Atlas Stack (ITPP + GW501516 + SR-9009)

What is the Atlas Stack (ITPP + GW501516 + SR-9009)? Purerawz ITPP + Cardarine + SR-9009 Formula is the ultimate research breaker that may aid in various studies that involve improvement in muscle, sleep, and metabolism. ITPP is like a powerhouse that may enhance exercise capacity. Cardarine is a compound that is being studied to potentially improve bone health. Lastly, SR-9009 is a compound that is known to potentially aid in body clock, sleep, and energy management. The combination of these three compounds presents numerous research opportunities. The ITPP + Cardarine + SR-9009 formula presents an intriguing possibility for investigation, particularly regarding its implications for muscle development, enhancement of sleep quality, and metabolic stimulation. The ITPP + Cardarine + SR-9009 formula represents a novel approach to studying various critical biological functions. It targets multiple receptors in the body. This combination of compounds offers a multifaceted strategy. Each has distinct biological properties for optimizing various physiological functions. Purerawz ITPP + Cardarine + SR-9009 Formula contains a blend of ITPP, Cardarine, and SR-9009. Available in tablet, capsule, and liquid forms: Tablets: 75 mg per tablet (25 mg ITPP, 25 mg Cardarine, and 25 mg SR-9009). Available in 20 tablets (1500 mg) and 40 tablets (3000 mg). Tablets: 100 mg per tablet (50 mg ITPP, 25 mg Cardarine, and 25 mg SR-9009) Available in 20 tablets (2000 mg) and 40 tablets (4000 mg). Capsules : 75 mg per capsule (25 mg ITPP, 25 mg Cardarine, and 25 mg SR-9009); 20 capsules totaling 1500 mg. Capsules: 100 mg per capsule (50 mg ITPP, 25 mg Cardarine, and 25 mg SR-9009) Available in 20 capsules (2000 mg). Liquid : 100 mg per ml, totaling 3000 mg in a 30 ml bottle. ITPP CAS 23103-35-7 Molar Mass 737.88 g/mol Chemical Formula C 6 H 6 Na 6 O 21 P 6 IUPAC Name [[(2R,3R,4R,5R)-6-(dihydrogen phosphate)-3,4,5-trihydroxyoxan-2-yl]methyl] bis(dihydrogen diphosphate) What is ITPP? ITPP, also known as ITTP Hexasodium Salt or Myo-inositol Trispyrophosphate Hexasodium Salt. It is a red blood cell (RBC) modifier and a membrane-permeant polyanionic compound. It has been studied to increase oxygen release in both free hemoglobin and whole blood [ R ] [ R ]. ITTP has been found to have the ability as a potential anticancer therapeutic agent in several research studies. It is a non-toxic compound that exhibits anti-tumor effects by normalizing tumor vasculature [ R ]. This normalization leads to increased oxygen levels within the tumor, countering hypoxia and potentially improving treatment outcomes. How does ITPP work? As an allosteric modulator, ITTP promotes the release of oxygen from red blood cells by reducing the hemoglobin’s affinity to oxygen [ R ]. It exhibits key mechanisms that significantly affect RBC’s ability to release oxygen. First, ITTP molecules can penetrate the RBC membrane and access hemoglobin (Hb). Second, interaction with Hb changes its structure, which may diminish oxygen affinity. Reduced affinity makes Hb release oxygen more easily in tissues, enhancing oxygen delivery [ R ]. ITPP may: It may be a potential cancer treatment by increased tumor oxygenation It may be a promising new avenue for treating cardiovascular disease It may potentially improve the effectiveness of radiation therapy and chemotherapy . It may improve heart function in pulmonary hypertension [ R ]. SR-9009 CAS 1379686-30-2 Molar Mass 437.9 g/mol Chemical Formula C 20 H 24 ClN 3 O 4 S IUPAC Name ethyl3-[[(4-chlorophenyl)methyl-[(5-nitrothiophen-2-yl)methyl]amino]methyl]pyrrolidine-1-carboxylate What is SR-9009? SR-9009, or stenabolic, is a synthetic agonist of REV-ERB, a protein that regulates gene activity[ R ][ R ]. It influences circadian rhythms, regulating sleep, activity, and metabolism [ R ]. REV-ERBs are highly responsive to exogenous ligands like SR-9009 [ R ]. SR-9009 may disrupt their normal function by interacting with ligand-binding sites. This interaction may lead to changes in circadian behavior and metabolic gene expression [ R ]. How does SR9009 work? SR-9099 binds irreversibly to both REV-ERBα and REV-ERBβ. It influences metabolic gene expression, potentially affecting circadian rhythms and metabolic processes. These changes may occur in tissues like the liver, skeletal muscle, and adipose tissue, which could lead to increased energy expenditure [ R ][ R ]. One study focused on SR-9009’s effect on the Per2 gene, which is abundant in the hypothalamus and liver. SR-9009’s effects on circadian rhythms and metabolism vary depending on the tissue. Its influence on different clock genes may lead to distinct outcomes in the central nervous system. Peripheral tissues may also show unique responses [ R ]. SR-9099 was discovered to be more effective than compounds like GSK4112 and SR-9011 [ R ]. REV-ERB is a critical regulator of heart disease. SR-9011 was able to prevent and treat pathological cardiac remodeling in rodent models. The interaction between