Refining the reproducibility of a murine model of stress-induced reversible cardiomyopathy

Keyphrases

• Murine Model 100%
• Stress-induced 100%
• Isoproterenol 100%
• Stress Model 100%
• Reversible Cardiomyopathy 100%
• Left Ventricular Function 20%
• Myocardial Injury 20%
• Tissue Injury 20%
• Injury Model 20%
• Troponin 20%
• Animal Welfare 20%
• Myocardial Inflammatory Response 20%
• C57BL 10%
• Inflammation 10%
• Human Disease 10%
• Cardiomyopathy 10%
• Inflammatory Changes 10%
• Route of Administration 10%
• Myocardial Tissue 10%
• Small Animal Model 10%
• Induced Stress 10%
• Global Left 10%
• Extant Literature 10%
• Genetic Background 10%
• Intraperitoneal Injection 10%
• High-throughput 10%
• Tissue Edema 10%
• Left Ventricular Structure 10%
• Self-limiting 10%
• Sexual Dimorphism 10%
• Non-surgical 10%
• Locomotor Activity 10%
• Behavioral Activity 10%
• Takotsubo Cardiomyopathy 10%
• Induced Models 10%
• Variability Sources 10%
• Multiple Injections 10%
• Sexually Dimorphic 10%
• Animal Handling 10%
• Result Reproducibility 10%
• Grooming Behavior 10%
• Stress Cardiomyopathy 10%
• Left Ventricular Wall Motion Abnormality 10%

Pharmacology, Toxicology and Pharmaceutical Science

• Isoprenaline 100%
• Myocardial Disease 100%
• Inflammation 30%
• Tissue Injury 20%
• Heart Muscle Injury 20%
• Troponin I 20%
• Takotsubo Cardiomyopathy 20%
• C57BL 6 Mouse 10%
• Edema 10%
• Intraperitoneal Injection 10%
• Diseases 10%

Biochemistry, Genetics and Molecular Biology

• Isoprenaline 100%
• Animal Model 20%
• Troponin I 20%
• C57BL 6 Mouse 10%
• Motion 10%
• Genetic Background 10%
• Heart Left Ventricle Function 10%
• Sex Difference 10%
• Locomotion 10%
• Grooming Behavior 10%