This concept involves a systemic interaction between the local nasal airway, nasal-associated lymphatic tissue, the bone marrow, and the sinuses (Fig. 1).
Recently, Elkabets and colleagues demonstrated a systemic interaction between cancer cells and distant bone marrow cells to support the growth of otherwise indolent tumor cells at a secondary site, raising thought-provoking questions regarding the involvement of stromal cells in maintaining metastatic dormancy.
A reduction of the systemic interaction between heparin and rhAT represents a possible explanation.
The other systemic interaction scenario includes an increase in tumoricidal immune system response, which has been postulated to be a low-androgen-dependent state.
The dynamic WOC system framework established here is intended to sharpen the analytic focus on the complex, systemic interaction of these components of care.
The enriched category systemic interaction with the environment reveals that two predicted nitrilases or cyanid hydratases and AFUA_4G00660, a sensor histidine kinase/response regulator predicted to be involved in osmotic stress, are up-regulated at B180s.
The investigation of interferences of mistletoe with cytochrome P450 isoforms in human hepatocytes indicated no or only minor potential for herb-drug interactions [ 23], suggesting that clinically significant systemic interaction is unlikely.
The functional classification of the 586 probe sets belonging to these seven clusters revealed five main categories over-represented: "01 Metabolism", "02 Energy", "32 Cell rescue defense and virulence", "34 Interaction with environment", "36 Systemic interaction with environment".
Higher abundance in RindPdigS was found in the categories "metabolism", "cellular transport", "interaction with the environment" (in this case mostly due to ethylene biosynthesis related genes) and "systemic interaction with the environment".
Among the probe sets which were down-regulated in the resistant genotype over the susceptible genotype, the most abundant functional classes were metabolism (35.1%), proteins with binding function (24.1%), and systemic interaction with the environment (10.9%).
The genes encoding proteins concerned with perception and response to stimuli (Fig. 6, represented by sub-categories J-M), such as those involved in cellular communication (J, 0.7%), cell rescue (K, 3.6%), interaction with the cellular environment (L, 4.3%) and systemic interaction with the environment (M, 2.2%) constituted 10.8% of the total unigenes.
