THE FORGE RESEARCH GUIDE
Built for researchers who do their homework.
If you're here, you're not looking for hype. You're looking for a supplier you can trust — one that tests its compounds, documents every batch, and ships fast.
This guide covers every compound in the Forge catalog: what it is, how it's studied, and what the research shows. Use it to evaluate, compare, and decide with confidence.
All compounds are sold for laboratory research use only. Not for human consumption.
WHAT ARE RESEARCH PEPTIDES?
Peptides are short chains of amino acids studied for their role as biological signaling molecules.
In research settings, they are used to observe how specific pathways respond under controlled conditions.
Research peptides are not supplements.
They're not pharmaceuticals.
They're compounds used in laboratory models to observe and measure biological responses.
What makes them valuable to researchers is specificity. Each peptide targets a defined pathway, which allows for more precise observation than broad-spectrum compounds.
Forge carries peptides studied across four primary research areas:
-
Metabolic regulation and GLP-axis signaling
-
Growth hormone axis and endocrine function
-
Tissue repair and recovery pathways
-
Cellular energy and mitochondrial function
If you're new to peptide research, use this guide as your starting point.
If you're experienced, use it to verify sourcing standards before you order.
COMPOUND CATEGORIES
Forge compounds are organized by primary research focus. Most peptides influence multiple pathways — these categories reflect where the majority of research attention is directed, not a hard boundary on application.
METABOLIC AUTHORITY
Compounds studied in energy balance, glucose regulation, insulin signaling, and appetite control research.
This is Forge's most active research category and includes GLP-class compounds.
GROWTH & REPAIR
Compounds studied in tissue response, cellular regeneration, and structural recovery models.
Includes BPC-157, TB-500, and peptide blends examined for resilience signaling.
GH AXIS & ENDOCRINE
Compounds studied for growth hormone release, pulsatile GH signaling, and downstream endocrine function.
Includes secretagogue combinations and standalone GHRH analogs.
CELLULAR DRIVE
Compounds studied at the mitochondrial level — energy regulation, AMPK activation, cellular stress response, and metabolic efficiency. Includes MOTS-c and NAD+.
AESTHETICS & SIGNALING
Compounds studied in melanocortin pathways, collagen signaling, pigmentation research, and neuro-signaling models.
POPULAR RESEARCH PEPTIDES
While compounds vary in focus, experienced researchers evaluate peptides based on sourcing discipline, documentation, and consistency — not promises.
BPC-157 is one of the most widely studied peptides in tissue-response and repair research. It has been examined across multiple models for its role in cellular resilience, angiogenesis signaling, and recovery pathway activation. Research interest spans both musculoskeletal and gastrointestinal applications.
Research areas:
-
Tendon and ligament repair signaling
-
Gut lining integrity and gastrointestinal recovery models
-
Angiogenesis and blood flow regulation
-
Inflammation response pathways
CJC-1295 (No DAC) is a growth hormone releasing hormone analog studied for its ability to stimulate pulsatile GH release. Ipamorelin is a selective growth hormone secretagogue that works through a complementary pathway. Researchers commonly combine them to study synergistic GH-axis stimulation without significant cortisol or prolactin interference.
Research areas:
-
Pulsatile growth hormone release
-
GH-axis and downstream IGF-1 signaling
-
Metabolic and body composition research models
-
Recovery and sleep-related GH patterns
GHK-Cu is a naturally occurring peptide studied extensively in skin biology, wound healing, and regenerative signaling research. It has demonstrated activity in collagen and elastin synthesis pathways, making it a frequent subject in aesthetic and structural repair models. Research interest has expanded to include anti-inflammatory and antioxidant signaling.
Research areas:
-
Collagen and elastin synthesis
-
Wound healing and tissue remodeling
-
Skin structure and dermal repair models
-
Anti-inflammatory signaling pathways
GLP-RT is studied in metabolic research models focusing on energy regulation, appetite signaling, and glucose homeostasis. It has drawn significant research attention for its role in system-wide metabolic control and is one of the most active areas of peptide research globally. Forge's GLP-RT is lyophilized and batch-tested for research-grade purity.
