GT-900
Cardarine-type metabolic research compound
99%+ Pure$60
Product Description
GT-900 is a non-steroidal compound investigated for effects on metabolic and endurance pathways similar to cardarine (GW501516)-type research compounds. As a metabolic research tool, GT-900 has attracted attention from researchers studying fatty acid oxidation, mitochondrial function, and exercise-related adaptations. The compound offers a research approach to investigating PPAR-pathway activation.
Expert Insight
“GT-900 represents modern metabolic research pharmacology: selective pathway activation for investigating complex metabolic adaptations. Its cardarine-type profile makes it valuable for researchers focused on mitochondrial biogenesis, endurance physiology, and fatty-acid utilization.”
Research Pairing Suggestions
Both are metabolic modulators with complementary mechanisms—GT-900 drives metabolic switching while SLU-PP-332 offers PPARδ agonism, making their combination useful for investigating systemic metabolic resilience.
Research Highlights
Metabolic research compound with PPAR-pathway effects
Investigation of endurance and fatty-acid oxidation pathways
Mitochondrial function and biogenesis research applications
This calculator is a math tool only. It does not provide medical advice. Vital Peptides Labs sells research peptides for laboratory and research use only. Users are strongly encouraged to read the linked research, consult qualified professionals, and draw their own conclusions before making any decisions.
Reconstitution Calculator— GT-900
Research Literature — GT-900
The following is a summary of published research literature. This information is provided for educational reference only and does not constitute medical advice or research amount guidance.
Research Amounts in Literature
In published research on cardarine-type PPAR-delta agonists, researchers have investigated doses ranging from 2.5–20 mg per day orally in preclinical and early clinical models.
Frequency Protocols in Research
Researchers studying PPAR-delta agonists have commonly used once-daily oral protocols over 4–12 week study periods.
Reconstitution Concentrations in Research
GT-900 research protocols vary by formulation. For research preparations, reconstitution in 2 mL bacteriostatic water per vial is typical to ensure adequate fluidity.
Typical Syringe Ranges in Research
Injection volumes depend on concentration and dosing protocol. Consult specific research literature for GT-900 research protocols.
GT-900
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3mL / 23G Reconstitution Syringe
For mixing bacteriostatic water into lyophilized peptide vials
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For precise subcutaneous administration in research protocols
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For sterilizing vial stoppers and work surfaces
~$5–8
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Sterile water with 0.9% benzyl alcohol for reconstitution
$10
ViewThis product is intended strictly for laboratory research and development purposes only. Not for human consumption, medical, veterinary, or household use. By purchasing this product, you confirm that you are at least 21 years of age and that the product will be used solely for legitimate research purposes.