NOVERA COMPOUNDS

Browse Novera Peptides by Category

Weight Loss & Metabolic Peptides

Organized around metabolic signaling, appetite-related pathways, and energy balance research models:

• AOD 9604: May support research on lipid metabolism and fat-regulation signaling pathways
• Cagrilintide: May support amylin-receptor signaling research related to appetite and satiety
• Cagrilintide 5mg + Semaglutide 5mg: May support combined amylin and GLP-1 signaling research tied to appetite regulation
• Mazdutide: May support GLP-1 and glucagon-receptor signaling research related to metabolic regulation
• Retatrutide: May support multi-receptor metabolic signaling linked to appetite and energy balance
• Semaglutide: May support satiety signaling and glucose-control pathways
• Survodutide: May support GLP-1 and glucagon-pathway signaling related to metabolism
• Tirzepatide: May support combined GIP + GLP-1 signaling tied to appetite and glucose regulation

Muscle Growth & Performance Peptides

Focused on endocrine signaling, growth-hormone pathways, and recovery-associated research models:

• CJC-1295 - No DAC: May support GHRH-pathway signaling tied to GH release in research models
• CJC-1295 - With DAC: May support extended GHRH-pathway signaling and sustained GH-release research
• CJC-1295 No DAC (5mg) / Ipamorelin (5mg): May support combined GHRH and ghrelin-receptor signaling research
• Follistatin 344 (95%) (1mg): May support research on myostatin-inhibition and muscle-regulatory signaling pathways
• GHRP-2: May support ghrelin-receptor signaling research linked to GH release
• GHRP-6: May support ghrelin-pathway signaling research associated with GH secretion
• Hexarelin (5mg): May support GH secretagogue receptor signaling research
• HGH (10iu): May support growth hormone signaling and downstream endocrine pathway research
• IGF-1 DES (1mg): May support cellular differentiation and tissue-growth signaling research
• IGF-1 LR3 (1mg): May support IGF-1 receptor signaling and protein-synthesis pathway research
• Ipamorelin: May support selective ghrelin-receptor signaling research related to GH release
• MGF IGF-1Ec (5mg): May support mechano-growth factor signaling research linked to tissue adaptation
• Sermorelin: May support GHRH signaling in research models
• Tesamorelin: May support GHRH-receptor signaling and downstream endocrine pathways
• Tesamorelin (10mg) + Ipamorelin (2mg): May support combined GHRH and ghrelin-receptor signaling research

Healing & Regenerative Peptides

Centered on regeneration, tissue response, and repair-signaling research contexts.

• "Klow" BPC 157 + GHK-Cu + TB500 + KPV: May support coordinated signaling research across tissue repair, ECM, and inflammatory-response pathways
• ARA-290: May support erythropoietin-receptor signaling research linked to tissue protection and repair
• B7-33: May support relaxin-receptor signaling research associated with tissue remodeling and fibrosis-related pathways
• BPC-157: May support tissue-repair and angiogenesis-adjacent signaling
• BPC-157 + TB-500: May support combined tissue-repair and cell-migration signaling research
• Cartalax: May support research on connective tissue regulatory signaling and extracellular matrix dynamics
• Chonluten: May support research on bronchial and connective tissue regulatory signaling
• GHK-Cu: May support collagen and ECM signaling research
• GLOW – GHK Cu/BPC-157/TB500: May support combined ECM, tissue-repair, and cell-migration signaling research
• KPV: May support anti-inflammatory signaling research linked to tissue recovery and mucosal repair pathways
• Thymosin Beta 5 (TB500): May support cell-migration and repair-associated signaling pathways
• Wolverine Blend - BPC-157 / TB500: May support combined tissue-repair and regenerative signaling research

Organ-Specific & Bioregulator Peptides

Grouped for organ-oriented signaling research and bioregulator frameworks:

• Bronchogen: May support respiratory regulatory signaling research
• Cardiogen: May support cardiac regulatory signaling research
• Livagen: May support liver regulatory signaling research
• Ovagen: May support research on ovarian regulatory signaling and reproductive-tissue pathways
• Pancragen: May support research on pancreatic regulatory signaling and glucose-related pathways
• Prostamax: May support research on prostate tissue regulatory signaling pathways
• Testagen: May support research on testicular regulatory signaling and androgen-related pathways
• Vesugen: May support vascular and endothelial regulatory signaling research

Longevity & Anti-Aging Peptides

Structured around cellular stress response, resilience pathways, and longevity-adjacent research models:

