TruCore field tools

Vial Math + planning

Reconstitution + Injection & Medication Care →

The TruCore Wellness app

Protocol Tracking

Keep a personal log of protocols, vials and how your research is going—all in one place.

18+ · Research and education only

Open Protocol Tracking

Field tool 02

Vial Math

Enter the exact numbers from the vial label and the amount and schedule supplied by a qualified professional. The guide translates mass, liquid volume and U-100 syringe marks—then estimates full injections and time supplied.

Inventory math, not a dose recommendation.This tool never chooses an amount, mixing liquid, schedule or discard date for you. “Units” below are U-100 syringe volume marks: 100 units = 1 mL.

What the label says

Build the vial

Peptide to chooseType any name or select a match. Enter every ingredient strength from your vial label.

Peptides in vialSingle peptide

Use the exact names and strengths on the label. Up to four peptides.

PeptideAmount in vial

Dose refers toFor a blend, a total dose is split by each ingredient’s share of the vial. An ingredient target also draws the other ingredients in that same ratio. Changing this choice clears the dose.

Bacteriostatic water added (when directed)

Total peptide dose per injection (mg)

Enter the amount for one dose. Example: 2 mg = 2,000 mcg.Planned injections each week

× / week

U-100 syringe capacity

Label checkpointChoose an exact catalog entry to see its regulatory context.

Vial strength, diluent, concentration, syringe and discard date are product-specific. Confirm every source value on the actual label or with the dispensing professional before using the arithmetic.

What the arithmetic says

Read the vial

Enter positive label values to see the result.

Every listed ingredient needs a positive amount. Complete or remove unused rows. Water, dose and weekly frequency must also be positive, finite values.

Research profile companion ·

Context for the subject above.

The calculator stays first. Use these tabs when you want the supplied educational notes, research themes, study context, and source limits.

No supplemental Markdown profile is attached to this entry yet.

The evidence level, regulatory status, cautions, and source links remain available in the field-guide card. Vial Math still works from the exact values you enter.

Important: This estimate assumes an evenly mixed solution and no transfer or dead-space loss. The label or pharmacy discard date can make the usable time shorter even when liquid remains. Never extend use because the calculator shows remaining inventory.

FDA: mg, mL and “units” dosing errors ↗FDA-approved tesamorelin label ↗

TCW quick references

The conversion, at a glance.

mg → mL → U-100 markings

A companion to Vial Math. Arithmetic, not a dose recommendation.

Read + download →

Experimental field tool

A cycle is more than
one vial calculation.

Build the exact vial first, then add the phases you were given. The planner keeps the blend ratio intact while totaling draw volume, ingredient exposure and theoretical vial demand across the complete timeline.

Source values

Build the plan

Plan name

VIAL CONTENTSSingle peptide

Use the exact names and strengths on the label.

PeptideAmount in vial

Bacteriostatic water added (only if directed)

Phase doses refer toEach phase uses this basis. Changing it clears all phase doses; other ingredients follow the vial ratio.U-100 syringe capacity

USER-ENTERED TIMELINEAdd each distinct phase

Nothing here is a suggested dose or cadence.

01Phase nameWeeksUses / weekTotal blend / peptide / use

SOURCE + SAFETY CHECKPOINTKLOW is a composition preset, not a protocol.

The supplied reference describes the 50:10:10:10 blend, but no phase targets, cadence or liquid volume are imported. Confirm the actual vial label and qualified instructions.

Provided KLOW reference ↗FDA: mg, mL and “units” errors ↗

TCW quick references

Before you set the calendar.

Timing starts with a plan

Use the planner to record an agreed schedule.

Read + download →

Field tool 07

Compare two
research scenarios.

Enter two hypothetical amounts and schedules. The reference compares weekly exposure, total material across a chosen horizon, complete administrations per vial and theoretical vial demand.

You choose X and Y.This page compares values entered by the researcher. It does not select a starting amount, target amount, escalation schedule, administration route or suitability for any subject.

Set the reference frame

Define the comparison

Peptide / research subject

Total amount in one vial (all ingredients)

Comparison horizon

weeks

Blend amounts here always mean the combined mass of all ingredients, both in the vial and per administration. For a specific ingredient target, use Vial Math.

Scenario XTotal blend / peptide per administration

Administrations each week

× / week

Scenario YTotal blend / peptide per administration

Administrations each week

× / week

Mass-based supply includes fractional doses. Complete administrations are shown separately; no discard-date or transfer losses are included.

Catalog checkpoint

Read the difference

X versus Y

Enter positive values for both scenarios.

The comparison stays blank until the vial amount, horizon, amount and frequency are known for X and Y.

When the scenario is chosen

Carry the known amount into Vial Math.

Dosage Reference compares mass and cadence. Vial Math handles concentration, liquid volume, U-100 marks and time supplied from the exact label values.

Open Vial Math →

Protocol Tracking

Vial Math

Build the vial

Read the vial

Context for the subject above.

mg → mL → U-100 markings

A cycle is more thanone vial calculation.

Timing starts with a plan

Compare tworesearch scenarios.

Define the comparison

X versus Y

Carry the known amount into Vial Math.

A cycle is more than
one vial calculation.

Compare two
research scenarios.