Sentence examples for basic in vitro and from inspiring English sources

Translational science in medicine describes the transfer of basic in vitro and in vivo research into human applications.

The research supported by the NIEHS addresses this mission through a diverse grants portfolio consisting of basic in vitro and animal research, population-based studies, and a limited number of patient-oriented studies that focus on the understanding, detection, prevention, and intervention of environmentally related disease and disease processes.

The main priority for systems medicine is the development of computational models that integrate data and knowledge from the clinics and basic science (in vitro and animal model experiments) and are applicable to individual patients.

This study established a basic in vitro single and mixed-species culture model for oral bacteria combining three complimentary methods.

These research fields are also the most active translational research topics in orofacial sciences, as any research about new biomaterials or techniques requires basic sciences research, in vitro and in vivo.

Evidence in support of this involvement translates consistently from the most basic in vitro, in vivo and ex vivo experimental paradigms to more complex human-based observational and experimental studies, which also fortunately offer potential for therapeutic interventions against AD.

As the basics of the in vitro and in vivo methods have been published previously (11, 28), the aim of this report is to describe modifications made to the methods that i) facilitate large-scale library screens, and ii) allow a much more rapid analysis.

Typically, students in that division focus heavily on basic science and explore in vitro and model systems.

Thus knowledge and understanding gained from basic pharmacological research in in vitro and in vivo controlled studies, an array of bioactive molecules could be discovered for further clinical applications in human and veterinary parasitology.

The huge literature about this topic, from basic science reviews to in vitro and in vivo research, as well as clinical studies, highlighted the need of validated classification systems to compare the crucial differences between PRP preparation protocols.

The goal of the present work is to establish a basic in vitro 3D spheroid model of human mesothelioma and to investigate how the tumor microenvironment affects the penetration and killing activity of the immunotoxin SS1P targeting mesothelioma.