As Haag (1996) stresses, fields are only an instrument in order to "coordinatize" observables, more precisely: sets of observables, with respect to different finite space-time regions.
Obviously, such a scenario is the sum total of the evolutionary scenarios for individual genes or, more precisely, sets of orthologs (COGs).
More precisely, sets of 500 non-coding elements were significantly associated with this category in 25% of independent experiments, while sets of 2500 non-coding elements were significantly associated with this category in more than 85% of experiments.
Its basic aim is to identify parts of the network, or more precisely, sets of molecular species, that are likely to coexist on a long time scale without any of the species vanishing or other species appearing anew.
This is unfortunate since objective markers are needed both in the clinic for practical diagnosis and in the research setting to more precisely define therapeutic targets.
More precisely, we set f D T s = 5·10−6.
More precisely, we set up axisymmetric initial data relative to a uniformly rotating neutron star governed by a polytropic EOS with (K=100~M_{odot}^{-2}) and (Gamma=2), having a central rest-mass density of (1.28 times10^{-3}~M_{odot}^{-2}) and a polar to equatorial axis ratio of 0.8 using the RNS code (Stergioulas and Friedman 1995).
We have mentioned one example of rigid existential dependence, namely, sets ontologically depending on their members (more precisely, a set depends rigidly on the very members it has, i.e., any change in a set's members will change the set itself).
The resolution — more precisely, a set of deals intended to paper over intraparty factions — is the result of a process better suited to a highway bill than national security.
