Recently, many studies used these models to explore novel issues such as graft modification by pharmaceutical, surgical or genetic engineering methods, post-transplant regeneration, leukocyte trafficking or interactions between the innate and allo-specific arms of the immune response.
Results indicated a great degree of heterogeneity in terms of program content, although many studies used some adaptation of Kabat-Zinn's (1990) Mindfulness-Based Stress Reduction (41.8%), an approach with a strong evidentiary base with clinical populations.
Many studies used multiple categories and methods and the boundaries between them were not always clear.
First, many studies used small sample sizes and were limited to one course, one degree level, and one university.
Many studies used 4-VP as the functional monomer in the preparation of Pd II) IIPs, while few studies have involved the comparison of 4-VP with other functional monomers [25 30].
In this context, many studies used the green chemistry approach for the reduction of GO to overcome the toxicity problem using various biological molecules as reducing agents such as vitamin C [31], melatonin [32], sugars [33], polyphenols of green tea [34, 35], bovine serum albumin [36], and biomass of bacteria [37, 38].
Many studies used a lower case fatality rate for patients who received palivizumab prophylaxis than for those who did not, i.e., in these studies palivizumab prophylaxis was assumed to reduce the risk of case fatality [21, 24, 26, 27, 40, 41, 54 56].
Recently, many studies used the NLP parser to construct the dependency tree for extracting biological relationships.
Many studies used double tasks contributing greatly to the field of postural control [1], [2].
Thus, many studies used several populations, family-based and/or case-control, to replicate and confirm the results.
Many studies used i.v. delivery of MPXV as a model for smallpox and to test vaccines and countermeasures [33].
