SANA Powder

Xi'an Sonwu Biotech Co., Ltd. is one of the most professional manufacturers and suppliers of sana powder in China. We warmly welcome yuo to wholesale bulk sana powder for sale here from our factory. Quality products and reasonable price are available.

What Is SANA Drug

SANA powder (CAS 42571-07-3) is a well-defined synthetic small molecule compound with the chemical name 2-Hydroxy-5-(2-nitroethenyl)benzoic acid, also known as 5-(2-nitroethenyl)salicylic acid. Its molecular formula is C₉H₇NO₅, and its molecular weight is 209.16 g/mol. Its basic structure is based on a salicylic acid skeleton, retaining both ortho-hydroxy and carboxylic acid groups on the aromatic ring, and further introducing a 2-nitroethenyl (nitrovinyl) substituent with strong electronic characteristics. This structural combination endows the molecule with a unique electronic distribution, polarity, and the ability to interact with biomolecules, which is also an important structural basis distinguishing it from traditional salicylic acid compounds. Publicly available chemical data show that the main structural form corresponding to CAS 42571-07-3 is (E)-2-hydroxy-5-(2-nitroethenyl)benzoic acid. The carboxylic acid and phenolic hydroxyl groups in the molecule can participate in hydrogen bonding and acid-base interactions, while the nitroolefin structure further alters the electronic properties of the aromatic system, giving the entire molecule a structural characteristic that combines aromatic hydrophobic regions and polar functional groups. This type of structure is of great significance for studying the interactions between small molecules and proteins, cell membranes, and intracellular metabolic networks. Publicly available information describes it as a powder or crystal form, with some research-grade products supplied as solid powder; the appearance of different batches may vary due to crystal form, purity, and preparation process. As a novel small molecule that has attracted attention in the field of metabolic research in recent years, its chemical design does not simply repeat the action mode of traditional salicylic acid compounds, but rather establishes new biological activity characteristics by introducing a nitroolefin functional structure. This molecule has clear CAS registration information and a characterizable structural basis, making it suitable for purity analysis, structural confirmation, metabolic studies, and structure-activity relationship studies. For drug development institutions and life science laboratories, its structural characteristics provide a reliable chemical basis for further research on its relationship with creatine metabolism, adipose tissue energy consumption, and thermogenic pathways.

As one of the most popular products, SANA has received many good comments and feedback from customers. What attracts customers mostly is the high quality. Besides that, Xi'an Sonwu has a greatly competitive price. If you want to know more about it, just contact Xi'an Sonwu Biotech Co., Ltd.

Certificate Of Analysis

Where To Buy SANA online

Xi'an Sonwu Biotech Co. Ltd. has rich experience in global trade and the health industry. Insisting on faith-based and quality first is Xi'an Sonwu's principle. Xi'an Sonwu strictly controls product quality, which means selection starts from raw materials. Besides, Xi'an Sonwu handles every detail and reduces costs to the maximum extent so that customers can get cost-effective products. As a result, customers have given positive feedback on the products. So look for Xi'an Sonwu Biotech Co. Ltd. when buying it.

Xi'an Sonwu ultimately ensures product quality so samples can be supplied. Here is the quantity.

Customers' Good Comments

OEM Service

Xi'an Sonwu can supply not only high-quality powder but also SANA capsules.

So, any customer can customize the capsules they want. The items below can be supplied.

1. Customized capsule shells (size, color, material)

2. Customized bottles(size, color, material, style)

3. Customized packaging(vacuum foil packaging, box, drum)

4. Customized label(paint film, matte film, optical mask)

SANA Effects

The most representative research value of SANA focuses on energy consumption and thermogenic regulation. Recent studies have explored it as a small molecule with an innovative mechanism to investigate how it can enhance resting energy expenditure by activating creatine-dependent thermogenesis in adipose tissue. Unlike traditional strategies that alter energy balance by suppressing appetite, reducing nutrient intake, or directly disrupting mitochondrial membrane potential, SANA focuses on the cell's own energy expenditure mechanisms, particularly the metabolic "ineffective cycle" generated by the creatine cycle. Related studies show that it can stimulate mitochondrial respiration and the expression of genes related to creatine-dependent thermogenesis, and promote energy expenditure in experimental models. This characteristic makes it highly valuable for research on obesity, abnormal energy metabolism, adipose tissue function, and weight regulation. Animal studies particularly focus on its performance in diet-induced obesity models, including weight gain control, changes in energy expenditure, and adipose tissue metabolic status. Publicly available research also indicates that the thermogenic effect of SANA does not depend on classical UCP1 activation, which is significant for studying white adipose tissue, beige adipose tissue, and UCP1-independent thermogenesis. Therefore, it is not merely an experimental compound for observing changes in body weight; its more important value lies in providing a tool for studying the new metabolic regulatory axis of creatine metabolism-energy expenditure-adipose tissue thermogenesis. It has high experimental application value for research in metabolic biology, obesity mechanisms, mitochondrial function, and novel energy expenditure strategies.

