Cardiologists, Cardiovascular Nurses, Endocrinologists, Family Practitioners, Internists, Lipidologists, Lipid Specialists, Nephrologists, Nurse Practitioners, Pharmacists, Dietitians, PhDs, Physicians Assistants, Primary Care Physicians
Low-Density Lipoprotein
1. | Discuss the history of discovery of the LDL receptor | 2. | Outline the LDL receptors, metabolic pathways, and their pleiotropic effects |
3. | Describe the role of proprotein convertase subtilisin/kexin type 9 in lipoprotein metabolism including the LDL receptor and other receptor interactions | 4. | Describe genomic technology and the science of screening for mutations and genes that cause FH |
5. | Interpret complex case reviews including differential diagnosis of LDLr disorders | 6. | Outline factors having an impact on cardiovascular risk in patients with LDL disorders |
7. | Discuss clinical utility of Genetic testing for LDLr disorders | 8. | Discuss the updated knowledge of Lp(a) metabolism, including production and clearance |
9. | Discuss the current view on atherogenicity of Lp(a) and contribution to CVD risk | 10. | Discuss modalities of therapeutic interventions to lower Lp(a) levels in plasma |
11. | Identify the genetic causes of LDL disorders, including the clinical implications of these genetic disorders | 12. | Evaluate the clinical effects, safety, and efficacy data for current treatment options for patients with lipid disorders |
13. | Recognize the role of current therapeutic approaches for management of lipid disorders | 14. | Evaluate the efficacy and safety of PCSK9 inhibitors, lomitapide, and mipomersen in treating lipid disorders |
15. | Recognize the role of emerging therapies for the treatment of patients with LDLr disorders |
1. | Discuss the history of discovery of the LDL receptor |
2. | Outline the LDL receptors, metabolic pathways, and their pleiotropic effects |
3. | Describe the role of proprotein convertase subtilisin/kexin type 9 in lipoprotein metabolism including the LDL receptor and other receptor interactions |
4. | Describe genomic technology and the science of screening for mutations and genes that cause FH |
5. | Interpret complex case reviews including differential diagnosis of LDLr disorders |
6. | Outline factors having an impact on cardiovascular risk in patients with LDL disorders |
7. | Discuss clinical utility of Genetic testing for LDLr disorders |
8. | Discuss the updated knowledge of Lp(a) metabolism, including production and clearance |
9. | Discuss the current view on atherogenicity of Lp(a) and contribution to CVD risk |
10. | Discuss modalities of therapeutic interventions to lower Lp(a) levels in plasma |
11. | Identify the genetic causes of LDL disorders, including the clinical implications of these genetic disorders |
12. | Evaluate the clinical effects, safety, and efficacy data for current treatment options for patients with lipid disorders |
13. | Recognize the role of current therapeutic approaches for management of lipid disorders |
14. | Evaluate the efficacy and safety of PCSK9 inhibitors, lomitapide, and mipomersen in treating lipid disorders |
15. | Recognize the role of emerging therapies for the treatment of patients with LDLr disorders |
Supported Browsers: Internet Explorer 9.0+ for Windows 2003, Vista, XP, Windows 7, Windows 8.1 Google Chrome 28.0+ for Windows, Mac OS, or Linux Mozilla Firefox 23.0+ for Windows, Mac OS, or Linux Safari 6.0+ for Mac OSX 10.7 and above | Supported Phones & Tablets: Android 4.0.3 and above iPhone/iPad with iOS 6.1 or above. |