Research areas:
-
Glucose and insulin signaling
-
Appetite and energy expenditure regulation
-
Metabolic homeostasis models
-
GLP-pathway activation research
GLP-TZ is examined in research models targeting both metabolic regulation and performance-related signaling pathways. Its dual-mechanism profile makes it a subject of interest in studies evaluating compounded metabolic effects beyond single-pathway compounds. Among Forge's highest-demand catalog entries.
Research areas:
-
Dual-pathway GLP and metabolic signaling
-
Energy balance and expenditure models
-
Appetite regulation research
-
Performance and body composition frameworks
Human chorionic gonadotropin (HCG) is a naturally occurring hormone studied in endocrine regulation research, particularly in models examining LH receptor activity, testosterone production signaling, and hormonal axis function. It is commonly referenced in research protocols involving HPG axis modulation.
Research areas:
-
LH receptor activation and testosterone signaling
-
HPG axis regulation models
-
Endocrine recovery and hormonal balance research
-
Fertility-related pathway studies
KLOW is a Forge-formulated peptide blend studied for its role in inflammation-focused signaling and recovery pathway activation. The multi-component structure is designed to address overlapping recovery mechanisms within a single research compound. Studied in models examining tissue resilience and systemic stress response.
Research areas:
-
Inflammation signaling and modulation
-
Tissue recovery and resilience pathways
-
Systemic stress response models
-
Multi-pathway recovery research
Melanotan-2 is a synthetic melanocortin peptide studied for its activity at MC1R and MC4R receptors. Research interest spans pigmentation pathway activation, libido signaling, and appetite regulation. It remains an active subject in melanocortin system research due to its broad receptor binding profile.
Research areas:
-
Melanin production and pigmentation signaling
-
MC1R and MC4R receptor activation
-
Libido and sexual function pathway research
-
Appetite suppression models
MOTS-c is a mitochondria-derived peptide that has drawn significant research interest for its role in AMPK activation, insulin sensitivity, and metabolic flexibility. Unlike most peptides, it originates from mitochondrial DNA rather than nuclear DNA, making it a unique subject in cellular energy and longevity research.
Research areas:
-
AMPK activation and metabolic regulation
-
Insulin sensitivity and glucose uptake models
-
Mitochondrial function and cellular energy
-
Endurance and exercise response research
NAD+ (nicotinamide adenine dinucleotide) is one of the most extensively studied molecules in cellular biology. It plays a central role in redox reactions, mitochondrial energy production, and DNA repair signaling. Research interest has expanded significantly in longevity, metabolic health, and neuroprotection models.
Research areas:
-
Mitochondrial energy transfer and redox reactions
-
DNA repair and cellular stress response
-
Sirtuin activation and longevity pathway research
-
Neuroprotection and cognitive function models
Semax is a nootropic peptide of Russian origin studied extensively in neuro-signaling and cognitive research models. It has been examined for its effects on BDNF expression, stress resilience, and neuroprotective pathways. Research use spans both cognitive performance and neurological recovery frameworks.
Research areas:
-
BDNF expression and neurotrophic signaling
-
Cognitive function and focus-related pathway research
-
Stress resilience and HPA axis modulation
-
Neuroprotection and neurological recovery models
SS-31
SS-31 (also known as Elamipeptide) is a cardiolipin-targeting peptide studied for its ability to concentrate at the inner mitochondrial membrane and support mitochondrial structure and function. Research interest has grown significantly in models examining oxidative stress, cellular energy decline, and age-related mitochondrial dysfunction. Considered one of the more targeted compounds in the cellular energy research space.
Research areas:
-
Mitochondrial membrane stabilization and cardiolipin interaction
-
Oxidative stress reduction models
-
Cellular energy production and ATP synthesis research
-
Age-related mitochondrial decline and longevity frameworks
→ View Forge SS-31 →
TB-500 is a synthetic peptide studied for its role in actin regulation, cellular migration, and tissue repair signaling. It has been examined in models involving muscle, tendon, ligament, and cardiac tissue recovery. Frequently paired with BPC-157 in research protocols targeting comprehensive recovery pathway coverage.
