Atlas 2.0 Stack (ITPP + GW-0742 + SR-9011)

Atlas 2.0 Stack (ITPP + GW-0742 + SR-9011) The Atlas 2.0 Stack is a proprietary research formulation. It combines three investigational compounds: ITPP (Myo-Inositol Trispyrophosphate), GW-0742, and SR-9011 . The stack is created for laboratory-based studies that focus on endurance, metabolic regulation, and oxygen utilization pathways. Formulation Details: Per Capsule : 105 mg total ITPP: 50 mg GW-0742: 25 mg SR-9011: 30 mg Available Counts: 20 capsules / 2.1 g total 40 capsules / 4.2 g total Overview of ITPP ITPP, also known as Myo-Inositol Trispyrophosphate (ITPP), is a synthetic compound that is under investigation for its role in oxygen regulation. It is a lab-made hemoglobin modifier. Preliminary studies have suggested that it may alter the release of oxygen in the blood. Early investigations in experimental models suggest it could be useful in studying endurance, tissue recovery, and hypoxia-related processes. Overview of SR-9011 SR-9011 is classified as a Rev-ErbA agonist. Researchers studied this compound in experimental and laboratory models for its influence on circadian rhythm, metabolism, and energy regulation. Preclinical findings suggest it may provide insights into endurance, metabolic efficiency, and energy expenditure in research models. However, these observations are limited to controlled research environments. Authentic data regarding this information is very limited, so more research is needed to validate it. Overview of GW-0742 GW-0742 is a potent agonist of peroxisome proliferator-activated receptor delta. The compound is under preclinical studies for its potential role in regulating metabolic activity. It is also being investigated for its possible role in modulating pathways. These pathways are linked to fatty acid metabolism and energy expenditure. It has also been observed to modulate insulin sensitivity in preclinical models. Working Mechanism of ITPP Researchers have observed that ITPP may work by modulating hemoglobin. ITPP may reduce hemoglobin’s oxygen affinity, facilitating oxygen release from red blood cells in various research models. In research settings, it may alter the structure of hemoglobin to ease the delivery of oxygen smoothly in low-oxygen tissues. Studies suggest ITPP may also support cellular metabolism as observed in research subjects. The process is carried out when ITPP optimizes oxygen-dependent energy pathways in experimental models. Working Mechanism of GW-0742 GW-0742 appears to work by binding to and activating the PPAR-delta receptor. When GW-0742 binds to this receptor, it may influence gene expressions involved in fatty acid breakdown and glucose utilization. In research models, this mechanism has been linked to enhanced fatty acid oxidation in skeletal muscle. In different experimental models, it has been shown to improve insulin sensitivity, increase mitochondrial activity, and have potential anti-inflammatory effects. Working Mechanism of SR-9011 Researchers have found from lab studies that SR-9011 may work by binding to Rev-Erb receptors in cells. A Rev-Erb agonist is a compound that may activate a nuclear receptor known as Rev-Erb Beta. The Rev-Erb beta receptor protein is found in the cells, as studied in different research subjects. The binding may trigger the receptor, which then represses certain genes as observed in preclinical models. These genes are believed to control the production of proteins involved in metabolism and sleep-wake cycles in research subjects. Potential Benefits | ITPP Here are the potential benefits of ITPP as shown in preclinical models. These benefits are studied in various research settings and not in humans. Improves oxygen delivery to tissues in research subjects. Enhances endurance and exercise performance in research models. Increases oxygen utilization efficiency in research subjects. Supports muscle energy metabolism in research models. May reduce fatigue in research subjects. Improves hypoxia tolerance in research models. Potential Side Effects | ITPP The following are a few side effects observed in research subjects. However, long-term research is required to understand the full safety profile of this compound. Risk of altered oxygen saturation in research models. Potential electrolyte imbalance in research models. Risk of increased oxidative stress in research subjects. Possible mild gastrointestinal discomfort in research models. Potential Benefits | SR-9011 Below are the potential benefits of SR-9011 as shown in preclinical models. These benefits are studied in various research settings and not in humans. May enhance endurance in experimental models May increase metabolic rate in lab studies May improve lipid and glucose metabolism in experimental models May regulate circadian rhythm in preliminary studies May have anti-obesity effects in experimental models May optimize cellular energy in experimental models Potential Side Effects | SR-9011 The following are the side effects observed in research subjects. However, long-term research is required to understand the full safety profile of this compound. May disrupt sleep patterns in experimental models May cause fatigue in experimental models May affect appetite regulation in preliminary studies May induce mild liver enzyme changes in experimental models May increase heart rate in experimental models Potential Benefits | GW-0742 Below are the potential benefits of GW-0742 as shown in preclinical models. These benefits are studied in various research settings and not in humans. Research suggests GW-0742 may enhance endurance in experimental models. Studies indicate it may improve lipid metabolism in animal models. Findings show it may support glucose regulation in laboratory models. Preclinical data suggest it may reduce inflammation in research settings. Non-human studies indicate it may aid cardiovascular function. Potential Side Effects | GW-0742 Here are the potential side effects of GW-0742 reported in non-human research, not confirmed in any experimental model: GW-0742 may cause liver strain in research models. Studies indicate it may influence kidney function in experimental models. Findings show it may alter lipid balance in laboratory models. Preclinical data suggest it may impact cardiac tissue in research settings. Non-human studies indicate it may affect reproductive health in test models. Where to Buy Atlas 2.0 Stack (ITPP + GW-0742 + SR-9011)? The best place to buy Atlas 2.0 Stack (ITPP + GW-0742 + SR-9011) capsules is Purerawz. The reason we are confident about our online shop is that we have premium-quality research chemicals at economical prices. Additionally, we provide you with a proper certificate of analysis (COA) to ensure transparency and purity. With secure transaction options, your data is saved with us. FAQs Can the Atlas 2.0 Stack work as a combined formulation? Yes, in research settings, the stack may be studied as a combined formulation, as each compound targets different mechanisms. However, whether the combination enhances or alters the effects compared is not fully known. What is the known stability and degradation of the Atlas 2.0 Stack compounds? Though the exact stability is unknown. A few research studies have observed the following about the compound. ITPP: Shows reasonable stability under dry, cool storage. However, it might degrade if exposed to moisture. GW-0742: Stable in controlled storage but sensitive to oxidation and light exposure. SR-9011: It has moderate stability. What is the shelf life of the Atlas 2.0 Stack? The exact shelf life for the combined stack has not been established in clinical settings. Individually, compounds like SR-9011 and GW-0742 are often handled as research-use-only materials. They are stored for short-to-medium durations (months to about 1-2 years) under appropriate lab conditions as suggested by preclinical studies. Disclaimer: This information is for educational purposes only and not medical advice. Products are for research use only. Research must follow IRB or IACUC guidelines. Verify information independently before purchasing. By ordering, you agree to our Terms and Conditions . If you are not 100% satisfied with the product you received, please contact us at support@purerawz.co ATTENTION: All our products are for LABORATORY AND RESEARCH PURPOSES ONLY, not for veterinary or human use.