Sentence examples for vitro model systems from inspiring English sources

Various studies have been performed to identify IR-associated signatures, most of them using in vitro model systems [8, 9].

We further propose a comprehensive analysis framework that combines well-characterized human cohorts and innovative in vitro model systems to study this complex interaction.

Many studies for biomarker discovery of ionizing radiation effects have been performed with in vitro model systems and external irradiation, predominantly γ-rays and X-rays [16,17].

Recent advancements to in vitro model systems have been proposed to assess the toxicity of particulate materials resulting from inhalation.

Physiologically-relevant in vitro model systems, in which human lung cells and tissues can be exposed to appropriate doses of cigarette smoke may provide useful tools to interpret these processes and identify other mechanisms.

3D in vitro model systems that are able to mimic the in vivo microenvironment are now highly sought after in cancer research.

Alternatives to animal testing require sophisticated in vitro model systems that must replicate in vivo like function for reliable testing applications.

Our structural analysis indicates that collagen fibers formed in such in vitro model systems are predominantly of uniform sizes and are aligned preferentially in the lateral direction.

This ORS workshop from 2014 with its topics of osteoimmunology in fracture healing, joint replacement loosening, and in vitro model systems demonstrates the wide spectrum of bone-immuno-interplay.

In vivo models are the gold standard for predicting the clinical biomaterial host response due to the scarcity of in vitro model systems that recapitulate physiological settings.

The antioxidant activities of these pigments were also investigated using 1,1-diphenyl-2-picrylhydrazyl (DPPH) and hydroxyl radical in vitro model systems.