Where can I buy NSI-189 phosphate?

Xi'an Faithful BioTech Co., Ltd. is selling NSI-189 phosphate. Please feel free to contact us if you have any purchase needs.

 

Send your Inquiry for more details, Click email：sales4@faithfulbio.com

 

I. Basic Properties and Core Characteristics of NSI-189 Phosphate

1.1 Basic Definition and Chemical Properties

NSI-189 phosphate is a synthetically produced small molecule compound with CAS number 1270138-41-4, molecular formula C₂₂H₃₃N₄O₅P, and molecular weight 464.5. It belongs to the category of phosphorus-containing organic compounds and is classified as a special functional reagent in fine chemical products. This compound typically appears as a white to off-white solid powder, exhibiting some lipid solubility and basicity. Its LogP value is approximately 2.5, a characteristic that gives it good blood-brain barrier penetration ability, laying the foundation for its application in neurological fields.

From a chemical stability perspective, NSI-189 phosphate exhibits strong stability under low-temperature and light-protected conditions. In powder form, it can be stored for 3 years at -20°C and 2 years at 4°C. When dissolved in a solvent, it can be stored for 6 months at -80°C and only 1 month at -20°C. It is stable during short-term transport at room temperature, making it suitable for routine logistics and distribution. Its solubility is characterized by high solubility in dimethyl sulfoxide (DMSO), reaching 65 mg/ml (139.94 mM), moderate solubility in ethanol, and limited solubility in water. This characteristic determines the choice of solvent and preparation method for different applications.

Regarding purity standards, the industry has high purity requirements for NSI-189 phosphate. Conventional research-grade products need a purity of over 98%, while high-end applications (such as precision scientific experiments and reagent development) require a purity of no less than 99.95%. Purity detection and structural confirmation can be achieved through analytical methods such as high-performance liquid chromatography (HPLC), nuclear magnetic resonance (NMR), and liquid chromatography-mass spectrometry (LC-MS), ensuring product quality meets application requirements. Furthermore, the chiral characteristic of this compound is crucial; its S-enantiomer is the active form, and chiral HPLC analysis must ensure enantiomer purity of no less than 99%ee to meet the stringent requirements of high-end applications.

1.2 Core Functional Characteristics

The most core characteristic of NSI-189 phosphate is its powerful neurogenesis-promoting effect. As a novel neurogenesis stimulant, it has been demonstrated in preclinical studies to possess pleiotropic effects, including cognitive enhancement, regulation of neural plasticity, and neurotrophic support. Furthermore, its cognitive-regulating effects are independent of monoamines, distinguishing it from traditional compounds of the same functionality and exhibiting a unique mechanism of action.

Regarding neuroprotection and repair, in vitro studies have shown that NSI-189 phosphate can reverse the cell damage process induced by oxygen-glucose deprivation/reperfusion (OGD/R), significantly reduce hippocampal cell damage, and upregulate the expression of Ki67 and MAP2, promoting neuronal proliferation and differentiation. In addition, this compound can increase the expression levels of neurogenesis-related factors such as brain-derived neurotrophic factor (BDNF), stem cell factor (SCF), and vascular endothelial growth factor (VEGF), providing nutritional support for neuronal growth and repair, demonstrating good application potential in research related to nerve injury.

In the areas of cognition and emotion regulation, preclinical studies and early clinical explorations have shown that NSI-189 phosphate can improve cognitive function and alleviate emotion-related abnormalities, making it valuable for research on cognitive decline and emotion regulation disorders. Meanwhile, some studies have also indicated that it possesses anti-stress effects, regulating the body's stress response and providing new research directions in related fields. Furthermore, this compound has demonstrated potential applications in diabetes-related neuroprotection and the repair of alcoholic brain injury, further expanding its functional boundaries.

 

Send your Inquiry for more details, Click email：sales4@faithfulbio.com

 

 

II. NSI-189 Phosphate Industry R&D Progress and Technological Breakthroughs

Since its development, NSI-189 phosphate has progressed gradually from basic research to preclinical exploration and early clinical studies. Industry R&D has mainly focused on three major directions: deepening the understanding of its mechanism of action, optimizing production processes, and expanding application scenarios. Simultaneously, a series of technological innovations have been achieved, driving the industry's continued development.

