Products Description
ATX-304 Sodium Salt is the sodium salt form of ATX-304, with CAS No. 2639972-26-0. It is a small-molecule research compound with a defined chemical structure and consistent composition. It has attracted interest in metabolic research, particularly in studies related to cellular energy metabolism, AMPK signaling, and metabolic regulation. It can also be used in cell- and molecular-level research, candidate compound screening, and drug development projects, providing a standardized research material for studies of metabolic mechanisms and related pathways.
Research Applications
ATX-304 Sodium Salt can be used as a standardized research material in laboratory projects related to cellular metabolism and energy regulation. Its defined chemical structure and consistent composition make it suitable for controlled studies, compound evaluation, and early-stage research.
1.Cellular Metabolism Research
Suitable for studies exploring cellular energy metabolism and related metabolic processes.
2.Energy Regulation Studies
Can be incorporated into research focused on cellular energy balance and metabolic regulation.
3.Metabolic Research
Used as an ATX-304 research compound in metabolic studies exploring cellular metabolism and associated biological processes.
4.Compound Screening
Suitable for candidate compound screening, experimental comparison, and research evaluation where a defined small-molecule material is required.
5.Early-Stage Research
Can serve as an ATX-304 research material for laboratory studies and early-stage drug development projects.
Quality Control
ATX-304 Sodium Salt is supported by a quality control system covering raw material inspection, manufacturing process control, finished product testing, and laboratory analysis. Key quality attributes, including purity, impurity levels, and physicochemical properties, are monitored at different stages of production. The QC laboratory uses analytical techniques such as HPLC and GC-MS for routine testing, while additional testing can be arranged according to specific customer or project requirements. This quality management approach provides documented data to support batch consistency and product quality.
1. Raw Material Inspection & Batch Control
Quality control begins with the inspection of incoming raw materials. Before entering the production process, relevant materials are reviewed for identity, appearance, purity, and applicable quality documentation. Supplier information and batch records are also checked as part of the incoming material assessment. Materials that meet established internal requirements can proceed to production, helping minimize raw material variations that could affect the purity and overall quality of the finished material.
2. Manufacturing Process Control
During manufacturing, key production steps and intermediate materials are subject to in-process checks. Relevant process parameters and production records are maintained throughout the manufacturing cycle. Standardized operating procedures and process monitoring help identify potential deviations that may influence purity, impurity levels, or physicochemical properties. These process records also provide a traceable quality foundation for subsequent finished product testing.
3. Finished Product Testing & COA
After production, the finished material undergoes quality testing before batch release. Key quality parameters include appearance, purity, single impurity, total impurities, loss on drying, residue on ignition, and heavy metals. Analytical methods are selected according to the specific testing requirements, with HPLC suitable for purity and impurity analysis and GC-MS available for relevant residual analysis when required.
COA Data
|
Test Item |
Specification | Result |
|---|---|---|
| Appearance | White Powder | Complies |
| Purity | ≥99.0% | 99.947% |
| Single Impurity | ≤0.5% | 0.053% |
| Total Impurities | ≤1.0% | 0.053% |
| Loss on Drying | ≤0.5% | 0.10% |
| Residue on Ignition | ≤0.2% | 0.02% |
| Heavy Metals | ≤20 ppm | Complies |
The tested batch showed a purity of 99.947%, while both single and total impurities were 0.053%. Loss on drying was 0.10%, and residue on ignition was 0.02%, with the reported results meeting the corresponding specifications.
4. QC Laboratory & Third-Party Testing
The QC laboratory is responsible for routine testing of raw materials, in-process samples, and finished products, as well as maintaining analytical records and supporting batch quality evaluation. Depending on the testing requirements, analytical instruments such as HPLC and GC-MS can be used to evaluate relevant quality attributes. Standardized testing procedures and instrument management support reliable analytical results. For customer-specified tests or additional quality verification, third-party laboratory testing can also be arranged according to project requirements, with applicable analytical reports or quality documentation provided.
Why Choose Our ATX-304 Sodium Salt
Our ATX-304 supply combines a defined sodium salt form, controlled purity, batch-based quality testing, and flexible capsule customization. The focus is on providing a consistent material specification while supporting different research and product development requirements.
1.Defined Sodium Salt Form: The product is supplied in a clearly identified sodium salt form, helping customers maintain consistency when preparing experiments or developing capsule products.
