ITPP + GW-0742 + SR-9011 Stack [Capsules]

Description

What is the ITPP + GW 0742 +SR 9011 Stack?

The ITPP GW-0742 SR9011 Stack is a proprietary blend created for research purposes only. Researchers may use this combination to study how these compounds interact, offering features that can improve scientific understanding.

It is designed to help scientists study:

• How oxygen is released in tissues
• How the body uses fat, sugar, and energy
• How cells recover and adapt.

Researchers often study these compounds together to see how they interact and influence performance-related biology.

Product Specification

Category	ITPP	GW-0742	SR9011
Application	Oxygen modulation studies	PPAR-δ (delta) research	Rev-Erbα (alpha) (circadian rhythm & metabolism) studies
CAS	80212-78-2	317318-70-0	1379686-29-9
Molar Mass	691.91 g/mol	453.47 g/mol	479.05 g/mol
Chemical Formula	C₆H₆Na₃O₂₁P₆	C₂₁H₁₇F₄NO₃S₂	C₂₃H₃₁ClN₂O₃S
Synonyms	Myo-Inositol Trispyrophosphate, Trisodium ITPP salt, Inositol trispyrophosphate	GW610742, GW0742X, PPAR-δ agonist GW-0742	Rev-Erbα (alpha) agonist SR9011, N-(4-(2-(4-chlorophenyl)thiazol-4-yl)phenyl)-2-ethyl-1,3-thiazole-4-carboxamide

Potential Research Benefits of the Stack

The ITPP +GW-0742  +SR9011 Stack may give many possible benefits in laboratory studies:

• Better understanding of oxygen release and tissue oxygenation.
• Understanding energy balance and fat metabolism.
• Clues about how the body clock influences metabolism.
• Useful in models of performance and endurance study.

These are potential benefits in research. The stack is not approved for human or veterinary use; for in vitro and laboratory research only.

What is its Mechanism?

When combined, these compounds provide a unique way to study oxygen supply, metabolic regulation, and circadian-linked processes:

• ITPP: Attaches to hemoglobin so red blood cells can release oxygen more easily. It is helpful for studies on tissue oxygenation.
• GW-0742: activates the receptor and helps cells burn fat and balance glucose in energy studies.
• SR9011: Activates Rev-Erbα (alpha). This influences metabolism and circadian timing (like an internal clock).

Where Can I Buy the ITPP +GW-0742 + SR9011 Stack for Research?

This product is available through the official RCDbio website. Researchers can place an order online with access to secure payment services.

RCDbio also provides:

• Secure payment options
• Optional account setup for faster checkout
• Protected user information
• Clear product specifications

By ordering directly, researchers will receive verified product details and can work with a trusted supplier.

Conclusion

This stack is not approved for human or veterinary use; for in vitro and laboratory research only. It is supplied only to laboratories, companies, and research institutions. The combination of ITPP, GW-0742, and SR9011 offers a versatile tool for studies on oxygen modulation, metabolism, and circadian biology.

Researchers can choose this stack to explore new ways of understanding how these compounds may have synergistic effects. It also allows more control and provides structured information management for advanced research purposes.

FAQs

Why combine ITPP, GW-0742, and SR9011?

Together, they give a wider view of oxygen use, metabolism, and circadian-linked processes than when studied alone.

What makes GW-0742 interesting in research?

It helps show how cells burn fat and manage glucose, which is useful in energy studies.

Can researchers order internationally?

Yes, if local regulations allow, RCDbio can process international orders.

How do I manage my account or order history?

Log in to the website of RCDbio to update details, track orders, or adjust settings.

Disclaimer

This product is intended strictly for scientific research purposes only. It is not approved for human or veterinary use; for in vitro and laboratory research only. and is not for the diagnosis, treatment, or prevention of any disease. By purchasing, you agree to comply with RCDbio’s Terms and Conditions. For inquiries, please contact us at support@rcdbio.co or call (307) 200-9668.