The Encore collection
Explore all 24 materials, from AHK-Cu to Wolverine Stack. Open a product to review its identity, listed formats, prices, and documentation.
Document labels describe report availability, not independently established inventory specifications. A released report may cover only some listed formats; review its scope and outstanding questions.
24 of 24 materials · A–Z
RESEARCH USE ONLYIdentifier under review · 49557-75-7
Hair-follicle biology gives AHK-Cu its distinctive focus. This copper peptide has been studied in isolated human follicles and cultured cells involved in follicle development. A specific scientific story for those interested in the cellular foundations of hair biology.
Report not on file
RESEARCH USE ONLYCAS · 221231-10-3
A small fragment opens a distinct angle on fat-metabolism research. AOD-9604 is a 16-amino-acid design modeled on part of growth hormone. Studies in mice examine this fragment-based molecule and lipid metabolism, giving researchers a focused question to explore separately from the full hormone.
Report review pending
RESEARCH USE ONLYCAS · 7732-18-5
BAC Water, in a compact 10 mL bottle. Find this accessory alongside the Encore research catalog, with its listed presentation and available product information in one place.
Report not on file
RESEARCH USE ONLYIdentity · Peptide mixture
A peptide mixture with molecular diversity at its core. Published analysis of a Cerebrolysin sample identified hundreds of peptide sequences. That variety is what makes it scientifically interesting: discovering the components within a complex mixture and the differences between them.
Report not on file
RESEARCH USE ONLYCAS · 863288-34-0 / 170851-70-4
Hormone-release research has more than one starting point. This pairing brings together CJC-1295, studied through the GHRH pathway, and Ipamorelin, investigated through a different receptor pathway. Two components with distinct scientific backgrounds for a closer look at how hormone-release signals begin.
Report review pending
RESEARCH USE ONLYCAS · 62568-57-4
Brain waves give DSIP its distinctive research story. This nine-amino-acid peptide was characterized in rabbit experiments examining slow-wave electrical activity. It offers a connection between peptide chemistry and the study of sleep-related brain patterns in experimental models.
Report review pending
RESEARCH USE ONLYCAS · 307297-39-8
Four amino acids, with gene activity as the central question. Epithalon, also known as Epitalon or AEDG, has been studied in cell cultures for changes in gene expression and cell specialization. Its appeal lies in the contrast between a short peptide and the complex cellular programs under investigation.
Report not on file
RESEARCH USE ONLYCAS · 89030-95-5
Discover the connection between copper peptides and the structures surrounding cells. GHK-Cu combines three amino acids with copper, and cell-culture studies examine its relationship with collagen production. A compact molecule with a clear research theme: the framework cells build around themselves.
Supplier-provided laboratory report
RESEARCH USE ONLYCAS · 70-18-8
Cellular balance has a chemical side. Glutathione draws scientific interest through the exchange between its reduced and oxidized forms. This three-amino-acid molecule offers a direct way into redox biology: the movement of electrons that links many cellular reactions.
Supplier-provided laboratory report
RESEARCH USE ONLYCAS · 946870-92-4
A change in sequence opens a new question about growth-factor signaling. IGF1-LR3 has an extended chain and a specific amino-acid substitution. Research on these analogues explores how molecular design changes interactions with binding proteins, making structure central to its scientific appeal.
Report review pending
RESEARCH USE ONLYCAS · 374675-21-5
Different peptide lengths. A common receptor to investigate. Kisspeptin is a family of peptides studied for their interaction with GPR54. Its variety opens an appealing question: how can different molecular forms connect with the same signaling target?
Report not on file
RESEARCH USE ONLYComponents · GHK-Cu / BPC-157 / TB-500 / KPV
Four components give KLOW a wide range of scientific stories to discover: GHK-Cu, BPC-157, TB-500 and KPV. Research on individual components explores collagen production, cell movement and peptide transport. The interest lies in that variety of questions, with each component's evidence available to examine on its own.
