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Cartalax Peptide Protocol & Dosing

Updated 2mo ago 5 min read 145+ helpful Calculator
Validity Score

Validity Score

18 Speculative
Evidence 41
Community 35
Completeness 71
Actionability 80
Coverage 80
Penalty -34

This score combines formal evidence, page completeness, calculator readiness, and community convergence.

What it is

Cartalax is a Khavinson-class bioregulator discussed in Russian cartilage and joint research. Human protocol data outside that literature are limited.

Evidence boundary

Regional bioregulator literature with limited independent replication. Do not present a fixed human schedule as established fact.

Preparation and measurement

Reconstitution: 20 mg vial + 3 mL BAC = 6.67 mg/mL.

Concentration matches.

Reference schedule

Reference schedule
PhaseDoseDraw / measureFrequencyWeekly total
Cycle500 mcg7.5 U (0.075 mL)Daily during cycle3.5 mg/week

Cycle

Dose
500 mcg
Draw / measure
7.5 U (0.075 mL)
Frequency
Daily during cycle
Weekly total
3.5 mg/week

Weekly totals apply only during the active phase.

Titration rules

  • Standard cycle: Daily dose during 10–20 day active phase, 5–6 month break.

  • Joint symptom notes in the source literature

  • Injection-site reactions

Practical rules

  • Do not merge it with generic joint-recovery stacks.
  • Rotate sites.
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Dosing Calculator

10 mg + 2 mL BAC · week 1 500 mcg
LIVE CALCULATIONvolume / concentration / draw
RP–CALC–01
DRAW AMOUNT10 units0.1 mL · U-100
Draw 10 units, equivalent to 0.1 milliliters.
Concentration5 mg/mL
Selected dose0.5 mg (500 mcg) = 10 units
Enter a desired amount in milligrams or micrograms.
05 Standard amounts
1–10 mg · 0.5 mg steps
06 Suggested doses Select a row
1 unit = 0.01 mL on a U-100 syringe. Values retain decimal precision; visual marks are not silently snapped.
07 cycle summary

Vials required for Cycle

Estimate how much material you need for a full cycle, including cycle length and the number of cycles you plan to run.

Cycle total —
Total required vials —
Total reconstitution —
Total BAC water —
08 projected levels

How the draws stack up

A first-order model of depot absorption and elimination, run on the draws and cadence above. Pick the half-life from whatever your own source documents — this page does not assume one per compound. A planning sketch — not a prediction for any compound or any individual.

Half-life

Modelled level across the cycle. Each spike is one draw.

Accumulation—steady state vs one draw
Peak-to-trough—inside one interval
Steady state—about 4 half-lives
Draws modelled—at this cadence
Vial yieldat the selected amount
Draws per vial—
Lasts—
Volume used—
Limiting factor—
Water matrixsame vial, same amount
WaterStrengthDraw
0.5 mL——
1 mL——
2 mL——
3 mL——
5 mL——

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