Knowledge Center
Chain of custody explained in peptide analysis
Chain of custody is the documented path of a sample from selection to laboratory report. Key components are: product name; batch number; sample ID; sample selection; packaging; sealing; shipping; receipt;...
Chain of custody explained in peptide analysis
Chain of custody is the documented path of a sample from selection to laboratory report. Key components are: product name; batch number; sample ID; sample selection; packaging; sealing; shipping; receipt;...
Peptide reference standards explained
A peptide reference standard is a well-characterized material used as a basis for analytical comparison. Reference standards can be applied for: identification; HPLC comparison; calibration; peptide assay; quantification; method validation;...
Peptide reference standards explained
A peptide reference standard is a well-characterized material used as a basis for analytical comparison. Reference standards can be applied for: identification; HPLC comparison; calibration; peptide assay; quantification; method validation;...
Amino acid analysis in peptides explained
Amino acid analysis examines the composition and quantity of amino acids in a peptide. In classical analysis, the peptide chain is first broken down by hydrolysis. Afterwards, the amino acids...
Amino acid analysis in peptides explained
Amino acid analysis examines the composition and quantity of amino acids in a peptide. In classical analysis, the peptide chain is first broken down by hydrolysis. Afterwards, the amino acids...
Metabolic Research Protocol | Scientific Analys...
The PXR-401 Metabolic Research Protocol combines four peptides, each investigating a different level of metabolic regulation: Retatrutide: incretin and energy metabolism. Tesamorelin: GH/IGF-1 regulation and body composition. MOTS-c: mitochondrial energy...
Metabolic Research Protocol | Scientific Analys...
The PXR-401 Metabolic Research Protocol combines four peptides, each investigating a different level of metabolic regulation: Retatrutide: incretin and energy metabolism. Tesamorelin: GH/IGF-1 regulation and body composition. MOTS-c: mitochondrial energy...
Khavinson Bioregulators | The Science Behind Pe...
Khavinson bioregulators represent an interesting research area within modern biogerontology. The focus is on a fundamental aspect of health: the communication and regulation of cells. Through research on peptides, scientists...
Khavinson Bioregulators | The Science Behind Pe...
Khavinson bioregulators represent an interesting research area within modern biogerontology. The focus is on a fundamental aspect of health: the communication and regulation of cells. Through research on peptides, scientists...
Mitochondrial fusion and fission: function and ...
Mitochondrial fusion and fission are central components of mitochondrial dynamics. MFN1, MFN2, and OPA1 support fusion. DRP1 and various membrane receptors regulate fission. Fusion enables exchange and network formation, while...
Mitochondrial fusion and fission: function and ...
Mitochondrial fusion and fission are central components of mitochondrial dynamics. MFN1, MFN2, and OPA1 support fusion. DRP1 and various membrane receptors regulate fission. Fusion enables exchange and network formation, while...