The retatrutide titration ladder, explained.
The 0.25 → 12 mg ladder we publish on every COA — what each step is doing, why side effects cluster at week 4, and when to hold.
How retatrutide simultaneously activates GLP-1, GIP, and glucagon receptors — and why that triad does in 36 weeks what mono-agonists need 68 weeks to achieve. With pathway diagrams, receptor-binding kinetics, and the four trial signals that surprised everyone.
The 0.25 → 12 mg ladder we publish on every COA — what each step is doing, why side effects cluster at week 4, and when to hold.
A line-by-line read of the Phase 2 retatrutide trial — outcomes, dropouts, what the press release omitted, and which signals don't replicate yet.
147 articles total. Filter by category above. Every piece is byline-credited and CSO-reviewed before publish.
Retatrutide engages three receptors at once. The interactions matter — here's what the pharmacology actually says.
Why we publish 0.25→12 mg — and not the 1.0 mg start that some clinics push. What's happening at each step.
A careful read of the Phase 2 retatrutide trial: outcomes, dropouts, and what the press release left out.
The pairing is popular and mostly fine. But three contraindications come up often enough to be worth naming explicitly.
One percentage point on a label isn't marketing — it's an order-of-magnitude difference in residual impurity load. Here's the math.
Real protocols, real logs, real side-effect timelines. We pulled their writeups, scrubbed identifiers, and asked: what holds across the cohort?
The GIP receptor was the surprise. We walk through what it adds to the GLP-1 picture, and where the data are still messy.
Why pulsed dosing matters more here than for any other peptide we sell. Three patterns patients actually use.
Tirzepatide and semaglutide ran their flagship Phase 3s under similar conditions. We pulled the matched outcomes side-by-side.
A standing column. Every Monday our research team reads the new pre-prints and Phase 1/2/3 readouts in our space, summarizes them, and rates how much weight to put on each one. Verdicts: holds — replicates and methods are sound; mixed — interesting but watch the confounds; weak — don't change protocol on this yet.
−42% liver-fat fraction at 48 weeks vs −18% with semaglutide-equivalent. Powered, MRI-PDFF measured.
Holds D-2604-07Functional benefit clear; combo arm vs BPC-only didn't separate. Doxy was probably noise.
Mixed D-2604-0617% relative MACE reduction vs glargine. Pre-print but methodology checks out.
Holds D-2604-05Effect direction OK but n is small, blinding fragile, and the assay vendor changed mid-study. Don't move on this.
Weak D-2604-04Closure-rate hazard ratio 1.34 (CI 1.08–1.66). Replicates earlier work — comfortable signal.
HoldsSeries we publish on a schedule. New entries land on a fixed cadence — our patients know when to look for them, and the index keeps every episode threaded.
Every Monday, three to five new papers in our space, summarized, rated, and indexed. 47 issues archived.
De-identified protocol logs from our verified-customer cohort, aggregated into one readout per quarter. 14 reports archived.
What our chemists ran into this month — failed lots, weird HPLC traces, equipment service stories. The unvarnished version.
Titration, pulsing, taper, layering — one canonical protocol per peptide, updated as evidence drifts. 14 protocols, all signed.
One article per molecule pair, going through the comparison row-by-row instead of letting the table speak alone.
What our verified-researcher community is reporting in real time — wired to our protocol-thread system. Updated hourly.
One email each Monday: the studies we read, the protocols we updated, the lots we released. 9-minute read average. No marketing, no upsells, unsubscribe in one click.
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