How much water should I add to a 10 mg retatrutide vial?

A common research convention is 1–3 mL of USP bacteriostatic water per 10 mg vial. The calculator accepts any volume and returns the resulting concentration and units per dose.

Why does the calculator show units, not mL?

Most research protocols are drawn with U-100 insulin syringes, where 1 unit = 0.01 mL. Units are the finer, more convenient scale for µg-level doses — 50 units is only 0.5 mL.

Is the titration schedule a dosing recommendation?

No. It is a reference arithmetic table for planning research protocols and is included for transparency. Vyroval does not provide dosing guidance of any kind.

10mg vial reconstitution & dosing

Laboratory Tools

Retatrutide Calculator in the vial.

Reconstitution and dose math for retatrutide 10mg research vials — water volume, concentration, and syringe units.

10 mg vial, exact units.

Retatrutide is supplied lyophilized in 10 mg vials. Add bacteriostatic water and read off the exact U-100 syringe units for any target dose, with a reference titration schedule for research planning.

Concentration

— µg/mL

Per 1 unit

— µg

Draw per dose

— units(—)

Doses per vial

—

Vials / week

—

Reference titration schedule

Phase	Dose	Units at current water
Week 1 (start)	2,000 µg	—
Week 5	4,000 µg	—
Week 9	6,000 µg	—
Week 13	8,000 µg	—

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How it works

The math behind the tool

Concentration

10,000 µg ÷ water (mL) = µg/mL

A 10 mg retatrutide vial contains 10,000 µg. With 2 mL of bacteriostatic water that is5,000 µg/mL — each 0.01 mL unit on a U-100 syringe holds 50 µg.

Reference kinetics

reported half-life ≈ 6 days (triple-agonist profile)

Retatrutide activates GIP, GLP-1 and glucagon receptors. Its reference half-life drives the titration spacing in published research protocols — used here only as arithmetic context.

Arithmetic only — for laboratory research use, not medical advice. Verify concentrations against the Certificate of Analysis shipped with each batch.

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