Auriga Research utilizes advanced LC-MS/MS technology for ultra-sensitive, high-precision analysis across pharmaceuticals, food, nutraceuticals, environmental science, and clinical diagnostics. Combining liquid chromatography and tandem mass spectrometry, LC-MS/MS detects complex compounds at trace levels, ensuring compliance with regulatory standards for safety, quality, and accurate identification of bioactive ingredients and contaminants.
LC-MS/MS offers ultra-trace level detection at parts-per-trillion (ppt) sensitivity, essential for quantifying trace-level analytes and rare contaminants.
With multi-ion detection, LC-MS/MS efficiently analyzes multiple target compounds within complex matrices, supporting comprehensive profiling and regulatory compliance.
LC-MS/MS minimizes sample preparation needs, efficiently processing complex matrices and saving significant time while maintaining high accuracy and reproducibility.
Auriga’s LC-MS/MS services provide high-accuracy compound analysis, ensuring quality, compliance, and safety across industries.
Key Offerings:
Pharmaceutical Industry
LC-MS/MS supports pharmaceutical R&D and quality control by detecting trace impurities and verifying drug composition.
Food Industry
In food testing, LC-MS/MS provides high-sensitivity analysis of contaminants, additives, and residues.
Nutraceutical Industry
LC-MS/MS is essential in nutraceutical testing to confirm purity, label claims, and safety compliance.
Environmental Testing
LC-MS/MS supports environmental protection efforts by detecting pollutants in soil, water, and air.
Cosmetic and Personal Care
LC-MS/MS ensures cosmetics and personal care products are free from harmful contaminants, supporting safety and regulatory compliance.
Veterinary Testing
LC-MS/MS is used in veterinary testing to monitor drug residues and contaminants, ensuring animal health and food safety.
Advanced Testing Facilities:
Auriga Research’s LC-MS/MS labs feature state-of-the-art technology, designed to provide precise, ultra-trace detection for complex sample matrices.
Automated Workflows
High-throughput auto-sampling and advanced data software automate compound identification and quantitation, ensuring reproducible, rapid results with minimized analyst intervention.
Recent Methodologies:
Auriga integrates cutting-edge LC-MS/MS methodologies to enhance testing accuracy and efficiency:
Collision-Induced Dissociation (CID)
CID generates detailed fragmentation patterns, essential for precise structural elucidation and quantification, particularly in complex, multi-component samples.
Accreditations and Approvals:
Auriga Research holds accreditations including NABL, FDA, and BIS, guaranteeing the highest standards of quality and regulatory compliance in LC-MS/MS testing.
At Auriga Research, we are dedicated to delivering precise, actionable insights through advanced XRD analysis, ensuring innovation and quality in your research and product development processes.
LC-MS/MS can detect a vast range of compounds, including bioactive ingredients, impurities, metabolites, pesticides, mycotoxins, and pharmaceutical contaminants.
Auriga’s LC-MS/MS systems offer ultra-trace detection with sensitivity down to parts-per-trillion (ppt), suitable for detecting trace contaminants.
LC-MS/MS can analyze liquids, solids, and complex matrices, including biological fluids, food, environmental samples, and cosmetic products.
LC-MS/MS is optimal for non-volatile, thermally labile compounds, while GC-MS suits volatile compounds. LC-MS/MS allows more versatile, broader compound detection.
Auriga Research holds NABL, FDA, and BIS accreditations, ensuring compliance with global regulatory standards in all LC-MS/MS analyses
LC-MS/MS is widely used for pharmaceuticals, food safety, nutraceuticals, environmental, cosmetic, and veterinary testing at Auriga Research.
LC-MS/MS provides high-specificity profiling of contaminants, adhering to strict standards for safety, quality, and environmental compliance.
MRM enhances analysis specificity by tracking distinct ion transitions, optimizing quantification for complex sample matrices
LC-MS/MS generally requires minimal sample preparation, facilitating efficient, reproducible analysis while saving processing time and costs
Yes, LC-MS/MS supports pharmacokinetic profiling, identifying drug metabolites and tracking biotransformation for pharmaceutical R&D and compliance.