In recent years, the Krasnoselskii fixed point theorem for cone maps and its many generalizations have been successfully applied to establish the existence of multiple solutions in the study of boundary value problems of various types.
It is commonplace to use salt-buffered solutions in the study of neurotransmitter regulation of swimming, despite the fact that the organism normally resides in an environment with variable ionic content.
Although extracts were analyzed as a complex solution in this study, the ITOCSY quantification protocol presented here allows samples to be fractionated and concentrated without affecting quantification.
It is important to consider that the concentration and time of application adopted for the Biosillicate® solution in this study most likely facilitated the initial reaction with dentin.
All of the solution in this study was prepared as total 25-ml volume in the same-size syringe, according to allocation received, under sterile condition and behind the fluoroscopic scene in order to blind surgeon and outcome assessor.
In the methodological solution and in the study case, product and data are upgraded to intelligent object and services, providing a high level of functional interactions in networked and ambient services architecture based on the RFID and UPnP technologies.
To evaluate the effect of CIT on immediate post-transplant function and patient and graft survival, we first determined the mean duration of CIT for each preservation solution group in the study.
The solution used in the study contained 5% vitamin C, proteoglycans (3%), Rosa moschata oil (0.3%), polysorbate 80 (1%), propylene glycol (>70%), water, perfume as well other components (sodium methylparaben, sodium ethylparaben, sodium propylparaben <0.14%).
Also, EGM96 is supposed to be the true solution in this study.