2.1 Core R&D Directions and Progress

Deepening the understanding of its mechanism of action is one of the core directions of industry R&D. Currently, it is clear that NSI-189 phosphate can promote neurogenesis in hippocampal neural stem cells and upregulate the expression of neurotrophic factors such as BDNF and SCF. However, its specific target is not yet fully understood, which is also a current focus of research. Preclinical studies have shown that this compound can improve neural plasticity by regulating the proliferation and differentiation of nerve cells. Its cognitive regulation-related effects do not depend on monoamine substances, distinguishing it from traditional similar compounds. This unique mechanism provides a differentiated advantage for its application in related fields. Furthermore, researchers are exploring its different effects on different nerve cell types and its mechanism of action under different pathological conditions to further improve our understanding of its function.

Optimizing production processes is a key R&D direction for enhancing industry competitiveness. Currently, mainstream production processes in the industry suffer from low yields, high purification costs, and large solvent consumption. Enterprises and research institutions are working to improve production efficiency and reduce costs by optimizing reaction conditions, improving catalysts, and streamlining purification processes. For example, screening new, highly efficient catalysts can shorten reaction time and increase product yield; optimizing chromatographic separation processes can reduce solvent consumption and improve purification efficiency; and adopting green synthesis technologies can recycle reaction materials and solvents, achieving energy conservation and emission reduction, aligning with the global trend of green chemical development. Furthermore, some companies are developing continuous production processes to replace traditional intermittent production, improving production scale and product quality stability to meet growing market demand.

Expanding application scenarios is an important direction for industry R&D. Currently, the application of NSI-189 phosphate is mainly concentrated in the scientific research field. With continuous research and development, its application scenarios are gradually expanding to areas such as biological reagents, fine chemicals, and nerve repair materials. In the field of biological reagents, research is underway to develop high-purity, customized reagent products to meet the needs of different research scenarios. In the field of fine chemicals, novel functional materials based on this compound are being developed to expand its applications in biosensing, high-end materials, and other fields. In the field of nerve repair, its application in in vitro culture systems is being explored to support research related to nerve repair. Furthermore, researchers are exploring its potential applications in other fields to further broaden the industry's market space.

2.2 Clinical Research Progress

Clinical research on NSI-189 phosphate mainly focuses on cognitive regulation and emotion-related regulation. Several early-stage clinical studies have been completed, and progress is underway towards later-stage studies. According to information released by DrugPatentWatch, the compound first underwent a Phase I clinical study in healthy volunteers in 2011. A Phase Ib clinical study targeting cognitive and emotion-related abnormalities was initiated in 2012, completed in 2014, and the results were published in 2015, confirming its good safety and tolerability, and its ability to improve related abnormal states.

Currently, relevant companies plan to advance Phase III clinical trials of NSI-189 phosphate to further verify its safety and efficacy in a larger population, while also expanding its research scope to explore its application value in areas such as nerve injury and cognitive decline. In addition, researchers are conducting clinical trials targeting different populations and dosages to optimize usage protocols and provide scientific evidence for future applications.

2.3 Technological Breakthroughs and Innovations

In terms of production technology, the industry has achieved breakthroughs in high-purity purification technology. By optimizing chromatographic separation processes and detection techniques, product purity has been increased to over 99.95%, meeting the needs of high-end scientific research and reagent applications. Simultaneously, progress has been made in the application of green synthesis technology. By using environmentally friendly solvents and optimizing reaction processes, pollutant emissions during production have been reduced, solvent consumption has been lowered, energy conservation and emission reduction have been achieved, and the industry's green development level has been improved. Furthermore, breakthroughs have been made in the research and development of continuous production technology. Some companies have achieved small-scale continuous production, improving production efficiency and product quality stability, and reducing production costs.

In terms of detection technology, efficient and rapid purity detection methods have been developed. Through the coupling of HPLC and NMR, product purity and structure can be quickly and accurately detected, shortening the detection cycle and improving efficiency. Simultaneously, optimization of chiral detection technology enables precise detection of S-enantiomer purity, ensuring product activity and quality. Furthermore, innovations in stability detection technology allow for more accurate assessment of product stability under different storage conditions, providing a scientific basis for product storage and transportation.

In terms of application technology, researchers have developed novel research tools based on NSI-189 phosphate, such as cell culture additives and reagents for animal experiments, providing more convenient and efficient experimental methods for neuroscience research. In the field of biological reagents, customized reagent products have been developed, providing products with specific concentrations and specifications to meet the needs of different experimental scenarios based on customers' specific research requirements. In addition, in the field of fine chemicals, novel functional materials loaded with NSI-189 phosphate have been successfully developed, expanding their applications in biosensing, neural repair materials, and other fields.

