Find a clear starting point for your research: focus and memory, metabolic signalling, tissue repair, skin and matrix biology, or cellular ageing. Explore what each material contributes and choose the strengths that fit your laboratory.
Eleven curated selections · Current individual-vial prices added together · Demo purchases only.
Selank and Semax bring two complementary research questions into view: GABA-related signalling and neurotrophic pathways involved in learning and memory. A focused starting point for exploring stress-response and cognitive neuroscience.
Explore growth-hormone signalling and cellular adaptation with two vials each of CJC-1295 with DAC, ipamorelin and MOTS-c. This collection brings growth-axis and mitochondrial research into one clearly specified selection.
Kisspeptin-10 and PT-141 place reproductive hormone signalling alongside melanocortin receptor biology. Explore why these distinct pathways attract interest in research on reproductive function and sexual-response signalling.
A broad research selection combining a single premixed non-DAC CJC-1295/ipamorelin vial with PT-141, MOTS-c and BPC-157. Explore endocrine signalling, mitochondrial stress responses and repair-related cell behaviour through four distinct materials.
Explore kisspeptin and melanocortin signalling alongside ipamorelin and BPC-157. Four materials connect reproductive neuroscience, growth-hormone release and repair-related cell models in a transparent six-vial selection.
A themed research selection of Kisspeptin-10, two NAD+ vials, GLOW and GLP-3 (retatrutide). It brings reproductive signalling, cellular redox chemistry and metabolic receptor research into view for readers interested in menopause-related scientific questions.
MOTS-c and GLP-3 (retatrutide) offer two distinct ways to explore metabolic-health research: cellular adaptation to stress and multi-receptor endocrine signalling. A concise two-vial selection with clear individual roles.
BPC-157 and TB-500 bring tendon-cell biology and thymosin-related peptide research into one selection. Explore cell migration, stress survival and the molecular distinctions that matter in tissue-repair literature.
NAD+ and MOTS-c connect a fundamental coenzyme with a mitochondrial-derived peptide. Explore redox reactions, metabolic sensing and the cellular response to stress through two distinct biological roles.
Explore GHK-Cu and AHK-Cu through connective-tissue and hair-follicle research. These closely related tripeptides offer a clear introduction to copper-binding peptides, collagen biology and follicle-cell behaviour.
Epithalon, NAD+ and MOTS-c bring telomerase experiments, redox chemistry and mitochondrial stress signalling into one collection. Explore the cellular processes that draw interest in longevity research, with each material’s role clearly defined.