Discover and read the best of Twitter Threads about #LLT
Most recents (3)
1a) Welcome to a live-tweeted, #accredited #tweetorial from @nationallipid #NLA23 in #Atlanta on advances in #hyperlipidemia management #LLT. Our expert returning faculty is Pam R. Taub, MD @PamTaubMD #cardiologist from @UCSDHealth 
1b) Dr. Taub is a clinician/scientist and is a frequent contributor to our #accredited programs. She is the founding director of the Step Family Foundation Cardiac Rehabilitation and Wellness Center at #UCSD.
#FOAMed #cardiotwitter @MedTweetorials #MedEd #lipids
#FOAMed #cardiotwitter @MedTweetorials #MedEd #lipids
2) This program is supported by an educational grant from Esperion Therapeutics & is intended for #HCPs. Statement of accreditation & faculty disclosures at cardiometabolic-ce.com/disclosures/. Earn 0.75 hr 🆓CE/#CME by following this 🧵!
Join us tomorrow for the launch of a new #accredited #tweetorial on the primary care management of #hyperlipidemia covering the relationship between #LDL_C & major #CV events, CV risk categories, recommended LDL-C treatment goals, & oral therapeutic options for lipid-lowering
1) Welcome to a new #tweetorial on the primary care management of #hyperlipidemia. Our returning @cardiomet_CE expert author is dedicated #SoMe education advocate Kevin Fernando, FRCGP FRCP Edin, FAcadMEd MSc Diabetes @drkevinfernando
2a) This is the next instalment of @cardiomet_CE's 10-part #tweetorial foundational series on #lipid management! It is accredited for #CME/CE and intended for #physicians #physicianassociates #nurses #nursepractitioners #pharmacists.
#FOAMed @MedTweetorials #cardiotwitter
#FOAMed @MedTweetorials #cardiotwitter
9) Many risk factors modulate the propensity of LDL-C to traverse the endothelium and enter the arterial intima. See 🔓academic.oup.com/eurheartj/arti….
10) It now appears that the passage of #LDL into the #intima is not a merely passive process whereby the concentration in blood & the permeability of the endothelium determine LDL accumulation.
11) It’s #Transcytosis (an active process), through a vesicular pathway involving #caveolae, scavenger receptors (#SRB1) and activin like receptor kinase 1 (#ALK1). Hence for a given blood level of LDL-C the amount of atherosclerosis is variable.
