj4520057add.htm).htm
The modelling concept was verified with experimental data obtained for carboxymethylation of cellulose.
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