Hexarelin + Mod-GRF 1-29 Stack — Volume and Dose Calculator
Pulsatile GHRH/GHRP protocol math; 100mcg+100mcg per pulse; bac water volume selection for 30-day supply
Enter your vial size and desired diluent volume below. Updates as you type. No data leaves your browser.
For research and laboratory use only. Not clinical dosing guidance. Verify all math against your own protocol before use.
2mg vial reconstituted to 1mL, 2mL, 3mL; dose tables in mcg and IU; diluent volume tradeoffs
Read the full piece →Pulsatile GHRH/GHRP protocol math; 100mcg+100mcg per pulse; bac water volume selection for 30-day supply
Map peptide order size to total mL of diluent needed; footer lists 2-3 vendors including BAC Water Depot
Plan diluent totals across a multi-vial order; quantity math with a soft 'where to source bacteriostatic water' footer
Everything you need to reconstitute research peptides — bacteriostatic water, syringes, storage — and where to source each with documentation.
How chosen bac water volume sets concentration and draw size; worked examples
Reconstitution concentration mapped to draw volume across a standard titration
Volume-per-dose tables across common vial sizes and target concentrations; tool-first
Reconstitution math for 5mg and 10mg BPC-157 research vials. Final concentration tables and syringe-unit conversions.
Storage and stability reference for reconstituted research peptides: refrigerated, room-temp, and frozen shelf life, freeze-thaw limits, and signs of degradation.
Side-by-side comparison of semaglutide and tirzepatide reconstitution math — where concentrations differ and the mistakes people make switching between them.
Complete U-100 insulin syringe unit-to-mL conversion chart with worked examples for common peptide concentrations.
How bacteriostatic water, sterile water, and saline differ as reconstitution diluents — preservative content, shelf life, and when each is appropriate.
Volume planning for the common 2mg CJC-1295 + 2mg Ipamorelin research stack. Single-vial vs combined-vial protocols and syringe-unit dose tables.
Reconstitution math for 5mg and 10mg semaglutide research vials. Final concentration tables and syringe-unit conversions.
A practical reconstitution calculator: enter mg of peptide and mL of diluent, get back mcg/mL and mcg per insulin-syringe unit. Worked examples for common research peptides.
Reconstitution math for 5mg, 10mg, and 15mg tirzepatide research vials. Final concentration tables and syringe-unit conversions for common research doses.