Realistic empirical parameters had to be extracted from experiment, consequently purely numerical studies were not possible.
Mechanistic, kinetic, and thermodynamic information is extracted from experiments in combination with digital simulation.
Intriguingly, different values of exciton diffusion length have been extracted from experiments on seemingly identical conjugated polymers.
Note that all molecular parameters used in the model are extracted from experiments on dsDNA and RecA.
c The microarray data were extracted from experiments performed in our laboratory for a parallel analysis.
However, some common characteristics of dipeptide uptake can be extracted from the experiments: except for the rather bulky compound AC-CA, all other l-alanine (A) containing dipeptides were taken up very fast.
Some of these parameters (such as the diffusion coefficients of Ft and Ds) could be extracted from the experiments presented.
To overcome this important limitation, we identified multiple types of data that could be extracted from the experiments.
For SLII, the difference in binding affinity with or without U2A′ is small, such that U2A′ binding affinity could not be extracted from these experiments.
Since biological experiments are both expensive and time consuming, it would be ideal if one could plan them in an optimal way, i.e. minimizing their cost while maximizing the amount of information to be extracted from such experiments.
