Lupus involves autoantibody production, complement activation, and immune complex deposition, pathways that are not directly targeted by GLP-1 or GIP receptor activation
In the liver, defects in L-carnitine or -oxidation induce fat deposit and decrease ketone production, which is an alternative source of energy (instead of glucose) for the heart, skeletal muscles, and brain
It travels through your system, hunting for free radicals
And if you do you should take a look at the symptoms of Vitamin B12 deficiency so you know if supplementing is a good idea or not
Biased Agonism: Does It Work?# The Evidence So Far# Two drugs in this comparison -- ecnoglutide and CT-388 -- were specifically engineered with biased agonism to improve tolerability: Ecnoglutide (cAMP-biased at GLP-1R): Discontinuation due to AEs: approximately 2%, among the lowest reported for any GLP-1 agonist Weight loss of 13.2% at 40 weeks is competitive with semaglutide-class efficacy The tolerability-to-efficacy ratio appears favorable CT-388 (signal-biased at both GLP-1R and GIPR): Despite very high Phase 1b GI rates during titration (83% nausea), Phase 2 showed only 5.9% AE discontinuation Weight loss of 22.5% at 48 weeks is among the highest in the field The tolerability-to-efficacy ratio is notable: comparable weight loss to tirzepatide with a lower discontinuation rate What the Data Suggest# The biased agonism hypothesis appears to be supported by early clinical data, though with important caveats: Biased agonists do not eliminate GI side effects -- they may reduce their severity and duration The key metric is discontinuation, not incidence -- a drug with high nausea rates but low discontinuation may indicate transient, manageable symptoms Longer and larger trials are needed -- both ecnoglutide and CT-388 have limited Phase 3 data available Patterns and Insights# More Receptors, More Side Effects# A general pattern emerges: adding receptor targets increases both efficacy and GI side effect burden