III. NSI-189 Phosphate Industry Market Structure and Competitive Landscape

The global NSI-189 phosphate industry market size has shown steady growth. With the deepening of neuroscience research, the expansion of the biological reagent market, and the broadening of applications in the fine chemical field, market demand continues to increase. Currently, the industry market structure is characterized by "Europe and America dominating the high-end market, while China and India are vying for the mid-to-low-end market." Competition mainly focuses on technological level, product purity, price, and customer service.

3.1 Global Market Structure

Europe and America are the dominant markets in the global NSI-189 phosphate industry, and also the main production and R&D bases. They possess a number of technologically advanced companies and research institutions, such as TargetMol, InvivoChem, and NervGen Pharma Corp. These companies, with their mature production technologies and comprehensive R&D systems, mainly produce high-purity, high-end research-grade products, primarily supplying universities, research institutions, and biopharmaceutical companies in Europe and America, thus occupying a dominant position in the global high-end market. Furthermore, significant investment in scientific research and rapid development in neuroscience in Europe and the United States provide strong support for the market demand for NSI-189 phosphate. Simultaneously, a robust intellectual property protection system ensures the innovation and development of enterprises.

Emerging markets such as China and India are important growth drivers for the global NSI-189 phosphate industry. Leveraging their cost advantages, they are gradually becoming major production bases for low- to mid-range products globally. China possesses a complete phosphate chemical industry chain and a fine chemical industry base, boasting advantages such as ample raw material supply, low production costs, and abundant labor resources. In recent years, Chinese companies have increased their R&D investment, gradually breaking into high-end fields, improving product purity and technological levels, and narrowing the gap with European and American companies.

Other regions (such as Japan, South Korea, and Southeast Asia) have relatively small market sizes, mainly relying on imports. Domestic production enterprises are few, and market demand primarily depends on supplies from European, American, and Chinese companies. With the gradual development of neuroscience research in these regions, market demand is expected to gradually increase, becoming a new growth highlight for the industry.

3.2 Competitive Landscape of Major Enterprises

The global NSI-189 phosphate industry is mainly divided into three tiers: The first tier consists of leading European and American companies with advanced technology and high product purity, primarily occupying the high-end market; the second tier comprises backbone enterprises from China and India, possessing considerable technological strength and stable product quality, mainly occupying the low-to-mid-end market while simultaneously expanding into the high-end sector; the third tier consists of smaller enterprises with lower technological levels and lower product purity, primarily supplying the low-end market and exhibiting weaker competitiveness.

IV. NSI-189 Phosphate Industry Development Trends and Challenges

4.1 Industry Development Trends

Trend 1: Continued Market Growth, with Significant Growth in the High-End Market. With the deepening of global neuroscience research and increased investment in scientific research, the demand for NSI-189 phosphate in the research field will continue to rise. Simultaneously, the expansion of the biological reagent market and the broadening of applications in the fine chemical field will further drive market demand. It is projected that the global NSI-189 phosphate industry market size will maintain a compound annual growth rate of 10%-15% in the next few years. Among them, the demand growth rate for high-end, high-purity products (purity above 99.95%) will be higher than the industry average, mainly due to the increasing application of high-end scientific research and reagents.

Trend 2: Technological Innovation Drives Industry Upgrading, Accelerating Import Substitution. With the continuous increase in industry R&D investment, production processes, purification technologies, and testing technologies will be continuously optimized, further improving product purity and production efficiency, and gradually reducing production costs. Meanwhile, companies in emerging market countries such as China and India will increase R&D investment to break through high-end technology bottlenecks, gradually achieve import substitution for high-end products, change the global market landscape, and enhance their influence in the industry. Furthermore, the widespread application of green synthesis technology and continuous production technology will drive the industry towards green, efficient, and large-scale development.

Trend Three: Expanding Application Scenarios and Accelerated Industrial Chain Extension. The application of NSI-189 phosphate will gradually expand from traditional scientific research fields to multiple areas such as biological reagents, fine chemicals, nerve repair materials, and biosensors, continuously broadening its application boundaries. Simultaneously, the industry chain will gradually extend, with upstream raw material companies and midstream production companies strengthening cooperation to optimize the raw material supply system; midstream production companies and downstream application companies will establish collaborative mechanisms to optimize product specifications and quality according to application needs, enhancing the overall competitiveness of the industrial chain. In addition, companies will gradually develop towards integration, covering multiple links such as R&D, production, sales, and service, enhancing comprehensive competitiveness.

