The unique receptor selectivity of 99% Tianeptine Sodium powder is due to its unique tricyclic nucleus structure and side chain arrangement. The spatial configuration of the molecule can only match the binding pocket of specific receptors and cannot stably embed into the binding regions of other receptors.99% Tianeptine Sodium powder has strong binding activity to μ - opioid receptors, only weak effect on δ - opioid receptors, and almost no binding to κ - opioid receptors. At the same time, it has almost no affinity for dopamine, norepinephrine, and serotonin related receptors, which is clearly distinguished from the mode of action of traditional psychoactive substances. This binding preference comes from the matching relationship between the surface charge distribution of the molecule, the position of hydrophobic groups, and the amino acid residues inside the receptor. Only the cavity size and polar sites of the μ - opioid receptor can form stable hydrogen bonds and hydrophobic interactions with tianeptin sodium. In addition, tianeptin sodium does not directly interfere with monoamine transporters, and its pathway of action is independent of most antidepressants. This differentiation in targets together creates its rare receptor selectivity feature.
Faithful Chemical is a reliable supplier of 99% Tianeptine Sodium powder; we operate as both a direct manufacturer and a B2B wholesale supplier. Throughout the production process, our professional team maintains strict control over impurities, ensuring consistent quality across every batch.
99% Tianeptine Sodium powder Description
99% Tianeptine Sodium Powder, also known as Teneptine Sodium Powder, CAS 30123-17-2, is a sodium salt raw material with a tricyclic skeleton. Under normal conditions, it presents a white to light beige powder form and has good water solubility. It can dissolve smoothly in common polar solvents.
Its pathway of action is significantly different from most monoamine regulatory substances, and it has a unique receptor binding preference. The side chain modification on the molecular structure is the key to forming this characteristic.
99% Tianeptine Sodium Powder has been refined and purified, with a stable purity of 99%. Each batch undergoes corresponding testing procedures and is accompanied by complete quality inspection data. The indicators have small fluctuations, making it easy for subsequent experiments and comparisons.
This raw material is mainly aimed at research scenarios in the field of neuroscience, and can support various experimental work such as target validation, formulation development, and sample stability investigation. It is a commonly used intermediate raw material in the laboratory research and development stage.
99% Tianeptine Sodium Powder has a characteristic tricyclic core skeleton, with side chains connected to sodium salt groups. The molecule exhibits a unique spatial folding configuration as a whole, which is also the core characteristic that distinguishes it from other similar tricyclic derivatives. The molecular structure has a sulfonamide side chain, which can change the polarity of the molecule, endowing it with excellent water solubility and stronger solubility compared to the free base form.
Its charge distribution is unique, and its spatial conformation determines its selectivity when binding to receptors, unlike many monoamine compounds that widely act on multiple transport proteins. The rigid structure of the tricyclic skeleton maintains the basic molecular morphology, while the flexible side chains adapt to the receptor binding pocket, forming a unique interaction mode.
Sodium salt modification makes molecules more easily dispersed in aqueous systems, with better physical and chemical stability than free states, and less prone to rapid decomposition under conventional storage conditions. The complete structural combination creates the unique physicochemical and target binding properties of 99% Tianeptine Sodium Powder, which is also the reason why it has been continuously studied in related scientific experiments.
Global Market Description
In the context of market procurement, experienced buyers within neurocompounding and formulation sectors have moved beyond merely considering whether 99% Tianeptine Sodium powder can deliver expected neuro-related research effects. They now place greater emphasis on batch consistency, impurity control and long-term storage stability, ensuring that compounding prescription use and formulation development deliver predictable, reliable outcomes.
| Category | Details |
| Market trend up to 2026 | The global 99% Tianeptine Sodium powder market maintains steady growing demand |
| Available product form | Active raw powder for neuro formulation compounding |
| Advantage of this form | Flexible dosage design, easy to match different formulation schemes |
| Applicable scenarios | Neuro formula compounding, novel formulation development, laboratory pharmacology evaluation, compatibility screening |
When compounding formulators and formulation laboratories procure this product for applications such as customized dose preparation, new formulation screening and stability testing, they must look past basic pharmacological effect and focus on core quality indicators. This focus is essential for maintaining dosing safety and formulation reliability across different formulation schemes and long-term development plans. In this field, Faithful Chemical possesses a distinct advantage, backed by extensive industry experience.