REV-ERBα and transcription factors like MEF2a and MEF2c suppresses harmful gene expression during heart stress. SR-9009 may reduce plaque buildup in arteries. It also lowered cholesterol and triglyceride levels in another in vivo study [ R ]. These lipid-lowering effects suggest SR-9009’s cardioprotective potential. SR-9099 may: It may modulate sleep-wake cycles without tolerance or loss of efficacy. It may help prevent damage caused by ischemic stroke. It may be a promising therapeutic agent for asthma, particularly in cases of house dust mite (HDM)-induced inflammation . It may induce cell death in cancer cells like osteosarcoma and breast cancer cells. It may potentially act as a therapeutic option for small cell lung cancer (SCLC) It may help address metabolic issues such as dyslipidemia (abnormal cholesterol levels) and hyperglycemia (high blood sugar). This is achieved by promoting weight loss, reducing body fat, and improving lipid and glucose profiles . It may manage weight by increasing energy expenditure and supporting weight loss. Cardarine CAS 317318-84-6 Molar Mass 471.5 g/mol Chemical Formula C 21 H 18 F 3 NO 3 S 2 IUPAC Name 2-[4-[[2-[3-fluoro-4-(trifluoromethyl)phenyl]-4-methyl-1,3-thiazol-5-yl]methylsulfanyl]-2-methylphenoxy]acetic acid What is Cardarine? GW-501516, or Cardarine, is a PPARδ agonist and synthetic compound with antioxidative properties. It was developed from wasabi to treat metabolic disorders and cardiovascular diseases [ R ]. The activation of PPARδ promotes energy metabolism and muscle function. It may also enhance exercise endurance. Additionally, cardarine has shown potential anti-inflammatory effects and may benefit conditions like multiple sclerosis [ R ]. Cardarine’s influence extends to various tissues, particularly the heart and muscles [ R ]. This suggests its potential in fat metabolism & tissue repair [ R] . Recent research has highlighted Cardarine’s ability to enhance exercise endurance, demonstrating its multifaceted role in physiological functions and metabolic diseases [ R ]. How does Cardarine work? Cardarine triggers the activation of PPARδ, a protein essential for muscle endurance & metabolism. This activation increases the expression of the GLUT4 glucose transporter in muscles & improves insulin action. It also enhances glucose tolerance, leading to the stimulation of mitochondria in skeletal muscle. This promotes the conversion of white muscle fibers into red fibers [ R ] [ R ]. Cardanine’s target receptor, PPARδ, plays a role in regulating muscle fiber types, distinct from the mechanisms involved in exercise. While exercise primarily increases energy through protein and carbohydrate metabolism, GW501516 promotes fatty acid oxidation. Both methods contribute to enhanced energy production but through different pathways. [ R ] Cardarine may: It may improve running performance and endurance through fatty acid oxidation and ketone body pathways, as shown in animal studies [ R ]. It may offer potential benefits for addressing metabolic issues such as oxidative stress, insulin resistance, and obesity [ R ]. It may potentially have anti-inflammatory effects [ R ]. It may work as a potential therapeutic drug for atherosclerosis [ R ]. FREQUENTLY ASKED QUESTIONS Where can I get the best SARMS for sale, like ITPP + Cardanine + SR-9009 formula? PureRawz is a leading source of SARMs formulas like ITPP + Cardanine + SR-9009 formula for sale. We get our raw ingredients from high-quality sources. Our chemicals have independent, third-party Certificates of Analysis for purity identification. Our product page also contains product descriptions that can be useful for research. Is your research looking for affordable alternatives and profound individual effects? You may opt to consider ITPP , Cardarine , and SR-9009 . PureRawz also offers a variety of other Cardarine Stacks for lab studies you can also check. We offer free, fast shipping on cart orders over $100 in the US and abroad! This makes us the top option for the best ITPP + Cardanine + SR-9009 Stack near you. Payment can be made by PayPal, Zelle, Credit Card, and Bitcoin. Click customer reviews to read what people think about our products and great prices. Disclaimer This information is for educational purposes only and does not constitute medical advice. THE PRODUCTS DESCRIBED HEREIN ARE FOR LABORATORY AND RESEARCH USE ONLY. All clinical research must be conducted with the appropriate IRB oversight. All preclinical research must be conducted with IACUC following the AWA guidelines. Our content is intended to be used and must be used for informational purposes only. Additional research from Trusted Sources before buying to ensure safety and efficacy. Any information on our Website should be independently verified. By completing and paying for your order, you agree to our Terms and Conditions . Customer satisfaction is our number one priority. 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 and not for veterinary or human usage. Stock is subject to availability.