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O-Phospho-DL-serine Suppliers and Factory in China - High Quality DL-O-phosphoserine Products
C3H8NO6P
The core difference from L-O-phosphoserine
Molecular Configuration
DL type contains two enantiomers, D/L, while L type has only a single configuration, which may affect receptor binding selectivity.
Target of Action
L type mainly acts on the nervous system (such as mGluR regulation), while DL type may extend to metabolism and immune-related pathways due to its configuration diversity.
Detailed explanation of nutritional health effects
1 Metabolic regulation
Glycolipid balance: Activates glycogen synthase and accelerates liver glycogen reserves; optimizes fatty acid β-oxidation and reduces lipid accumulation.
Protein synthesis: As a serine donor, participates in purine and pyrimidine synthesis, supports muscle repair and immune protein production.
2 Immune empowerment
Lymphocyte activation: Enhances NK cell toxicity and improves neutrophil phagocytosis efficiency.
Anti-inflammatory regulation: Inhibits NLRP3 inflammasome activation and reduces IL-1β and IL-18 secretion.
3 Cardiovascular support
Blood pressure regulation: Antagonizes angiotensin II receptors and dilates peripheral blood vessels.
Endothelial protection: Upregulate eNOS expression, promote nitric oxide production, and improve blood flow-mediated vasodilation.
4 Antioxidant defense
Free radical scavenging: Chelate iron ions, inhibit Fenton reaction, and reduce hydroxyl radical generation.
Mitochondrial protection: Maintain mitochondrial membrane potential and reduce cytochrome C release.
Application scenario expansion
Functional Food
Used in nutritional intervention formulas for metabolic syndrome to regulate blood sugar and blood lipids.
Clinical Nutrition
Adjuvant treatment of autoimmune diseases (such as rheumatoid arthritis) and postoperative infections.
Sports Nutrition
Optimize energy metabolism, improve endurance performance, and accelerate muscle repair.
Summary of technical advantages
Multi-target Synergy
D/L configuration synergy, covering multiple systems of nerve-metabolism-immunity.
Stability Optimization
Phosphorylation modification enhances polarity and improves oral bioavailability.
Safety
As an endogenous metabolite, it is well tolerated and suitable for long-term supplementation.
DL-O-phosphoserine shows unique advantages in the fields of metabolic regulation, immune support and cardiovascular health through multi-mechanism synergy, becoming an upgraded alternative to serine nutrients.
Frequently Asked Questions (FAQ)
What is the core difference between DL-O-phosphoserine and L-O-phosphoserine?
DL-O-phosphoserine contains two enantiomers (D/L) rather than a single configuration. While the L-type mainly targets nervous system regulation, the DL-type extends its action across metabolic and immune pathways due to its configurational diversity.
How does DL-O-phosphoserine assist in metabolic regulation?
It activates glycogen synthase to build liver glycogen reserves, optimizes fatty acid β-oxidation to decrease lipid accumulation, and acts as a serine donor to aid purine/pyrimidine synthesis for muscle repair and protein generation.
What role does DL-O-phosphoserine play in immune health?
It promotes lymphocyte activation by boosting NK cell toxicity and neutrophil phagocytosis, while offering anti-inflammatory support by inhibiting NLRP3 inflammasome activation and reducing IL-1β and IL-18 secretion.
How does this compound benefit cardiovascular and endothelial function?
It antagonizes angiotensin II receptors to dilate peripheral blood vessels for blood pressure control, and upregulates eNOS expression to increase nitric oxide production, improving blood flow-mediated vasodilation.
In which fields can DL-O-phosphoserine be applied?
It is widely applied in functional foods (for metabolic syndrome interventions), clinical nutrition (as an adjuvant for autoimmune conditions and postoperative care), and sports nutrition (for energy optimization and muscle recovery).
Is DL-O-phosphoserine safe for long-term supplementation?
Yes. As an endogenous metabolite with high oral bioavailability due to phosphorylation modification, it is well-tolerated and suitable for long-term nutritional supplementation.