Both model systems have advantages and disadvantages [66].
Unfortunately, suitable genetic model systems have been hard to find.
In this study, current model systems have been improved by working with the intact cartilage in real time.
Numerous studies in other model systems have demonstrated the function and regulation of similar genes in floral regulation.
Recent advancements to in vitro model systems have been proposed to assess the toxicity of particulate materials resulting from inhalation.
Recently, numerous active model systems have emerged, which rely on conformational transitions in molecularly defined films driven by external stimuli.
Numerous in vitro biofilm model systems have been successfully used to examine biofilm architecture, development, cell phenotypes and drug resistance.
These associations in human studies, in conjunction with functional studies in model systems, have implicated adiponectin in multiple metabolic processes.
Expression analyses of Dnmt2 in various model systems have suggested that Dnmt2 might be developmentally and tissue-specifically regulated.
A number of in vivo model systems have been described in which the role of a failing HSR in the etiology of neurological diseases can be studied.
Since then, various invertebrate model systems have been used to dissect highly-conserved immune responses without the complications of adaptive immunity.
