A cleaner, more structured educational hub covering the most requested research compounds across fat-loss research, repair, cognitive research, cellular energy, cosmetic research and hormone signalling. Each summary gives visitors a simple overview before linking to a deeper guide.
Each card explains what pathway or research area the compound is normally associated with, rather than relying on hype-heavy claims.
The library separates strong research interest from online anecdote, which makes the page feel more trustworthy and less salesy.
Content is written for educational and research discussion only. It does not provide dosing, administration, treatment or human-use advice.
Use the search and category filter to quickly find the compound you want. Each card links to a dedicated guide page with a deeper breakdown.
Compounds commonly discussed in obesity, satiety, appetite regulation, glucose control and metabolic research.
A triple receptor agonist studied for effects on appetite, bodyweight regulation and metabolic outcomes.
A dual incretin agonist widely discussed in glucose regulation, appetite and bodyweight research.
A GLP-1 receptor agonist often used as a reference point when comparing newer metabolic compounds.
An amylin analogue studied for satiety, appetite regulation and combination approaches in obesity research.
Compounds commonly discussed around tissue signalling, tendon research, soft-tissue repair, recovery and regenerative research themes.
A commonly discussed repair-focused blend combining two separate research compounds often associated with soft-tissue and recovery discussions.
A research pairing often discussed in relation to growth-hormone signalling, recovery, sleep quality and body-composition pathways.
A GHRH analogue frequently discussed around growth-hormone signalling, body composition and visceral-fat-related research.
Compounds associated with mitochondrial function, redox biology, cellular stress response, endurance research and energy signalling.
Not technically a peptide, but commonly included in cellular-energy discussions because of its central role in redox and metabolic pathways.
A mitochondrial-derived peptide studied for metabolic regulation, AMPK-related signalling and cellular energy use.
Also known as elamipretide in research contexts, SS-31 is associated with mitochondrial membrane and oxidative-stress research.
An experimental compound often discussed as an exercise-mimetic style research material due to interest in energy expenditure and endurance pathways.
Compounds frequently discussed around neuropeptide signalling, stress response, focus, mood and cognitive research.
A synthetic peptide commonly discussed in cognitive and stress-response research, often compared with nootropic-style compounds.
A synthetic peptide often discussed in relation to focus, learning, memory and neurotrophic signalling research.
Compounds commonly discussed in pigmentation, skin, hair, copper-peptide and cosmetic research conversations.
A copper peptide widely discussed in skin, hair, collagen and cosmetic research due to its role in tissue signalling.
A melanocortin analogue commonly discussed in pigmentation and tanning-related research contexts.
Compounds frequently discussed around endocrine signalling, circadian rhythm, cellular ageing theories and growth-hormone-related pathways.
A fast overview for visitors who want to understand which research area each compound belongs to before opening a full guide.
| Compound | Main research focus | Mechanism area | Category | Guide |
|---|---|---|---|---|
| Retatrutide | Bodyweight, appetite, energy expenditure | GLP-1 / GIP / glucagon agonism | Fat Loss | Open → |
| Tirzepatide | Appetite, glucose, bodyweight | GLP-1 / GIP agonism | Fat Loss | Open → |
| Semaglutide | Appetite and glucose control | GLP-1 agonism | Fat Loss | Open → |
| Cagrilintide | Satiety and food intake | Amylin analogue | Fat Loss | Open → |
| BPC-157 & TB-500 | Repair and recovery research | Tissue signalling / thymosin pathways | Repair | Open → |
| CJC-1295 + Ipamorelin | GH-axis and recovery research | GHRH analogue + GH secretagogue | Repair | Open → |
| Tesamorelin | Body composition and GH signalling | GHRH analogue | Repair | Open → |
| NAD+ | Cellular energy and redox biology | NAD-dependent metabolic pathways | Cellular Energy | Open → |
| MOTS-C | Mitochondrial and metabolic signalling | Mitochondrial-derived peptide / AMPK interest | Cellular Energy | Open → |
| SS-31 | Mitochondrial resilience | Cardiolipin / oxidative stress research | Cellular Energy | Open → |
| SLU-PP-332 | Endurance and energy expenditure research | ERR signalling / exercise-mimetic interest | Cellular Energy | Open → |
| Selank | Stress response and mood-related research | Neuropeptide signalling | Cognitive | Open → |
| Semax | Focus, learning and neurotrophic research | Neuropeptide / BDNF interest | Cognitive | Open → |
| GHK-Cu | Skin, hair, collagen and cosmetic research | Copper peptide signalling | Cosmetic | Open → |
| MT-2 | Pigmentation and melanocortin research | Melanocortin signalling | Cosmetic | Open → |
| Epithalon | Healthy-aging and circadian research | Telomere / pineal signalling interest | Longevity | Open → |
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The information provided in the Lumina Peptide Research Library is intended for educational and research discussion purposes only.
Nothing on this page should be interpreted as medical advice, diagnosis, treatment guidance, dosing guidance, administration guidance, or a recommendation for human use.
Peptides and related research compounds may have limited human data, mixed evidence quality, uncertain regulatory status and exaggerated claims online. Readers should review primary literature and consult qualified professionals for medical questions.