The experimental data can be described by a three-parameter expression based on an Eley-Rideal mechanism in which methanol, adsorbed on one catalytic center, reacts with isobutene from solution to give the ether adsorbed on one center.
Alternatively a transfer function can be calculated, ie a theoretical impedance expression based on an assumed physical model.
A new RLC crosstalk noise expression, based on an RLC transmission line model propagating each propagation mode, has recently been proposed and has been validated in previous works.
In a number of analyses, none of the protein components showed a significantly different expression based on an FDR < 0.05.
While we attempted to derive a rate law and integrated rate expression based on an extensive set of fundamental reactions in this system, the number of fitting parameters exceeded what could be statistically justified from the noisy data.
Hierarchical clustering of gene expression based on an alternative pairwise comparison of the different populations suggested that HV+ and HV− states were more distinct in 2i/LIF than in serum/LIF (>2-fold change, false discovery rate [FDR] 0.05; Figure 2C; Tables S1 and S2).
