For engineering practices, the material variation could be caused by many reasons and there always exists a certain level noise in measurement; those facts may affect the features that are used for structure monitoring and also lead to inaccurate assessment.
Multiple facts may affect the process such as the dose of antigen, preparation of antigen, usage of adjuvant, the way of giving antigen, animal age and immune status [26], [27], [36], [37], [38], [39].
Hydrodynamism in fact may affect sedimentation rates, larval settlement and, together with localized vertical nutrient fluxes and material retention, the productivity of the area [6], [9] [12].
This fact may affect the duration of vinflunine treatment in our series.
How this fact may affect the structure of the P5L mutant Ank is presently unclear and must await the studies of Ank transmembrane topology that are currently underway in our laboratory.
IL-1α and TNF-α induction of Adamts5 was found to occur predominately in synovium and the patellar but not in femoral head or tibial joint cartilage in ex vivo mouse joints, indicating that ADAMTS5 may not be the predominant aggrecanase in articular cartilage in arthritis but in fact may affect cartilage indirectly [ 37].
In fact, asthma may affect as many as 10% of people over age 65; that would make it more common in the elderly than in children.
It has been shown to induce fibroblast proliferation, cell adhesion, and stimulation of extracellular matrix production [ 65]. it has been reported that VEGF is able to modulate CTGF production [ 21], in fact, VEGF may affect both the proliferation of fibrocellular components and the wound healing process, via CTGF induction [ 19, 20].
In fact, the noise may affect other parameters in (SM), which results in other types of stochastic models, which are the future research topics; for more details, see [36].
As a matter of fact, concomitant diseases may affect health-related quality of life, which has been acknowledged in the presented series.
In addition or alternatively to a possible direct antioxidant effect of GLP-1, another putative mechanism to explain our findings relies on the fact that ROS may affect vascular reactivity via direct actions on ion channels.