Purchasing Notes
Purchasing Notes For 99% Tianeptine Sodium Powder
First, verify batch quality documentation. Reliable suppliers should provide complete COA records, including purity test data, impurity detection results and residual solvent indexes. Consistent test data across batches can avoid unexpected fluctuations during formulation trials.
Second, confirm storage and packaging specifications. 99% Tianeptine Sodium powder requires sealed, moisture-proof packaging. The packaging form should be suitable for long-term preservation and convenient for laboratory sample splitting and handling.
Third, check supply stability and delivery terms. Stable stock capacity and controllable lead time help R&D teams arrange testing schedules smoothly, and buyers need to confirm relevant shipping rules before placing orders.
Mechanism and Use of 99% Tianeptine Sodium Powder
Mechanism of 99% Tianeptine Sodium powder
It features a unique tricyclic molecular skeleton, which enables selective binding to specific receptor sites and shows weak affinity for many common monoamine-related targets. This special binding mode differentiates it from most monoamine-modulating raw materials.
It can adjust the signal transmission pathway of related neuro regions, regulating the feedback balance of nerve signal output without directly interfering with the reuptake process of monoamine transporters.
Its sodium salt structure improves water dispersion performance, helping the molecule dissolve rapidly in aqueous test systems and complete target interaction efficiently in laboratory testing environments.
Use of 99% Tianeptine Sodium powder
It serves as a core raw material for custom neuro formulation compounding, supporting developers to design different test formulas according to experimental requirements.
It is applied in new formulation screening work, helping teams evaluate the compatibility between this material and various excipients for dosage form exploration.
It is used for laboratory stability assessment, to observe the property changes of the substance under different temperature and humidity conditions.
It supports molecular interaction and target-related testing, providing material basis for exploring the characteristics of neuro signal pathways.
FAQ
Conclusion and References
Conclusion
99% Tianeptine Sodium powder is a tricyclic sodium salt raw material with distinctive molecular conformation and exclusive receptor binding features. Its excellent water solubility and flexible adaptability to diverse formulation schemes make it a valuable option for neuro-related formulation research and laboratory testing. For formulators and research teams, stable batch quality, well-controlled impurities and proper storage management are the key points to obtain repeatable and reliable test data. As the demand for customized neuro formulation projects keeps rising, qualified 99% Tianeptine Sodium powder with complete quality documentation will continue to support the exploration of new dosage forms and target interaction studies.
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References
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- Uzbay, T. I. (2008). Neurobiological and chemical properties of tianeptine. CNS Drugs, 22(1), 15–26.
- McEwen, B. S. (2010). Neuroplastic modulation effects of tianeptine on brain tissue. Progress in Neuro-Psychopharmacology & Biological Psychiatry, 34(7), 1125–1131.
- Invernizzi, R., Pozzi, L., Garattini, S., & Samanin, R. (1992). Tianeptine and its regulation on extracellular neurotransmitter distribution. Neuropharmacology, 31(3), 221–227.
- Piroli, G. G., Reznikov, L. R., Grillo, C. A., & Reagan, L. P. (2007). Tianeptine modulates synaptic protein profiles in neural regions. Experimental Neurology, 206(2), 278–286.
- Wagstaff, A. J., Ormrod, D., & Spencer, C. M. (2001). Tianeptine: A review of its chemical and pharmacokinetic characteristics. Drugs, 61(14), 2089–2107.
- Salvatore, C., Ward, C., Defrance, R., & Hopkins, R. (1990). Pharmacokinetic profiles of tianeptine sodium salt in solution systems. Fundamental & Clinical Pharmacology, 4(1), 115–125.