Research areas:
-
Actin upregulation and cellular migration
-
Muscle, tendon, and ligament repair models
-
Cardiac tissue recovery signaling
-
Inflammation modulation and recovery resilience
Tesamorelin is a stabilized GHRH analog studied for its potent stimulation of endogenous growth hormone release. It has been examined in metabolic research models, particularly those focused on visceral adipose tissue, IGF-1 signaling, and GH-axis function. One of the more studied GHRH analogs in clinical and laboratory research settings.
Research areas:
-
GH-axis stimulation and IGF-1 signaling
-
Visceral adipose tissue regulation models
-
Metabolic function and body composition research
-
Endocrine and pituitary pathway studies
QUALITY, TESTING, AND DOCUMENTATION
Sourcing discipline is the difference between reliable research and wasted runs.
Forge operates on a verification-first standard — every compound in the catalog is tested, documented, and traceable before it ships.
Third-Party Purity Testing
Every Forge compound is tested by an independent third-party lab. Purity is verified at the batch level — not assumed based on supplier claims. Results are documented in batch-specific Certificates of Analysis (COAs).
Certificates of Analysis
COAs are available for every active product in the Forge catalog.
Each COA confirms compound identity and purity using industry-standard analytical methods.
If you want documentation before you order, it's there.
Lyophilized Format
All Forge peptides are supplied in lyophilized (freeze-dried) powder form — the industry standard for stability, shelf life, and research integrity. Lyophilization minimizes degradation risk during shipping and storage.
STORAGE AND HANDLING CONSIDERATIONS
Peptide stability is directly affected by how compounds are stored and handled.
Improper conditions introduce variables that compromise research integrity — and waste product.
Lyophilized
Store in a cool, dry environment away from direct light. Lyophilized peptides are stable at room temperature for short periods but should be refrigerated for storage beyond a few weeks. For long-term storage, freezing at -20°C is recommended.
General Handling Notes
-
Keep away from direct light and heat
-
Handle with clean technique to avoid contamination
WHY RESEARCHERS CHOOSE FORGE PERFORMANCE CO.
The research peptide space has a sourcing problem. Inconsistent purity, undocumented batches, and suppliers who disappear after the sale are common. Forge was built as the alternative.
-
Third-party tested — every compound, every batch, no exceptions
-
COA documentation — available on every active product before you order
-
Lyophilized format — industry standard for stability and shelf life
-
Texas-based fulfillment — fast shipping, reliable tracking, consistent packaging
-
RUO-first operation — built around research integrity from the ground
If you've been burned by a supplier before, you already know what to look for.
If you're sourcing for the first time, now you know what to demand.
FREQUENTLY ASKED QUESTIONS
Are Forge peptides tested for purity?
Yes. Every compound in the Forge catalog is independently third-party tested at the batch level. Certificates of Analysis are available for every active product. You don't have to take our word for it — the documentation is there.
What form do the peptides arrive in?
All Forge peptides are supplied as lyophilized (freeze-dried) powder in sealed vials. This is the industry standard for stability and shelf life.
How fast does Forge ship?
Forge ships from Texas. Most orders are fulfilled within 1–2 business days with tracking provided at shipment.
How do I pay?
Forge accepts Venmo, CashApp, Zelle, and PayPal. Payment instructions are provided at checkout.
Are these compounds for human use?
No. All compounds sold by Forge Performance Co. are strictly for laboratory research use only.
Not for human consumption, diagnosis, treatment, or prevention of any condition.
THE STANDARD IS THE DIFFERENCE
You've done the research.
You know what to look for in a supplier — tested compounds, documented batches, consistent fulfillment.
That's exactly what Forge delivers.
DISCLAIMER
All compounds sold by Forge Performance Co. are for laboratory research use only. Not for human consumption. Not for medical, therapeutic, or diagnostic use. Not FDA approved.