Description

SGT-263 (5F-CUMYL-P7AICA) Powder – High-Purity Research Chemical

SGT-263(5F-CUMYL-P7AICA) Powder , also called 5F-CUMYL-P7AICA, is a synthetic cannabinoid from the indole-based cannabinoid class. Researchers widely use this potent compound in laboratories to study cannabinoid receptor activity, pharmacodynamics, and the properties of novel cannabinoid agonists. Acting as a selective agonist at CB1 and CB2 receptors, SGT-263 offers valuable insights into the complex interactions within the endocannabinoid system.

Globalchemsdepots provides premium-grade SGT-263 powder with purity above 99%, ensuring consistent and reliable results for your research. Our team rigorously tests each batch to verify chemical composition and purity, giving researchers confidence during analytical studies.

We offer SGT-263 in crystal or powder form, packaged securely in tamper-proof, airtight containers that preserve stability and prevent contamination. You can count on our fast, discreet worldwide shipping and flexible bulk order options, supporting research facilities of any size.

Key Features:

• Chemical Name: 5F-CUMYL-P7AICA (SGT-263)

• Purity: 99%+ (Lab tested)

• Forms Available: Powder and crystals

• Packaging: Tamper-proof, sealed containers

• Use: For laboratory and analytical research only

• Shipping: Discreet and worldwide

Applications:
Researchers use SGT-263 in receptor binding studies, functional assays, and pharmacological profiling to explore synthetic cannabinoids’ effects on human cannabinoid receptors. Studying compounds like SGT-263 helps advance understanding of cannabinoid-based therapeutics, receptor selectivity, and potential drug development.

Safety Notice:
This product serves scientific research exclusively and is not intended for human or veterinary consumption. Buyers must comply with all relevant laws and regulations regarding possession and use.

Choose Globalchemsdepots for your SGT-263 (5F-CUMYL-P7AICA) research chemical needs, where we prioritize quality, purity, and customer satisfaction.