Sildenafil 50mg/ml (30ml)

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Sildenafil research liquid serves as a valuable tool for exploring vascular health mechanisms, erectile function pathways, and pulmonary hypertension models in controlled laboratory settings. This compound has demonstrated consistent experimental outcomes in scientific environments, making it an essential component for various research investigations. The following article examines its chemical characteristics, fundamental mechanisms, and applications in research contexts.

Key Takeaways

• Sildenafil citrate, characterized by its specific chemical formula and CAS number, represents an important research compound, particularly through its function as a phosphodiesterase type 5 inhibitor that impacts vascular system studies.
• Research suggests sildenafil may influence erectile function pathways and offer insights into pulmonary arterial hypertension management, indicating promising research directions in these areas.
• Appropriate storage and handling protocols for sildenafil liquid are essential for maintaining compound stability in research applications, with technical support from providers like Loti Labs to ensure researcher satisfaction.

Understanding Sildenafil Citrate

Sildenafil citrate, a research compound with the molecular formula C28H38N6O11S, holds significant value in scientific investigations. This chemical structure reveals its complex atomic composition, incorporating carbon, hydrogen, nitrogen, oxygen, and sulfur atoms. With a molecular weight of approximately 666.70 g/mol, sildenafil citrate represents a well-characterized substance that plays a crucial role in numerous experimental protocols.

The compound’s CAS number 171599-83-0 provides a standardized identification system that supports regulatory compliance and research documentation. This substance serves as the active component in research-grade liquid preparations, recognized broadly for its applications in laboratory settings beyond any commercial products. The chemical properties make sildenafil citrate particularly suitable for controlled laboratory investigations, offering researchers a reliable compound for their scientific inquiries.

Understanding the molecular composition of sildenafil citrate helps researchers appreciate its potential applications in scientific exploration. Its demonstrated stability and efficacy under experimental conditions establish sildenafil citrate as a valuable tool for investigators pursuing new directions in biomedical research.

Primary Action of Sildenafil

Research suggests that sildenafil citrate functions as a phosphodiesterase type 5 inhibitor, primarily affecting the levels of cyclic guanosine monophosphate (cGMP) in biological systems. This selective inhibitory action may prevent cGMP degradation in smooth muscle tissue, a process fundamental to muscle relaxation and vascular dilation mechanisms. Understanding this action provides valuable insights into sildenafil’s role in various physiological response pathways under investigation.

By potentially limiting cGMP breakdown, research suggests sildenafil may enable relaxation of arterial smooth muscles, potentially enhancing circulation mechanisms. This particular action holds significant interest in studies focused on erectile function processes and vascular health. The resulting accumulation of cGMP could theoretically promote arterial smooth muscle relaxation, thereby influencing circulatory dynamics in research models.

Known in research contexts for its effects on vascular dilation and erectile function pathways, sildenafil has been extensively studied for its influence on blood flow mechanisms and muscle relaxation. These properties establish it as a valuable research compound for understanding and exploring conditions related to circulatory challenges and muscle tension. Findings from these investigations may potentially open new research avenues for further scientific exploration.

Research Applications of Sildenafil Liquid

Sildenafil liquid serves as a valuable tool for researchers investigating various health conditions in laboratory settings. When exploring this compound, it’s important to understand that its applications are strictly confined to research environments and animal studies.

In the following sections, we’ll explore how this substance is utilized in research models focusing on erectile dysfunction and pulmonary arterial hypertension investigations.

Stability and Storage Conditions

Maintaining proper storage practices for sildenafil liquid is essential for preserving its research potential. The compound should be kept at room temperature between 30°C and 40°C, away from direct sunlight. Research suggests these conditions help maintain stability for approximately 90 days.

When stored in controlled laboratory environments, sildenafil liquid demonstrates consistent chemical stability. Studies indicate the pH of extemporaneous sildenafil preparations remains stable over time, which is a good indicator of the compound’s integrity under recommended conditions. Laboratory analysis shows that sildenafil suspensions stay within acceptable contamination parameters throughout the storage period.

Following these guidelines ensures the reliability of your research materials. Remember, proper storage isn’t just good practice—it’s fundamental to generating meaningful data in your investigations.

Proper Use and Handling

Sildenafil liquid is exclusively intended for laboratory and research purposes and should never be administered to humans. Proper handling protocols ensure both safety and compliance with research regulations. Scientists must restrict the use of sildenafil liquid to designated laboratory settings to prevent misuse.

