The replication complexes in our models exist only on chromatin and therefore represent the activity of these proteins at the DNA as opposed to soluble complexes.
Despite the availability of numerous complete genome sequences from E. coli strains, published genome-scale metabolic models exist only for two commensal E. coli strains.
Moreover, they have become prisoners of scientific software: many models exist only as software implementations, and the data are often stored in proprietary formats defined by the software.
A literature three-step reaction model exists but with rate constants only at 950 K.
Despite this, for the first- and second-order models, the ΔCFI were −.020 and the ΔRMSEA were.003, which also indicates invariance for these higher order models, since non-invariance exists only when the decrement in model fits exceeds RMSEA ≥ .010 and CFI ≥ −.005 (Chen, 2007), which does not occur in either the first- or second-order model.
To date no validated and generally applicable predictive animal model exists and only a few chemicals have actually been shown to induce adverse autoimmune effects in certain animals.
The interesting aspect about our model is that there exists only a stable equilibrium, and we have been unable to identify any nearby saddle-type invariant object in the parameter region of interest that could organise homoclinic bifurcations.
An alternative model assumes that PrPSc exists only as fibrils, and that fibril ends bind PrPC and convert it into PrPSc.
Few regulatory models for the infection process of human pathogenic bacteria have been suggested [ 19- 22], while there exists only one model dealing with a human pathogenic fungus [ 6].
When a chemical reaction occurs in the solid phase, it is shown that an effective model may exist only if the interphase transfer time is smaller than both the residence time and the characteristic reaction time.
