Peptidwerk · Knowledge
Scientific.
Documented.
Background information on research peptides, analytical methods
and scientific documentation – for everyone who wants to understand
how quality is tested and categorized.
Scientific.
Quality & Documentation
Analytics clearly explained.
Fundamentals of CoAs, purity values, and the most important
analytical methods.
Documentation
What is a Certificate of Analysis?
What a CoA contains, how to read it, and why the
batch-specific assignment is crucial.
Analytics
HPLC analysis clearly explained
How High Performance Liquid Chromatography works,
what is measured, and how to interpret purity values.
Analytics
Purity vs. Potency
Why a high purity value does not automatically mean the same
as biological activity or absolute active substance amount.
Peptide Fundamentals
Fundamentals compactly categorized.
Terms, processes, and handling regarding lyophilized
research peptides.
Basics
What are Research Peptides?
Definition, regulatory context, and areas of application
of research peptides in scientific models.
Basics
What does lyophilized mean?
How freeze-drying works and why it is relevant for
stability and shelf life.
Handling
Storage and Reconstitution
Scientific fundamentals regarding temperature, solvents
and stability of lyophilized peptides.
Research context
Individual peptides at a glance.
Structure, properties, and scientific context
of selected research peptides.
Peptide profile
BPC-157 – Structure and Research Status
Molecular properties, research history, and
documented observations from preclinical models.
Peptide profile
GHK-Cu – the copper tripeptide
Coordination chemistry, stability, and scientifically
investigated signaling pathways in cell and tissue models.
Peptide profile
TB-500 vs. Thymosin Beta-4
Molecular differences, commonalities, and
scientific classification of both designations.
Documentation
Knowledge creates trust.
All content is for scientific information purposes.
It does not replace medical advice or independent
professional evaluation.