Report review pending
RESEARCH USE ONLYCAS · 67727-97-3
Getting inside a cell is part of the story. KPV is a three-amino-acid peptide studied for entry through the PepT1 transporter and its relationship with inflammatory signaling in cell models. A compact starting point for exploring how cell entry and cellular responses connect.
Report not on file
RESEARCH USE ONLYCAS · 1627580-64-6
Mitochondria have a story beyond energy production. MOTS-c is a 16-amino-acid peptide encoded in mitochondrial DNA, studied in cells and mice for its role in metabolic signaling. Its unusual origin invites a closer look at mitochondria as sources of biological messages.
Supplier-provided laboratory report
RESEARCH USE ONLYCAS · 53-84-9
Follow the chemistry behind cellular energy. NAD+ is a coenzyme that carries electrons between metabolic reactions as part of the NAD+/NADH cycle. That molecular exchange puts it at the heart of questions about how cells process energy.
Supplier-provided laboratory report
RESEARCH USE ONLYCAS · 189691-06-3
A ring-shaped peptide with receptor signaling at its center. PT-141 is the development name associated with bremelanotide, whose reference pharmacology involves several melanocortin receptors. Its distinctive shape and receptor profile invite a closer look at the connection between peptide design and biological signals.
Supplier-provided laboratory report
RESEARCH USE ONLYCAS · 2381089-83-2
Three receptors. One connected view of metabolism. Retatrutide, also known as LY3437943, is investigated at GLP-1, GIP and glucagon receptors. One molecule to explore three key pathways in metabolism.
Supplier-provided laboratory report
RESEARCH USE ONLYCAS · 129954-34-3
GABA signaling offers a window into how the nervous system communicates. Selank studies in rats examine gene activity associated with this signaling system. That connection gives this seven-amino-acid peptide a focused story within experimental neuroscience.
Report review pending
RESEARCH USE ONLYCAS · 80714-61-0
Explore brain-cell responses through a seven-amino-acid peptide. Semax research in animal models examines changes in gene and protein expression. The draw is a closer look at the molecular activity behind nervous-system responses, through the lens of experimental neuroscience.
Report review pending
RESEARCH USE ONLYComponents · 80714-61-0 / 129954-34-3
Discover two distinct angles on experimental neuroscience. Semax research examines gene and protein responses in animal models; Selank studies in rats focus on gene activity linked to GABA signaling. This pairing brings both names together, with the science of each component offering its own questions to explore.
Report not on file
RESEARCH USE ONLYCAS · 736992-21-5
Look inside the mitochondrion, down to its inner membrane. SS-31 research focuses on cardiolipin, a lipid found there, and its connection with mitochondrial function. Biochemical and animal studies give this four-amino-acid peptide a distinct place in the science of cellular energy.
Supplier-provided laboratory report
RESEARCH USE ONLYCAS · 218949-48-5
What starts the signal for hormone release? Tesamorelin brings that question into focus through its reference interaction with the GHRH receptor. Its modified peptide structure adds another point of interest: how molecular design connects with endocrine signaling.
Supplier-provided laboratory report
RESEARCH USE ONLYCAS · 62304-98-7
How do immune cells respond to a signal? Thymosin Alpha-1 brings that question to the foreground. Studies in cultured mouse dendritic cells examine maturation and signaling, making this 28-amino-acid peptide interesting for understanding how immune responses take shape at the cellular level.
Report not on file
RESEARCH USE ONLYComponents · BPC-157 / TB-500
Two peptides. Two scientific stories to explore. Wolverine brings together BPC-157 + TB-500. BPC-157 draws interest through studies of tendon-cell movement and survival; TB-500 through research into its relationship with thymosin-beta-4 fragments. Discover the science behind each component of this pairing.
Report review pending
Encore reference photography may show legacy packaging. Written specifications take precedence; artwork does not verify the contents or status of a lot.
Find document status and the details to check for a specific material.
