Recently, elevations in serum level of interleukin 6 (IL-6) and expression of Twist in tumor samples were found to be associated with poor clinical outcomes in multiple types of cancer, including SCCHN.
Studies comparing perinatal outcomes in multiples conceived following the use of artificial reproductive technologies (ART) vs. spontaneous conception (SC) have reported conflicting results in terms of mortality and morbidity.
While perioperative blood transfusion (BT) has been associated with adverse outcomes in multiple malignancies, the importance of BT timing has not been established.
We summarize here a comprehensive literature search and the discussion at a recent international meeting of investigators involved in the development and study of visual outcomes in multiple sclerosis, which had, as its overriding goals, to review the state of the field and identify areas for future research.
Improving outcomes in multiple pregnancies is a goal of modern obstetrics, but as yet, few interventions have been proven to be of benefit in this group.
As we describe in more detail, the paired availability design consists of comparing outcomes in multiple hospitals or medical centers before versus after a change in availability of a medical intervention.
We reasoned that a predictive model, predicated on experimental data, could be implemented as an index of functional outcomes in multiple CM allele inheritance.
The testing of multiple outcomes in multiple different analyses can ultimately produce a positive result when a predefined analytic approach to a single outcome measure does not.
A decrease in variability is indicative of reduced adaptability, reflects a 'stressed' system [ 21, 22], and has been described as a marker of outcome in multiple pathological states, for example sepsis [ 22].
Furthermore, it is well known that HIV envelope glycoprotein (GP120) can cause axonal degeneration [ 45] and recently axon damage has been claimed as a key predictor of outcome in multiple neurological disorders, including HAD [ 46].
