| Literature DB >> 26883152 |
Barbara Albl1, Serena Haesner2, Christina Braun-Reichhart3, Elisabeth Streckel3, Simone Renner3, Frank Seeliger4, Eckhard Wolf5, Rüdiger Wanke2, Andreas Blutke6.
Abstract
This article provides guidelines for organ and tissue sampling adapted to porcine animal models in translational medical research. Detailed protocols for the determination of sampling locations and numbers as well as recommendations on the orientation, size, and trimming direction of samples from ∼50 different porcine organs and tissues are provided in the Supplementary Material. The proposed sampling protocols include the generation of samples suitable for subsequent qualitative and quantitative analyses, including cryohistology, paraffin, and plastic histology; immunohistochemistry;in situhybridization; electron microscopy; and quantitative stereology as well as molecular analyses of DNA, RNA, proteins, metabolites, and electrolytes. With regard to the planned extent of sampling efforts, time, and personnel expenses, and dependent upon the scheduled analyses, different protocols are provided. These protocols are adjusted for (I) routine screenings, as used in general toxicity studies or in analyses of gene expression patterns or histopathological organ alterations, (II) advanced analyses of single organs/tissues, and (III) large-scale sampling procedures to be applied in biobank projects. Providing a robust reference for studies of porcine models, the described protocols will ensure the efficiency of sampling, the systematic recovery of high-quality samples representing the entire organ or tissue as well as the intra-/interstudy comparability and reproducibility of results.Entities:
Keywords: biobank; biomedical research; minipig; necropsy; organ/specimen collection; pig; systematic random sampling
Mesh:
Year: 2016 PMID: 26883152 DOI: 10.1177/0192623316631023
Source DB: PubMed Journal: Toxicol Pathol ISSN: 0192-6233 Impact factor: 1.902