What is Lipoprotein(a)? Risks, tests and potential future therapies.
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- Опубликовано: 7 янв 2025
- Everything You Need to Know About LIPOPROTEIN(a) - A Key Biomarker for HEART HEALTH
Are you concerned about your CARDIOVASCULAR HEALTH and looking to understand the role of LIPOPROTEIN(a)? In this COMPREHENSIVE VIDEO, we explore everything you need to know about this CRUCIAL BIOMARKER, its impact on HEART DISEASE RISK, and what you can do to maintain optimal HEART HEALTH.
WHAT IS LIPOPROTEIN(a)?
LIPOPROTEIN(a), also known as Lp(a), is a specialized type of LIPOPROTEIN often overlooked in standard CHOLESTEROL TESTING. It is unique in its structure and potential to significantly elevate the risk of ATHEROSCLEROSIS, STROKE, and other cardiovascular conditions. Learn how it differs from commonly known lipoproteins like LDL (Bad Cholesterol) and HDL (Good Cholesterol), and why monitoring Lp(a) levels is vital for a complete picture of your heart health.
WHAT THIS VIDEO COVERS:
1. THE ROLE OF LIPOPROTEIN(a) IN HEART DISEASE RISK:
Understand how elevated levels of Lp(a) contribute to the formation of PLAQUE IN ARTERIES and increase the likelihood of serious cardiovascular events.
2. HOW TO TEST FOR LIPOPROTEIN(a) LEVELS:
Discover the simple and effective tests available to measure your Lp(a) levels. Learn why these tests are essential even if your other cholesterol levels appear normal.
3. CURRENT TREATMENT OPTIONS:
Explore the latest advancements in MEDICATIONS, such as PCSK9 inhibitors, designed to lower Lp(a) levels. Understand the role of DIETARY CHANGES, EXERCISE, and other lifestyle modifications in managing elevated Lp(a).
4. EXPERT TIPS FOR HEART HEALTH:
Get actionable advice on how to protect your cardiovascular health, including practical WELLNESS TIPS and insights into reducing your overall heart disease risk.
WHO SHOULD WATCH THIS VIDEO?
This video is perfect for anyone wanting to deepen their understanding of HEART DISEASE PREVENTION, whether you're actively managing your cardiovascular health, looking to educate yourself about potential risk factors, or supporting a loved one.
WHY IS THIS TOPIC IMPORTANT?
Research shows that up to 1 IN 5 PEOPLE worldwide may have elevated LIPOPROTEIN(a) levels, making it a significant yet under-recognized risk factor for CARDIOVASCULAR DISEASE. By understanding Lp(a), you can take proactive steps to safeguard your health and reduce your long-term risk.
KEY TAKEAWAYS:
What is LIPOPROTEIN(a) and why it matters.
The link between Lp(a) and HEART ATTACK, STROKE, and other cardiovascular conditions.
The best ways to test for Lp(a) and interpret your results.
Science-backed strategies to manage Lp(a) through DIET, EXERCISE, and INNOVATIVE TREATMENTS.
Don’t miss out on this opportunity to empower yourself with knowledge about your heart health.
WATCH NOW and take the first step toward a healthier future. Be sure to LIKE, COMMENT, and SUBSCRIBE for more in-depth health and wellness content!
#LipoproteinA #CardiovascularHealth #HeartDiseasePrevention #CholesterolManagement #WellnessEducation
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Fantastic presentation. Every physician who treats cholesterol will find this video very beneficial.
Beautifully explained. I am starting the test in my lab soon. Thanks
Excellent content on a very important genetic risk factor that fly's under the radar.
I'd add that until we have the genetic therapeutics available it's important to minimize all other CVD risk factors, including reducing ApoB.
PCSK9 inhibitors are very effective at reducing ApoB and they also reduce Lp(a) by 20-30%.
Another risk from elevated Lp(a) is thromboembolic events. There is some data supporting baby aspirin for high Lp(a). However, this should be discussed with one's doctor due to the increased risk of bleeding from aspirin therapy.
One more point, everyone should get their LP(a) tested once. It's a very inexpensive test at only $20-$30 through direct labs such as Ulta Labs. Your PCP will likely add it to your lipid panel on an annual checkup too, if asked.
Dr K. Please comment, there are those that say LDL’s are not the problem. It’s the VLDL that get converted to Small LDL’s that are the problem. They are able to gain access to the artery lining and cause atherosclerosis plaque. Does your labeling’A’ and ‘B’ also follow this small LDL explanation?
Exactly! VLDL's are the particles that come out of the liver and transport triglycerides and cholesterol esters to the periphery. Once the triglycerides are distributed, the particle becomes IDL and LDL, both of which have a higher relative cholesterol concentration. The smaller, denser LDL particles seem to lodge in the walls of the arteries causing atherosclerotic disease which may be related to the absolute ratio of triglycerides to cholesterol in the original VLDL particle (higher the original triglyceride content, the smaller and denser the LDL particle)
I'm going to cover all this in my part 2 video on lipid labs coming up in a few months. Great comment!! 😎
So hdl and ldl aren't cholesterol, why keep calling thrm good and bad cholesterol?
Awesome question! it’s a little deceiving. Cholesterol is cholesterol. On your laboratory report, you’ll notice that HDL is labeled HDL with a little c an LDL, LDL with a little c. That means this cholesterol is associated with each of those particles.
The problem is that number can be deceptive. What’s more important is the number of LDL and HDL particles. That’s why we’re getting away from reporting just cholesterol, HDL and LDL and now moving more towards measuring apoA1 and apoB which are actual markers for both HDL and LDL particles, respectively.
I do intend to include this in my part two lecture on lipid labs. 🤛🏼
@@DoctorKlioze thanks