In recent years, the concept of well-posedness has been generalized to several related problems: variational inequality problems [14 18], saddle point problems [19], Nash equilibrium problems [16, 20 23], inclusion problems [24, 25], and fixed point problems [24 26].
With the development of the theory about optimization problems, the concept of well-posedness has been generalized to several related problems, as vector optimization problems, see [15 20], variational inequality problems, see [15, 21 23], equilibria problems, see [24 33] and the references therein.
Here, we describe further exploration of the subcellular distribution of various organelles, such as endosomes, lysosomes and synaptic vesicles and show that they are all accumulated within axonal swellings (supplementary material Fig. S1A C″), which indicates that the axonal transport defect of Sp Δ/Δ cortical neurons is generalized to several, if not all, types of organelles.
The notion of derivative may be generalized to functions of several real variables.
However these findings cannot be generalized to our cohort for several reasons.
As may be seen, the Spanish case that we choose to analyze in this article can be generalized to other open economies, such as several in Latin America, to the extent that these latter economies share certain characteristics with the Spanish economy (degree of openness, central bank behavior, fiscal policy stance, etc).
The results of this study could be transferable to other similar contexts; however, they should be interpreted within the context of several limitations and cannot be generalized to all Jordanian or Arabic men.
Secondly, several of the techniques can be generalized to apply to more expressive formalisms and models.
