High Science HDL Forum
High Science HDL FORUM
Mission Area objectives
- Discuss current advances in the science of high-density lipoprotein (HDL), including limitations of HDL as a biomarker, HDL dysfunction, and genetic associations of HDL lipoproteins with atherosclerotic cardiovascular disease.
- Review clinical trial data in HDL genetics and therapeutic targets, such as cholesteryl ester transfer protein.
- Apply pharmacogenomics as a strategy for targeting HDL therapeutics, as well as their potential role in the treatment framework.
TMA Program
- TMA developed a complete Mission Area to help redefine the pros and cons of the role of HDL in hypercholesterolemia and of the usefulness of therapies designed to normalize HDL
- It consisted of:
- An international state-of-the-art forum with the most renowned key opinion leaders delivering most recent knowledge in the field
- The creation of a set of video interviews of the speakers invited to this forum
- The production of an article signed by every speaker in a leading peer-reviewed cardiovascular journal (work in progress)
- Securing the necessary grants to implement the program
Results
- Enthusiastic leading speakers
- Education program on TMA website (work in progress)
- Publication of a lead article (work in progress)
Discuss current advances in HDL science, including limitations of HDL as a biomarker, HDL dysfunction, and genetic associations of HDL lipoproteins with atherosclerotic cardiovascular disease.
• Review clinical trial data in HDL genetics and therapeutic targets, such as CETP.
• Apply pharmacogenomics as a strategy for targeting HDL therapeutics, as well as their potential role in the treatment framework.
Gallery
High Science HDL FORUM
Mission Area objectives
- Discuss current advances in the science of high-density lipoprotein (HDL), including limitations of HDL as a biomarker, HDL dysfunction, and genetic associations of HDL lipoproteins with atherosclerotic cardiovascular disease.
- Review clinical trial data in HDL genetics and therapeutic targets, such as cholesteryl ester transfer protein.
- Apply pharmacogenomics as a strategy for targeting HDL therapeutics, as well as their potential role in the treatment framework.
TMA Program
- TMA developed a complete Mission Area to help redefine the pros and cons of the role of HDL in hypercholesterolemia and of the usefulness of therapies designed to normalize HDL
- It consisted of:
- An international state-of-the-art forum with the most renowned key opinion leaders delivering most recent knowledge in the field
- The creation of a set of video interviews of the speakers invited to this forum
- The production of an article signed by every speaker in a leading peer-reviewed cardiovascular journal (work in progress)
- Securing the necessary grants to implement the program
Results
- Enthusiastic leading speakers
- Education program on TMA website (work in progress)
- Publication of a lead article (work in progress)
Discuss current advances in HDL science, including limitations of HDL as a biomarker, HDL dysfunction, and genetic associations of HDL lipoproteins with atherosclerotic cardiovascular disease.
• Review clinical trial data in HDL genetics and therapeutic targets, such as CETP.
• Apply pharmacogenomics as a strategy for targeting HDL therapeutics, as well as their potential role in the treatment framework.