NOVERA COMPOUNDS

Browse Novera Peptides by Category

Weight Loss & Metabolic Peptides

Compounds in this group are relevant to research on metabolic signaling, appetite regulation, glucose homeostasis, and energy balance pathways.

• AOD-9604: Studied in relation to lipolytic signaling and fat metabolism research
• Cagrilintide: Relevant to amylin receptor signaling and hunger-related pathway research
• Cagrilintide + Semaglutide: Studied in combined amylin and GLP-1 receptor signaling frameworks
• Mazdutide: Relevant to multi-receptor metabolic signaling research
• Retatrutide: Studied across multiple receptor pathways tied to metabolism and energy balance
• Semaglutide: Relevant to GLP-1 receptor activity and satiety signaling research
• Survodutide: Studied in relation to GLP-1 and glucagon pathway signaling
• Tirzepatide: Relevant to dual GIP and GLP-1 receptor signaling research

Muscle Growth & Performance Peptides

This group supports research on growth hormone signaling, IGF-1 pathway activity, endocrine regulation, and recovery-related biological processes.

• CJC-1295 No DAC: Studied for its relationship to GHRH signaling and acute GH release patterns
• CJC-1295 With DAC: Relevant to extended GHRH receptor engagement and sustained GH signaling research
• CJC-1295 No DAC + Ipamorelin: Studied in combined GH secretagogue signaling frameworks
• Follistatin 344: Relevant to myostatin pathway inhibition and muscle density research
• GHRP-2: Studied in relation to GH release signaling under physical stress conditions
• GHRP-6: Relevant to GH secretagogue and appetite-linked signaling research
• Hexarelin: Studied for its relationship to GH release signaling in performance-adjacent research models
• HGH: Relevant to exogenous growth hormone and endocrine axis interaction research
• IGF-1 DES: Studied in relation to localized IGF-1 receptor signaling and tissue-specific adaptation
• IGF-1 LR3: Relevant to systemic IGF-1 receptor signaling and muscle adaptation research
• Ipamorelin: Studied for its relationship to selective GH release signaling
• MGF (IGF-1Ec): Relevant to post-exercise muscle repair and IGF-1 splice variant signaling research
• Sermorelin: Studied in the context of GHRH receptor signaling and recovery-related endocrine activity
• Tesamorelin: Relevant to GHRH receptor activity and body composition research
• Tesamorelin + Ipamorelin: Studied in combined GHRH and GH secretagogue signaling frameworks

Healing & Regenerative Peptides

Compounds in this group are used in research on tissue repair, cell migration, connective tissue signaling, and regenerative biology.

• BPC-157: Relevant to tissue repair and angiogenesis-related signaling research
• BPC-157 + TB-500: Studied in combined tissue repair and cell migration signaling frameworks
• Klow Blend (BPC-157 + GHK-Cu + TB-500 + KPV): Relevant to multi-compound regenerative and anti-inflammatory signaling research
• ARA-290: Studied in relation to joint tissue recovery and repair-associated signaling
• B7-33: Relevant to connective tissue signaling and structural stability research
• Cartalax: Studied in relation to cartilage-associated signaling and connective tissue research
• Chonluten: Relevant to joint signaling and movement-associated recovery research
• GHK-Cu: Studied in relation to collagen production and extracellular matrix signaling
• GLOW Blend (GHK-Cu + BPC-157 + TB-500): Relevant to coordinated regenerative signaling research
• KPV: Studied in relation to anti-inflammatory signaling pathways relevant to tissue recovery
• Thymosin Beta-4 (TB-500): Relevant to cell migration and repair-associated signaling research
• Wolverine Blend (BPC-157 + TB-500): Studied in combined tissue repair signaling frameworks

Organ-Specific & Bioregulator Peptides

This group is relevant to labs studying organ-level regulatory signaling and bioregulator activity across cardiac, respiratory, digestive, and reproductive systems.

• Bronchogen: Studied in relation to respiratory regulatory signaling research
• Cardiogen: Relevant to cardiac regulatory signaling research
• Livagen: Studied in relation to hepatic regulatory signaling
• Ovagen: Relevant to ovarian tissue regulatory signaling research
• Pancragen: Studied in relation to pancreatic regulatory signaling and digestive function
• Prostamax: Relevant to prostate tissue and urogenital regulatory signaling research
• Testagen: Studied in relation to testicular regulatory signaling research
• Vesugen: Relevant to vascular regulatory signaling research

Longevity & Anti-Aging Peptides

Compounds in this group are relevant to research on cellular resilience, aging-associated signaling, telomere pathway activity, and mitochondrial health.