2.High Purity Specification: The established specification is ≥99.0% purity, while the provided COA batch showed a tested purity of 99.947%, offering documented batch-level quality information.
3.Controlled Impurity Levels: Single impurity and total impurities are monitored as part of finished-product testing. The provided batch recorded 0.053% for both parameters.
4.Batch-Based Quality Documentation: Each applicable batch can be supported by quality testing and relevant documentation such as COA and SDS/MSDS, providing traceable information for product evaluation and order management.
5.Capsule Customization: For customers requiring a capsule format, specifications such as capsule strength, units per bottle, labeling, and packaging can be coordinated according to the confirmed project requirements.
6.Flexible OEM Support: Customized capsule packaging and labeling can be discussed for projects requiring private-label or OEM presentation, allowing the final product format to better match the customer's supply requirements.
Capsule Customization & OEM Services
For projects requiring ATX-304 capsules, we provide customized support covering capsule development, manufacturing, and finished-product packaging. Customers can provide their preferred product specifications and packaging requirements, and our team can coordinate the appropriate capsule solution based on the confirmed project details. For ongoing projects, previously approved specifications can also be maintained to support consistency across repeat orders.
|
Customization Item |
Available Options |
|---|---|
|
Capsule Strength |
Customized according to project requirements |
|
Capsules per Bottle |
Flexible quantity |
|
Bottle / Container |
Standard or customer-specified format |
|
Label Design |
Customer-provided or customized |
|
Outer Packaging |
Standard or OEM packaging |
|
Sample |
Available for evaluation |
|
Order Volume |
Sample, small-batch, or bulk supply |
Capsule OEM Support
In addition to standard capsule supply, we can provide ATX-304 capsule OEM support for projects requiring customized branding or packaging. Customers can provide their existing brand, label, or packaging specifications, which can be incorporated into the confirmed production plan. For products still in the development stage, requirements can be discussed in advance to establish a suitable capsule and packaging solution.
The customization process can generally include:
- Requirement Confirmation: Review the target specifications, capsule format, and packaging requirements for ATX-304 capsule customization.
- Solution Coordination: Confirm production and packaging details based on the agreed project requirements.
- Sample Evaluation: Samples can be arranged when needed for preliminary evaluation.
- Batch Production: Capsule products are manufactured according to the confirmed specifications and packaging requirements.
- Ongoing Supply: For repeat orders, previously confirmed specifications can be used as a reference for subsequent production.
FAQ
Q: What is the difference between ATX-304 and ATX-304 Sodium Salt in research?
A: The sodium salt form of ATX-304 may differ from the parent compound in its chemical and physicochemical properties. The salt form can affect factors such as material handling, dissolution, and preparation during experimental work. Therefore, researchers should clearly identify the chemical form used when designing experiments or comparing results from different studies. Keeping the same form and specifications can also help reduce material-related variables in repeat studies.
Q: How is batch-to-batch consistency maintained?
A: Each batch is evaluated according to established product specifications and quality control procedures. Key quality attributes may include purity, appearance, moisture, particle size, and residual solvents, with analytical methods such as HPLC and LC-MS used where applicable. For ongoing research or development projects, maintaining consistent production procedures, testing standards, and packaging requirements can help minimize batch variations and provide a more consistent material basis for continued studies.
Q: What types of customization are available?
A: Customization can be discussed according to specific project requirements, with capsule formulations being one of the common options. Available customization may include capsule strength, fill quantity, units per bottle, packaging format, labeling, and OEM packaging. Different order volumes or project requirements can also be considered when determining the appropriate product specification and supply format.
Looking for a reliable ATX-304 Sodium Salt Supplier? Contact us today for customized OEM/ODM solutions, competitive pricing, and bulk supply support.
My email：sales4@lymallpanda.com
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References & Scientific Literature
1.Katerelos M, Gleich K, Harley G, et al. The AMPK activator ATX-304 alters cellular metabolism to protect against cisplatin-induced acute kidney injury. Biomedicine & Pharmacotherapy. 2024;175:116730.
View article
2.Holm E, Vermeulen I, Parween S, et al. AMPK activator ATX-304 reduces oxidative stress and improves MASLD via metabolic switching. JCI Insight. 2025;10(7):e179990.
View article
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