Effect of Estradiol-17β on protein synthesis and degradation rates in fused bovine satellite cell cultures

Agriculture & Biology

• protein degradation 100%
• estradiol 80%
• cell culture 75%
• protein synthesis 71%
• cattle 57%
• somatomedins 27%
• insulin-like growth factor I receptor 16%
• muscles 15%
• G-protein coupled receptors 14%
• degradation 14%
• muscle protein 13%
• estrogen receptors 13%
• in vivo studies 12%
• feedlots 12%
• agonists 10%
• estrogens 10%
• antagonists 10%
• steroids 10%
• mechanism of action 10%
• feed conversion 9%
• receptors 8%
• synthesis 6%

Medicine & Life Sciences

• Proteolysis 88%
• Estradiol 82%
• Cattle 76%
• Cell Culture Techniques 72%
• Somatomedins 33%
• Estrogen Antagonists 23%
• Fulvestrant 21%
• IGF Type 1 Receptor 19%
• Muscles 18%
• Muscle Proteins 18%
• Estrogen Receptor alpha 18%
• Growth 15%
• G-Protein-Coupled Receptors 15%
• Steroids 11%
• Proteins 11%
• In Vitro Techniques 6%