Tetracycline (tet -regulatable p190B tet -regulatablewere bred to MMTV-Neu mice, and the effects of exogenous p190B expression on transgenicncy, miceiplicity, growererates, angiogenesis, and metastasis were examined.
The kinetics of the reaction are described with an elementary step model, displaying so-called kinetically induced rate multiplicity for certain conditions, i.e. multiplicity purely caused by the kinetics of the elementary steps.
The code allows to calculate the efficiency of the TAC for every neutron capture state, as a function of energy, crystal multiplicity, and counting rate.
Rate multiplicity was observed over a wide range of average wire temperatures (T̂w = 100 350°C), feed compositions (CO/O2 = 0.01 1), and total pressures (5 760 torr).
Necessary and sufficient conditions for reaction rate multiplicity are obtained here for uni- and bimolecular reactions when mo than one vacant site is required for reaction.
It is shown that variations of the reaction activation energy or heat of adsorption with coverage can enlarge regions of rate multiplicity.
Rigorous reactor and pellet-scale simulations carried out for both the liquid-phase and gas-phase reaction, as well as for intra-reactor wet dry transition (hysteresis and rate multiplicity), are presented and discussed.
In order to account for multiple testing we adjusted for the number of comparisons made (Bonferroni method [ 18]) to reduce the issue of multiplicity (ie increased rate of type I error).
On the one hand, multiple testing issues arise in most studies, whether based on candidate genes or genomewide scans, with attendant issues of how to quantify the multiplicity, what error rate to control and which method to use [ Manly et al., 2004].
