
Premium high-purity Dioleoylglycero (CAS 2465-32-9) active diacylglycerol lipid. Expertly optimized for advanced biotechnology research, pharmaceutical drug delivery emulsification, and functional laboratory reagent synthesis.

Exceptional lipid purity provides an irreplaceable technical advantage for manufacturing plants formulating modern nanomedicines and nutritional structures. This active hydrophobic compound works by activating protein kinase enzymes during targeted biological processing cycles. The unique molecular configuration successfully helps research teams manage specific cellular pathway responses without altering the underlying core formula structures. Furthermore, it helps material scientists achieve precise stoichiometric controls during large-scale laboratory compounding operations.
Diacylglycerol active matrices serve as foundational stabilization agents in modern liposome preparation techniques and protective nutrient-based treatments. Consequently, integrating this premium medicinal-grade lipid significantly improves the bioavailability of your final emulsion batch. The specialized purification process also enhances long-term structural life during extensive commercial storage operations. As a result, Zyntex coordinates rigorous lot-by-lot validation for every shipment, ensuring dependable batch-to-batch consistency.
Moreover, Zyntex manages robust international logistics networks designed to preserve accurate molecular stability under strictly monitored low-temperature parameters. This organic biochemical intermediate plays a vital role in fine lipidomics research. Our raw material serves as a reliable benchmark for studying enzyme interactions and specialized membrane transport mechanisms. It opens new operational paths for testing custom clinical assay batches. Chemical specialists use it as an exact molecular building block for advanced target-release formulas and diagnostic reagents. At the same time, it remains a critical chemical standard for evaluating compound responses over extended periods. In short, our product functions as a highly dependable laboratory chemical source, safeguarding technical compounding accuracy.
Recently, industrial biochemical attention regarding its implementation in nano-structured lipid carriers and smart vaccine adjuvant structures has expanded significantly. The lipid substance offers a clean, low-oxidation chemical foundation for discovering modern physiological treatment alternatives. These modern methods successfully meet strict international healthcare registration and safety criteria. Because of this, Zyntex offers refined chemical grades designed to satisfy the detailed processing parameters of manufacturing facilities worldwide. Ultimately, selecting Zyntex guarantees a reliable, fully documented, and robust raw material channel. We successfully blend science-focused logistics with strict quality assessments. To conclude, our operational dedication ensures that your research applications retain the highest possible molecular accuracy and chemical purity.
This high-purity biochemical intermediate is essential across these four primary sectors:
Primary compound for building targeted drug delivery systems. Thus, it enhances active molecule cell absorption safely and effectively.
Crucial reference lipid for evaluating intracellular kinase pathway activations. Undoubtedly, it supports strict analytical research compliance metrics.
Used as a primary structural standard for functional diacylglycerol dietary oils. Consequently, it enhances oil matrix analysis efficiency.
Acts as a critical reference salt in clinical screening laboratories. Specifically, it maintains testing solution uniformity and lipid balance.
| Parameter | Standard Value |
|---|---|
| Product Name | Dioleoylglycero (1,2-Diolein / 1,3-Diolein Mix) |
| Molecular Formula | C39H72O5 |
| Assay (Purity) | ≥ 98.0% (Biochemical HPLC Grade) |
| CAS Number | 2465-32-9 / 60586-16-5 |
📝 Safety & Handling: Dioleoylglycero is a sensitive biochemical lipid matrix. Therefore, store in tightly sealed containers within a deep-freeze laboratory facility (preferably at -20°C) away from heat, light, and open atmospheric oxygen parameters. Avoid eye and skin contact. Wear proper standard laboratory PPE including protective chemical gloves, safety eyewear, and clean coats during all material processing phases. Always check the official Safety Data Sheet (SDS) for transport protocols.