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Dashboard Tools Database

Multi-Vial Dashboard

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About the Multi-Vial Dashboard

The Multi-Vial Dashboard allows you to track multiple reconstituted peptide vials simultaneously. Perfect for researchers and biohackers managing multiple compounds with different reconstitution dates.

Features

  • Real-time Potency Tracking: Automatic calculation for each vial based on storage conditions
  • Color-Coded Status: Visual indicators for potency levels (Excellent, Good, Warning, Critical)
  • Custom Nicknames: Label vials for easy identification (e.g., "Blue Cap Vial")
  • Notes & Context: Add custom notes to each vial for tracking observations
  • Persistent Storage: Data saved locally in your browser using localStorage
  • Flexible Views: Switch between grid and list views for optimal viewing
  • Smart Sorting: Sort by potency, date, or peptide name

How It Works

Each vial card displays the current potency percentage based on:

  • The peptide type and its stability characteristics
  • Days since reconstitution
  • Storage temperature (Freezer, Fridge, or Room Temperature)
  • Solvent used (BAC Water or Saline)

Privacy

All vial data is stored locally in your browser using localStorage. No data is sent to our servers. Your tracking information remains completely private. You can clear your data at any time by removing vials individually or clearing your browser's localStorage.

Tips for Best Results

  • Add vials immediately after reconstitution for accurate tracking
  • Use nicknames to distinguish between multiple vials of the same peptide
  • Add notes about observations (e.g., color changes, clarity issues)
  • Check the dashboard regularly to monitor potency decay
  • Remove vials once they're depleted or discarded

Calculation Methodology

Potency decay is calculated using a first-order discrete exponential model: P(t) = 100 × (1 − r)t, where r is the peptide-specific daily decay rate and t is days since reconstitution. This is the standard pharmaceutical stability model per ICH Q1A(R2).

When saline or sterile water is selected, a 1.5× decay multiplier is applied [Model Estimate — PeptideClock]. BAC water contains 0.9% benzyl alcohol as a bacteriostatic preservative (per DailyMed), reducing microbial growth risk in multi-dose vials. Saline lacks this preservative. No direct peer-reviewed peptide-specific assay of this ratio exists; 1.5× is a conservative internal calibration.

Evidence Basis