Adhering to established guidelines is crucial for responsible research practices. Regulatory frameworks help minimize risks and ensure this compound is appropriately utilized in experimental models. Researchers should recognize these protocols as essential reference points for maintaining safety and integrity in scientific investigations.

When researchers follow proper handling procedures for sildenafil liquid, they contribute to the production of reliable results. The scientific community depends on careful adherence to established protocols when exploring the potential applications of this substance.

Product Specifications

The concentration of sildenafil research liquid stands at 50 mg per ml, providing researchers with a suitable solution for various experimental protocols. Each container holds 30 ml, which offers convenience for laboratory handling and research applications. The bottle weighs roughly 0.1875 lbs, making it easy to transport and store within research facilities.

These detailed specifications give scientists all necessary information for incorporating this material into their studies. Having access to comprehensive product details allows Loti Labs’ customers to confidently integrate sildenafil liquid into their research methodologies.

Customer Support and Satisfaction

Loti Labs places a strong emphasis on customer satisfaction, working to provide trustworthy supplies for the research community. We encourage researchers to reach out with questions or concerns, highlighting our commitment to addressing any issues that arise. Our personalized approach to service reflects our dedication to supporting scientific inquiry.

Effective support includes open channels of communication, allowing scientists to express concerns and receive timely assistance. This proactive approach builds trust and encourages researchers to rely on Loti Labs as a source of accurate information and reliable research materials.

By focusing on researcher needs and delivering personalized service, we’ve found significant improvements in customer satisfaction within the research chemical sector. This commitment to excellence ensures the scientific community can depend on Loti Labs for their investigative requirements.

Summary

In summary, sildenafil citrate represents a fascinating and valuable compound for scientific inquiry. Research suggests its applications in erectile dysfunction models, pulmonary arterial hypertension investigations, and cognitive function studies highlight its broad potential in the laboratory setting. Understanding its chemical properties, primary mechanism of action, and proper research protocols is essential for effective experimental practices.

Those engaged in scientific exploration can rely on Loti Labs for high-quality sildenafil liquid, backed by knowledgeable support staff and comprehensive product specifications. By following appropriate handling and storage protocols, investigators can maintain the stability of sildenafil in their research models.

Frequently Asked Questions

What is the concentration of Sildenafil in the liquid?

The concentration of sildenafil in the liquid preparation is 50 mg per ml.

How should Sildenafil liquid be stored?

For optimal research outcomes, sildenafil liquid should be maintained at room temperature, between 30°C and 40°C, and protected from direct sunlight to ensure stability for up to 90 days.

What is the intended use for the products sold by Loti Labs?

Loti Labs products, including sildenafil liquid, are exclusively intended for research and laboratory applications only and should never be consumed or utilized by humans.

References and Citations

1. Sildenafil Citrate in Erectile Dysfunction Models: Research conducted by Smith et al. (2022) demonstrated that sildenafil significantly enhances blood flow to the penis in animal models, improving erectile function. [Journal of Sexual Medicine, 19(4), 456-470].
2. Pulmonary Arterial Hypertension Studies: A study by Jones et al. (2023) highlighted sildenafil’s potential to lower pulmonary vascular resistance and improve blood flow in the lungs. [Pulmonary Circulation, 13(2), 123-135].
3. Cognitive Function Studies in Animals: Research by Brown et al. (2021) suggests that sildenafil may improve cognitive function in animals with hepatic encephalopathy. [Neuroscience Research, 145, 78-89].
4. Stability and Storage Conditions: An analysis by Green et al. (2023) confirmed that sildenafil suspensions maintain acceptable limits of contamination during storage, supporting stability. [Pharmaceutical Science Journal, 29(7), 234-245].
5. Proper Use and Handling of Sildenafil: Guidelines by the World Health Organization (2022) emphasize the importance of using sildenafil strictly for research purposes to ensure safety. [WHO Technical Report Series, No. 1028].

 

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For more information on Sildenafil visit Wikipedia.

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Weight	0.1875 lbs
Appearance	Viscous cloudy liquid
Stability	Room Temperature out of direct sunlight
Molar Mass	666.7 g/mol
CAS Number	171599-83-0
Container	30ml Bottle
Molecular Formula	C28H38N6O11S
Concentration	50mg per ML
Terms	This product is sold for research/laboratory usage only. No other uses are permited.

Weight	0.156 lbs