For use in drug discovery, toxicology, cell banking, and ultimately in reparative medicine, the ideal matrix would therefore need to be highly reproducible, manufacturable, approvable, and affordable.
Basic mechanistic research may pertain to the disciplines of toxicology, cell and molecular biology, physiology, psychology, genetics, or other relevant fields, and methods may include animal models, in vitro systems, and/or human clinical specimens.
Regarding the risk of oncogenesis, it has been previously proposed that one must consider, as for any toxicology study, cell dose with the hypothesis being that limiting cell dose will limit side effects [10].
Miniaturization increases assay throughput while reducing reagent consumption and the number of cells required, making these systems attractive for a wide range of assays in drug discovery, toxicology, stem cell research and potentially therapy.
Application-targeted arrays and array reagents are already commercially available (Operon, Clontech, Incyte Pharmaceuticals, Affymetrix) for research in diverse areas such as cancer, stress and aging, toxicology, hematology, cell cycle, neurology and apoptosis.
Miniaturization increases assay throughput, while reducing reagent consumption and the number of cells required, which makes these platforms attractive for a wide range of applications in drug discovery, toxicology and stem cell research.
The PhD is available in six fields offered by the basic science departments: pharmacology and toxicology, molecular and cell biology, immunology, molecular pathogenesis, systems biology, and experimental and molecular medicine.
No apparent cell toxicology was observed.
As shown in Fig. 5, carbon nanotubes vector showed no apparent cell toxicology, while numerous larger cells and typical lobular nuclei were observed in cells incubated with DOX.
This review represents a summary of the technique of using cultured heart cells as a model system for studying the physiology, pharmacology, biochemistry and toxicology of myocardial cells.
First, rather than detail proteomes individually, we directly compared fetal and adult cells alongside a pharmaceutical toxicology "standard," the HepG2 cell, to provide a differential proteome signature.
