The mean dissolution time (MDT) is the sum of different periods of time the drug molecules stay in the matrix before release, divided by the total number of molecules, and is optionally calculated by: MDT=nk 1/n /n+ 1 For example, a linear relationship between the mean dissolution time (MDT) of a formulation or device and the concentration of the gelling agent (e.g., poloxamer) indicates that the active agent is released due to the erosion of the polymer gel (e.g., poloxamer) and not via diffusion
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Meat Sci
Baseline bloodwork before starting: Total and free testosterone LH, FSH Estradiol Thyroid panel (TSH, T3, T4) Lipids (cholesterol panel) Liver enzymes Kidney function IGF-1 (if using GH peptides) Glucose and HbA1c Follow-up testing: 6-8 weeks after starting Every 3-4 months during use Track changes and adjust protocols accordingly Why it matters: Verify peptides are working (testosterone increasing, IGF-1 rising, etc.) Catch any issues early (rare but possible) Optimize dosing based on response Have objective data, not just subjective feelings Storage and handling Peptides are sensitive to heat, light, and air
The photographer even commented on how my skin photographed