• Epithalon: Studied in relation to telomere and telomerase pathway signaling
• FOXO4-DRI: Relevant to cellular senescence pathway research
• Humanin: Studied in relation to cytoprotective signaling and metabolic stress resilience research
• MOTs-C: Relevant to mitochondria-derived metabolic signaling research
• N-Acetyl Epithalon Amidate: Studied within telomere-adjacent signaling research frameworks
• SS-31: Relevant to mitochondrial membrane stability and oxidative stress signaling research

Brain, Cognitive & Nootropic Peptides

This group supports research on neurotrophic signaling, modeling of cognitive pathways, neuroprotection, and sleep and stress regulation.

• BDNF: Studied in relation to neural plasticity and learning-associated signaling research
• Cortagen: Relevant to neural tissue regulatory signaling research
• DSIP: Studied in relation to sleep-associated signaling pathways
• PE-22-28: Relevant to neuroprotective signaling and cognitive stress resilience research
• Pinealon: Studied in relation to long-term neurological stability and brain regulatory signaling
• Selank: Relevant to stress response and anxiolytic pathway signaling research
• Semax: Studied in relation to neurotrophic and cognitive signaling pathways
• VIP: Studied in relation to neuropeptide signaling and neural environment regulation

Immune & Thymic Peptides

Compounds in this group are used in labs studying immune modulation, thymic signaling, and activity of the innate defense pathway.

• LL-37: Studied in relation to host defense peptide signaling and innate immune pathway research
• Thymagen (Thymogen): Relevant to thymic and immune regulatory signaling research
• Thymalin: Studied in the context of thymic regulatory signaling and immune coordination
• Thymosin Alpha-1 (TA1): Relevant to T-cell activity and immune signaling research
• Vilon: Studied in relation to innate immune signaling and baseline defense response research

Sexual Health & Hormonal Peptides

This group is relevant to endocrine signaling research, GnRH-axis pathway studies, and reproductive hormone regulation.

• Gonadorelin: Studied in relation to GnRH receptor signaling and reproductive hormone coordination
• HCG: Relevant to LH-like signaling and gonadal function research
• Kisspeptin-10: Studied for its role in upstream GnRH regulatory signaling research
• Oxytocin: Relevant to neuropeptide signaling and social bonding pathway research
• PT-141: Studied in relation to melanocortin receptor signaling and arousal pathway research

Aesthetic & Cosmetic Peptides

Compounds in this group are used in research on skin-related signaling, including pigmentation pathways, melanogenesis, and dermal biology.

• Melanotan 1 (MT1): Studied in relation to MC1R signaling and melanogenesis pathway research
• Melanotan 2 (MT2): Relevant to broader melanocortin receptor signaling and pigmentation research
• SNAP-8: Studied in relation to SNAP-25 signaling in cosmetic research contexts

Research & Oncology Peptides

A discovery-oriented collection for labs exploring cancer cell signaling, oncology-adjacent pathway modulation, and experimental research model development.

• PNC-27: Studied in relation to MDM2/HDM-2 signaling and selective cytotoxicity mechanism research
• PNC-28: Relevant to p53-related signaling pathway research in cancer cell environments

Product Standards & Handling

Purity & Specifications

Each Novera Compounds listing includes a stated purity specification to support research planning and procurement documentation. Purity standards and verification details may vary by product and format, so the individual product listing should always serve as the primary reference for specification review.

Storage & Handling

Store products according to label instructions and any included documentation. As a general guideline, keeping compounds away from heat, moisture, and direct light helps preserve integrity over time. Retaining items in their original packaging supports accurate identification and traceability throughout the inventory process.

Intended Use & Compliance

All Novera Compounds products are offered for research and laboratory use only. They are not intended for human or animal use, and no content on this page should be read as preparation, dosing, or administration guidance.

Frequently Asked Questions

1. Who can use these products?

Products are intended for qualified researchers and laboratory professionals sourcing compounds for scientific study. They are not available for personal, medical, or clinical use.

2. What does “research use only” mean?

It means products are sold exclusively for laboratory and scientific research purposes and are not intended for human or animal use. All content on this page is provided to support procurement and documentation needs — not as guidance for preparation or administration.

3. Can products be returned or exchanged?

For questions about orders, availability, and purchasing policies, contact Doctor Medica directly for guidance.