The core mechanism of SANA is closely related to creatine-dependent thermogenesis. Creatine not only participates in high-energy phosphate metabolism in muscle tissue but also in energy regulation processes in adipose tissue. When the creatine cycle continues, cells need to continuously consume ATP to complete the cyclic conversion between creatine and phosphocreatine. This process forms a special "ineffective cycle" that consumes energy and increases metabolic activity. It has been studied to enhance this creatine-dependent metabolic process, thereby increasing cellular energy expenditure and thermogenesis. Existing research particularly focuses on the relationship between it and creatine kinase-related systems. Publicly available research describes it as a compound that can activate creatine-dependent energy expenditure and points out that its effects are related to creatine kinase-related pathways such as CKMT1/2. By enhancing the metabolic flux associated with the creatine cycle, cells require more energy to maintain this cycle, ultimately manifesting as enhanced mitochondrial respiration and increased overall energy expenditure. Another important mechanistic feature of SANA is its UCP1-independent thermogenesis. Traditional adipose tissue thermogenesis studies typically focus on UCP1-mediated mitochondrial proton leakage, while the metabolic model studied by it does not require direct activation of UCP1 and differs from traditional direct mitochondrial uncoupling agents. Research data show that it can stimulate mitochondrial respiration and increase energy expenditure without directly uncoupling mitochondria. This mechanism provides a new experimental pathway for metabolic research: by enhancing the energy demand of the creatine cycle, cells actively consume more ATP, thereby converting some chemical energy into heat.

SANA powder thus becomes an important research tool for studying UCP1-independent thermogenesis, creatine metabolism, mitochondrial respiration, and adipose tissue energy homeostasis. The research value of SANA lies primarily in its ability to connect three important biological processes: creatine metabolism, mitochondrial energy expenditure, and adipose tissue thermogenesis, providing a new direction for obesity and metabolic disease research that differs from traditional weight loss strategies. Current metabolic research increasingly emphasizes energy expenditure rather than just energy intake. Increasing the body's energy expenditure without solely relying on appetite suppression has become an important topic in novel metabolic intervention research. The creatine-dependent thermogenesis mechanism represented by it provides a representative experimental tool for this research direction. In obesity research, it can be used to establish and study diet-induced obesity (DIO) models, observing the association between increased energy expenditure, changes in adipose tissue function, and weight changes. Publicly available research data show that it can promote energy expenditure and inhibit weight gain in diet-induced obesity experimental models, but its effects differ from those under normal dietary conditions. This makes it particularly suitable for exploring metabolic adaptation mechanisms under high energy intake. SANA is also applicable to adipose tissue biology and thermogenesis mechanism research. Researchers can use this compound to observe changes in creatine cycle-related gene expression, mitochondrial respiration, cellular energy status, and adipocyte thermogenesis phenotypes, thereby further elucidating the UCP1-independent thermogenesis process. It also has high research value for studying metabolic remodeling of white adipose tissue, formation of beige adipose tissue, and differences in energy regulation among different adipose tissues. In drug discovery and screening of metabolic candidate molecules, it can also serve as a reference compound with a clear direction of action, used to study the druggability of creatine-dependent thermogenesis pathways and to further conduct structural optimization, structure-activity relationship analysis, and derivative screening. Its well-defined chemical structure, small molecular weight, and clear research mechanism make it suitable as a research-grade raw material for cell experiments, animal models, and metabolic pathway studies. Currently, it is still an experimental compound in the research and development stage, with publicly available information mainly focusing on metabolic mechanisms, energy expenditure, and obese animal models. Experimental results cannot be directly equated with proven human therapeutic effects. For research institutions, drug development companies, and metabolic research laboratories, the true value of it lies in its unique creatine-dependent, UCP1-independent thermogenesis mechanism and the resulting potential for energy metabolism research. As research into metabolic diseases and energy homeostasis continues to deepen, it is expected to remain an important reference molecule in the fields of novel thermogenesis mechanism research and metabolic drug discovery.

Factory Environment

Xi'an Sonwu production factory is well-equipped, clean, and tidy, with sufficient stock. Under the company's leadership, researchers insist on developing new products. The following is the laboratory testing environment, advanced testing equipment, and professional testers, with a strict commitment to providing valuable product data and delivering a quality customer experience.

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Packaging

Logistics Record

In addition to guaranteeing product quality, the other most vital thing is that clients can receive the goods smoothly. So, Xi'an Sonwu supplies all kinds of couriers according to different needs.

FAQ

1. How do you contact Xi'an Sonwu Biotech Co., Ltd.?

You can contact me by email, telephone number, or social media.

2. How do you ensure the quality of the product?

Xi'an Sonwu tests each batch and can supply a COA for customers. In addition, the products pass tests for HPLC, UV, GC, TLC, etc. Xi'an Sonwu also cooperates with third parties, like SGS.

3. How to pack and store?

Pack: Vacuum-sealed foil packaging & Sealed export-grade drum or pack according to customers' needs.

Storage: Keep it in a dry and cool place, and avoid strong light and heat.

If you want to buy SANA powder, feel free to contact Xi'an Sonwu.

Email: sales@sonwu.com

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