• Epithalon: May support telomere/telomerase-adjacent signaling research
• FOXO4-DRI: May support senescence-pathway and FOXO4-P53 signaling research models
• Humanin: May support mitochondrial-derived peptide signaling research linked to cellular protection and longevity-associated pathways
• MOTS-c: May support mitochondrial signaling research associated with metabolic regulation and cellular stress response
• N-Acetyl Epithalon Amidate: May support telomere-pathway research frameworks
• SS-31: May support mitochondria-targeted signaling research linked to oxidative stress and cellular maintenance pathways

Brain, Cognitive & Nootropic Peptides

Aligned with neuro-signaling pathways, cognition-related models, and behavior-adjacent research themes:

• BDNF: May support TrkB receptor signaling research linked to neurotrophic activity, synaptic plasticity, and neuronal survival pathways
• Cortagen: May support research on neurotrophic signaling, oxidative stress response, and cognitive resilience-associated pathways
• DSIP: May support sleep-related signaling research
• PE-22-28: May support TREK-1 channel signaling research linked to neuroprotective and mood-related behavioral pathways
• Pinealon: May support research on neuroprotective signaling, cognitive function-associated pathways, and neuronal maintenance
• Selank: May support stress-response and anxiolytic-pathway research
• Semax: May support neurotrophic signaling research
• TRH Thyrotropin: May support thyrotropin-releasing hormone signaling research linked to neuroendocrine and cognitive-adjacent pathways
• VIP: May support vasoactive intestinal peptide signaling research associated with neuroprotection and neuromodulatory pathways

Immune & Thymic Peptides

Organized for immune-signaling and thymic pathway research, suitable for labs studying immune modulation or peptide-linked immune signaling frameworks:

• LL-37: May support antimicrobial peptide signaling research linked to innate immune defense and barrier-associated immune pathways
• Thymagen (Thymogen): May support research on thymic and immune regulatory signaling
• Thymalin: May support research on thymic regulatory signaling
• Thymosin Alpha 1 (TA1): May support T-cell and immune-signaling research
• Vilon: May support research on immune-regulatory signaling and neuroendocrine-immune interaction pathways

Sexual Health & Hormonal Peptides

Built around hormone-linked signaling frameworks and endocrine-axis research themes:

• Gonadorelin: May support GnRH-pathway signaling research linked to hypothalamic-pituitary-gonadal axis regulation
• HCG: May support LH-like receptor signaling research frameworks linked to gonadal and endocrine pathways
• Kisspeptin-10: May support upstream KiSS-1 receptor signaling research that influences GnRH and gonadotropin-related pathways
• Oxytocin: May support hypothalamic neuropeptide signaling research linked to neuroendocrine regulation and social-behavior-associated pathways
• PT-141: May support melanocortin receptor signaling research linked to arousal-related neuroendocrine pathways

Aesthetic & Cosmetic Peptides

Grouped for skin-related research themes, including barrier function and dermal signaling:

• Melanotan 1 (MT1): May support MC1R/melanogenesis signaling research
• Melanotan 2 (MT2): May support MC1R and MC4R receptor signaling research linked to melanogenesis and pigmentation-related pathways
• SNAP-8: May support SNAP-25–related signaling research in cosmetic contexts

Research & Oncology Peptides

A discovery-oriented collection for cell growth, signaling, and oncology-adjacent research frameworks:

• PNC-27: May support research into MDM2/HDM2–associated signaling and selective cytotoxicity mechanisms
• PNC-28: May support research into MDM2-associated signaling pathways linked to cell membrane interactions and cytotoxicity-adjacent mechanisms

Quality and Testing

Purity Standards

Novera products are listed with a stated purity specification to support consistent research planning and procurement. Product listings serve as the primary reference for each SKU's stated standard, format, and available verification details.

Storage and Handling

Store items as labeled. As a general guideline, limiting exposure to heat, moisture, and direct light helps preserve compound integrity, and keeping products in original packaging supports identification and traceability. Storage expectations vary by format and compound — refer to the label and any accompanying documentation as the primary reference.

What “Research Use Only” Means

Intended Use and Compliance

Novera products are offered for research and laboratory purposes only and are not intended for human or animal use. All content is provided to support sourcing decisions, category navigation, and documentation-aware purchasing — not for preparation, administration, or dosing guidance.

Novera FAQs

Can these products be used in clinical or therapeutic settings?

No. Novera Compounds products are sold strictly for laboratory and research use and are not approved, intended, or labeled for clinical, therapeutic, or diagnostic applications.

How should Novera products be stored?

Follow the storage instructions on the product label and any accompanying documentation. As a general guideline, protecting compounds from heat, moisture, and direct light helps preserve integrity over time. Keeping items in their original packaging supports identification and traceability throughout storage.

Who are Novera Compounds' products intended for?

Novera Compounds products are intended for licensed researchers, laboratory professionals, and institutional procurement teams sourcing compounds for legitimate research and analytical purposes.