Pay in 4 interest-free payments of $6.75 Learn more
Ships within 48 hours · Estimated delivery Aug 1 - Aug 6
tuy nhin hiu qu xut hin t t v cn thi gian duy tr
Anlises transcriptmicas indicam ampla influncia sobre genes associados inflamao, reparo e manuteno celular
Some studies suggest that supplementing with L-Carnitine improves cardiovascular function, reduces the risk of heart disease, and lowers cholesterol levels
It has been used to treat some nutrition based disease such as dementia, rheumatoid arthritis and exerts neuronal protection by promoting regeneration to injured nerves
Mechanistic Research Overview (AuditSafe) Gene Expression & Transcriptional Modulation Referenced in studies examining ECMrelated gene networks Used in mapping transcriptionalcascade and regulatory activity Supports modeling of copperdependent signaling pathways Extracellular Matrix & Structural Remodeling Applied in research involving collagenassociated markers Supports fibroblastactivity and ECMorganization studies Used in multipathway tissueremodeling research models Oxidative Stress & Cellular Resilience Examined in oxidativestress and adaptation assays Supports investigations into cellularrepair signaling Used in comparative studies versus nonmetalbinding peptides Molecular & Chemical Characteristics Type: Copperbinding tripeptide (GHKCu) Form: Lyophilized powder Fill Size: 50 mg Origin: Naturally occurring peptide sequence Identity Verification: Mass Spectrometry (MS) Purity Analysis: HPLC / UPLC Structural & Biochemical Notes Demonstrates strong affinity for Cu ions Predictable behavior in peptidemetal interaction studies Sensitive to oxidation and hydrolysis following reconstitution if improperly handled Research Focus Areas GHKCu is commonly referenced in laboratory research involving: Geneexpression and transcriptionalcascade modeling ECM remodeling and fibroblastactivity studies Oxidativestress and inflammatorymarker assays Copperbinding and metaltransport investigations Cellularrepair and structuralremodeling environments Multipathway regenerativesignaling research Its broad mechanistic profile supports controlled, pathwayspecific research workflows in regulated laboratory environments
