At Peptide Crafters, we conduct in-depth studies to support research on the stability and behavior of lyophilized compounds. Our investigations focus on key factors such as the impact of light and temperature on structural integrity, degradation under specific environmental conditions, and long-term stability over time. By analyzing these critical variables, we provide valuable insights that help researchers optimize formulation, storage, and application strategies for enhanced reliability and effectiveness. As we continue to explore new use cases, we will share our findings, including HPLC lab validations and other analytical data, to support transparency and further scientific advancement.
MOTS-c Degradation Post-Reconstitution
Study Status: Completed
Investigating the stability of MOTS-c to determine if it degrades more rapidly than other peptides after reconstitution. The experiment will measure degradation at baseline, and after 7, 14, and 30 days.
BPC-157 Stability Over Three Months Across Three Storage Conditions: Room Temperature, Refrigerator, and Freezer
Study Status: In Progress
This study examines the stability of BPC-157 over three months under different storage conditions: room temperature, refrigeration, and freezing. By analyzing its degradation over time, the research aims to determine the optimal storage method to preserve its integrity and effectiveness.
Post-Reconstitution Degradation of GLP-1
Study Status: Completed
This study evaluates the degradation of GLP-1 after reconstitution, measuring its stability over time. Samples will be analyzed at baseline, 30 days, 45 days and 60 days to assess the rate and extent of degradation.