Trend Four: Increased Industry Concentration and Optimized Competitive Landscape. As the industry continues to develop, small enterprises, due to their low technological level, poor product quality, and weak competitiveness, will gradually be eliminated. Leading enterprises will expand their production scale and increase their market share through mergers and acquisitions, technological innovation, and other means, leading to a gradual increase in industry concentration. Simultaneously, industry competition will shift from price competition to technological competition, product quality competition, and customer service competition, continuously optimizing the competitive landscape and driving high-quality development of the industry.

4.2 Challenges Facing the Industry

Challenge 1: Core technology bottlenecks constrain industry development. Currently, high-end production technology for NSI-189 phosphate is mainly controlled by European and American companies. Companies in emerging market countries such as China and India still face technological bottlenecks in high-purity purification, chiral synthesis, and continuous production, resulting in reliance on imports for high-end products and high production costs. Furthermore, its specific target is not yet fully understood, making research and development difficult and requiring significant investment and time, thus hindering the industry's R&D progress and application expansion.

Challenge 2: Unstable raw material supply and significant cost fluctuations. The production of NSI-189 phosphate relies on phosphate chemical raw materials and organic raw materials. The uneven distribution of phosphate rock resources and the tight global supply of phosphate rock lead to significant price fluctuations in core raw materials such as phosphoric acid, increasing production costs and operational risks for companies. Furthermore, the supply of organic raw materials is affected by factors such as fine chemical industry policies and environmental requirements, resulting in insufficient supply stability and further restricting the stable development of the industry.

Challenge Three: High Intellectual Property Barriers. Leading European and American companies possess numerous patents in the research and development and production of NSI-189 phosphate, forming high intellectual property barriers. Companies in emerging market countries are prone to patent infringement risks during research and development, hindering their technological innovation and market expansion. At the same time, the imperfect intellectual property protection system also affects companies' enthusiasm for research and development.

Challenge Four: Stricter Environmental Policies and Increased Production Pressure. Increasingly stringent global environmental policies place higher environmental requirements on fine chemical companies. The production process of NSI-189 phosphate generates certain pollutants, requiring companies to invest heavily in environmental protection facilities and pollutant treatment, increasing production costs. Simultaneously, some companies that fail to meet environmental standards will be eliminated, further intensifying competitive pressure within the industry.

Challenge Five: Insufficient Market Awareness and Difficulty in Application Promotion. As a novel compound, NSI-189 phosphate has a relatively short history in the industry, resulting in low market awareness. Some research institutions and companies have limited understanding of its functions and applications, leading to significant difficulties in application promotion. Furthermore, its clinical research is still in the early stages, and widespread application scenarios have not yet been established, further restricting the release of market demand.

 

Conclusion

With the deepening of neuroscience research, continuous technological innovation, and the expansion of application scenarios, the NSI-189 phosphate industry will usher in excellent development opportunities and gradually enter a stage of high-quality development. In the future, the global NSI-189 phosphate market will continue to grow, with the proportion of the high-end market gradually increasing. Companies from emerging market countries such as China and India will gradually rise, breaking the monopoly of European and American companies, and the industry's competitive landscape will become more diversified.

Technologically, high-purity purification technology, continuous production technology, and green synthesis technology will gradually mature, further improving product quality and production efficiency, and gradually reducing production costs, laying the foundation for the industry's large-scale development. Simultaneously, its mechanism of action will gradually become clear, leading to the development of more novel products and application solutions based on this compound, expanding application boundaries, and driving the industry towards diversification.

In terms of applications, with the continuous advancement of clinical research, the application of NSI-189 phosphate in cognitive regulation, nerve repair, and other related fields will gradually expand. At the same time, its application in biological reagents, fine chemicals, and biosensors will continue to deepen, and market demand will continue to be released. Furthermore, with increased market awareness, more research institutions and enterprises will participate in related research and applications, further driving the industry's development.

Overall, the NSI-189 phosphate industry has broad development prospects, but it also faces multiple challenges, including technological bottlenecks, raw material supply, and environmental policies. In the future, the industry needs to overcome these challenges through technological innovation, policy support, and industry cooperation to promote its sustainable and healthy development, providing crucial support for neuroscience research and the fine chemical industry.

 

As a provider of premium NSI-189 phosphate CAS 1270138-41-4, Xi'an Faithful BioTech Co., Ltd. leverages state-of-the-art production technology and rigorous quality assurance to meet international pharmaceutical requirements. Our dedication to superior quality, cost-effective pricing, and tailored technical support has made us the preferred collaborator for healthcare professionals and researchers worldwide. To obtain detailed specifications and application guidance for our NSI-189 phosphate Powder, contact our technical team at sales4@faithfulbio.com and explore how our offerings can enhance your product formulations.