HA10524 L-Theanine with Magnesium Glycinate Powder

L-Theanine with Magnesium Glycinate Powder Description

L-Theanine with Magnesium Glycinate Powder combines (S)-γ-glutamylethylamide with magnesium chelated to glycine. This formulation exhibits rapid dissolution, facilitating uniform mixing in various matrices. Controlled production processes are verified using HPLC analysis to maintain low impurity levels and consistent composition. The technical design supports investigations into neurological balance and magnesium supplementation, making it suitable for both formulation development and laboratory research.

L-Theanine with Magnesium Glycinate Powder Applications

Healthcare and Nutraceuticals
- Used as an active ingredient in dietary supplements to mitigate stress response by utilising its enhanced dissolution rate.

Functional Foods
- Applied as a nutrient additive in beverage and food formulations to attain uniform ingredient distribution through its fine powder structure.

Research and Development
- Utilised as a standard reference in clinical studies to evaluate the interaction between amino acids and magnesium, ensuring reproducibility of experimental data.

L-Theanine with Magnesium Glycinate Powder Packing

The powder is sealed in moisture-resistant, high-density pouches enclosed in rigid secondary packaging to prevent contamination and physical damage. Storage in a cool, dry environment is recommended to maintain the formulation's integrity. Anti-static treatments and inert gas flushing are applied during packaging. Customised solutions, including bulk containers and unit-dose blister packs, are available to accommodate specific processing and storage requirements.

Additional Information

Herbal extracts play a significant role in nutraceutical formulations due to their natural bioactive compounds. L-Theanine, a non-protein amino acid found primarily in tea leaves, is extensively studied for its regulatory effects on neural activity. Combined with magnesium glycinate, a chelated form that improves mineral absorption, this formulation is crafted for applications requiring precise dosing and uniform activity.

Understanding the interactions between botanical extracts and mineral chelates is essential for developing effective dietary supplements. The integration of analytical verification methods in the production process ensures that each batch meets strict compositional parameters, thereby supporting both research and commercial manufacturing in the nutraceutical field.