Peptide Research Index

Peptide research index

This guide helps customers understand where each product fits in the research catalog. The wording is intentionally research-focused: products are described by the pathways, models, and laboratory topics they are commonly studied around.

Research use only: This page is not medical advice, dosing advice, administration guidance, treatment guidance, or a recommendation for personal use. Products from NextGen Peptides are supplied strictly for laboratory research use only.

Metabolic, body-composition, and energy research

• AOD-9604: commonly studied in hGH-fragment, lipid-metabolism, lipolysis, and body-composition pathway models.
• AOD-9604 Nasal Spray: a metered-format research presentation used for AOD-9604 format comparison and metabolic-pathway studies.
• 5-Amino-1MQ: commonly studied in NNMT-related research, metabolic signaling, and cellular energy-balance models.
• L-Carnitine: studied around fatty-acid transport, mitochondrial metabolism, and cellular energy-production models.
• MOTS-c: commonly studied in mitochondrial signaling, metabolic stress-response models, and energy-regulation research.
• SLU-PP-332: studied in exercise-mimetic, metabolic signaling, and endurance-pathway research models.
• SLU-PP-332 Capsules: capsule-format research presentation for analytical comparison in metabolic and endurance-related studies.
• Cardarine Capsules: commonly studied around PPAR-delta activity, lipid metabolism, and endurance-model research.

Repair, tissue, and inflammatory-pathway research

• BPC-157: commonly studied in tissue-repair models, gastric and connective-tissue research, angiogenesis pathways, and inflammatory-response models.
• BPC-157 Nasal Spray: metered research format used for BPC-157 format comparison and tissue-pathway studies.
• BPC-157 Capsules: capsule-format research presentation used in BPC-157 stability, format, and digestive-pathway models.
• TB-500: commonly studied around thymosin beta-4 pathways, actin regulation, cell migration, and tissue-remodeling models.
• TB-500 Nasal Spray: metered research format for thymosin beta-4 fragment studies and format comparison.
• BPC-157 + TB-500: blend-format research product commonly studied in tissue-remodeling, recovery-pathway, and cell-migration models.
• BPC-157 + TB-500 Nasal Spray: metered blend format for combined BPC-157 and thymosin beta-4 pathway research.
• KPV: commonly studied in melanocortin signaling and inflammatory-response pathway models.
• KPV Capsules: capsule-format research presentation for KPV pathway and format comparison studies.
• KPV Nasal Spray: metered research format for KPV, melanocortin, and immune-response pathway models.
• LL-37: commonly studied in antimicrobial peptide research, innate immune signaling, and barrier-function models.

Growth hormone, secretagogue, and endocrine-signaling research

• CJC-1295 (w/ DAC): commonly studied in GHRH-related signaling, growth-hormone pulse research, and endocrine-pathway models.
• CJC-1295 + Ipamorelin: blend-format research for GHRH and ghrelin-secretagogue pathway interaction.
• CJC-1295 + Ipamorelin Nasal Spray: metered-format research blend for growth-hormone signaling and format comparison.
• Ipamorelin: commonly studied as a ghrelin-receptor secretagogue in growth-hormone pulse and endocrine-signaling models.
• GHRP-2: studied in ghrelin-related signaling, secretagogue pathways, and growth-hormone release models.
• GHRP-6: commonly studied in ghrelin-receptor activity, appetite-signaling models, and endocrine pathway comparison.
• Hexarelin: studied in growth-hormone secretagogue research and receptor-activity comparison models.
• Kisspeptin: commonly studied in reproductive-axis signaling, GnRH-related pathways, and endocrine research models.

Cognitive, neurobiology, and stress-response research

• Cerebrolysin: commonly studied in neurotrophic signaling, neuronal-repair models, and cognitive-research pathways.
• Selank: studied in neuropeptide signaling, stress-response research, and cognitive-behavioral models.
• Selank Nasal Spray: metered-format research presentation for Selank pathway and format comparison studies.
• Semax: commonly studied in neurobiology, melanocortin-related signaling, and cognitive-pathway models.
• Semax Nasal Spray: metered research format for Semax-related neurobiology and format comparison.
• DSIP: studied in sleep-related models, circadian pathway research, and stress-response signaling.
• Pinealon: commonly studied in pineal, cellular-aging, and neuroendocrine research models.
• NAD+: studied around cellular energy metabolism, redox biology, mitochondrial pathways, and aging-related models.

Skin, cosmetic-science, antioxidant, and cellular-aging research

• GHK-Cu: commonly studied in copper-peptide research, extracellular matrix signaling, collagen-pathway models, and skin-related studies.
• GHK-Cu Face Cream with Hyaluronic Acid: topical-format research product for copper-peptide, hyaluronic-acid, and formulation studies.
• Glow: blend-format research product often associated with cosmetic-science, antioxidant, and skin-matrix pathway studies.
• GLOW Nasal Spray: metered-format research blend for cosmetic peptide signaling and antioxidant-pathway comparison.
• Klow: commonly studied in cosmetic-science, skin-pathway, and peptide-blend research models.
• Glutathione: studied in antioxidant pathways, redox biology, oxidative-stress models, and cellular protection research.
• Epitalon: commonly studied in telomere biology, cellular-aging models, pineal signaling, and circadian research.
• Epitalon Nasal Spray: metered-format presentation for Epitalon research and format comparison.
• SS-31: commonly studied in mitochondrial research, oxidative-stress models, and cellular energy pathway studies.

Immune, thymic, and regulatory pathway research

• Thymosin Alpha-1: commonly studied in thymic peptide research, immune-signaling models, and regulatory pathway studies.
• Thymalin: studied in thymic peptide, immune-function, and aging-related research models.
• VIP: commonly studied in vasoactive intestinal peptide signaling, inflammatory-response models, and neuroimmune research.

Pigmentation and melanocortin research

• MT-1 (Melanotan I): commonly studied in melanocortin signaling and pigmentation-pathway research models.
• MT-2 (Melanotan II): studied around melanocortin receptor signaling, pigmentation models, and peptide-receptor comparison.
• Melanotan 2 Nasal Spray: metered-format research presentation for Melanotan II pathway and format comparison.

Research supplies and support items

• BAC Water: used in research discussions around bacteriostatic diluents, labeling, storage, and handling workflows.
• Peptide Syringes: laboratory handling supply for research preparation workflows.
• Alcohol Wipes: handling and surface-preparation supply for laboratory workflow support.
• Wholesale Peptides: catalog-support option for larger research supply needs and product sourcing discussions.

How to use this page

Use this page to understand product categories, then open the product page to review the exact size, price, format, and documentation notes. If you need help locating a product or batch document, contact support with the product name and order details.

Important: NextGen Peptides does not provide medical advice, dosing protocols, administration instructions, treatment recommendations, cycle planning, or personal-use guidance.