How does the Reconstitution Calculator work?

You set the vial dose, the volume of bacteriostatic water you add, and the dose you want to draw. The calculator returns the exact volume to draw, the IU mark on a U-100 insulin syringe, the resulting concentration, and how many doses the vial yields.

Can the Cycle Planner handle multiple compounds at once?

Yes. Add as many compounds as you need; each runs in parallel against the same calendar. Each compound holds one or more phases with independent doses and frequencies.

Are the shelf-life estimates guaranteed?

No. The Shelf Life Estimator returns typical stability ranges for each compound in each state and storage condition. Your specific lot may behave differently — always cross-reference against your per-lot Certificate of Analysis.

Research use only · figures are math, not dosing

Kinotype calculators.

Reconstitution math, cycle planning, and shelf-life estimates — all in one place.

Reconstitution

iVial dose, BAC water, desired dose → concentration, volume, IU mark, doses per vial.

Unit

Vial dose

Bacteriostatic water

Desired dose

Result

Volume to draw —

Syringe mark —

Concentration —

Doses per vial —

conc = vial-mg ÷ mL · vol = dose ÷ conc · IU = vol × 100 (U-100 insulin syringe)

Compounds

Timeline

iVisualization assumes a consistent weekly schedule per phase. Real protocols vary.

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Consumption

Cycle stats

!Stats are math, not advice. Cost uses list prices; bulk pricing may differ.

Per-compound totals

Compound	Active weeks	Injections	Total dose	Vials	Cost
Grand total	—	—	—	—	—

Summary

Cycle duration

— wks

Total vials

—

Estimated cost

—

Shelf Life

iEstimate stability by compound, state, and storage temperature. Estimates are typical ranges, not guarantees.

Compound

State

Storage

Stability

Estimated life —

Rating —

Percent stable —

—