Excerpt
Table of Contents
Abstract
Zusammenfassung
Introduction
Theoretical Background
Chronic Heart Failure
Mitochondrial Alterations
Metabolic Shift
Insulin Resistance
Ketone Bodies
Oxidative Stress
Microcurrent Therapy
Aim of this experiment
Results
Hypertrophic Model
H9c2
Primary cardiomyocytes (SHR7)
Electro Microcurrent treated primary (SHR7) cells
Cell growth under ß-Hydroxybutyrate treatment
Cell proliferation Assay with alamarBlue®
Hypertrophic growth under ß-Hydroxybutyrate treatment
ROS assay
Immunohistochemical staining (Mitochondrial distribution)
H9c2
SHR7
Discussion
Hypertrophic Model
Mitochondrial Activity Assay
ROS Assay
Immunostaining
Conclusion
References
Eigenständigkeitserklärung
Attachment:
Abbreviations
Materials
Methods
Hypertrophic Model
Hypertrophic Measurement
HE-Staining
MitoTracker®
ROS-Measurement
OHB Proliferation Assay
AlamarBlue®-Assay
Cristal Violet-Assay
Immunostaining (Caveolin-3)
Immunostaining (a-Tubulin)
Microcurrent treatment of SHR7 cells
- Quote paper
- BSc Matthias Pilecky (Author), 2010, The Influence of 3-Hydroxybutyrate and Microcurrent Treatment on Cardiomyocytes during Simulated Hypertrophy, Munich, GRIN Verlag, https://www.grin.com/document/168718
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