Amino acids & acylcarnitines
Precision profiling for metabolic health and disease
This panel focuses on amino acid metabolism and energy homeostasis by providing quantitative analysis of 55 amino acids, acylcarnitines, and their derivatives. It is designed for researchers requiring high-precision data on primary metabolism and mitochondrial function.
Comprehensive metabolic coverage
Our AMINO method is optimized for the detection of polar compounds, ensuring robust quantification across various biological systems. Whether validating a hypothesis or screening for metabolic biomarkers, this panel provides the depth required for rigorous scientific inquiry.
Key features of our service
Broad Quantitative Range: Simultaneous analysis of 55 key metabolites, including essential amino acids and fatty acid transport markers.
Multi-Matrix Support: Reliable protocols for biofluids, various cell types, complex tissues, and fecal matter.
High Sensitivity: Optimized workflows designed to provide accurate results even with limited sample availability.
Sample requirements & pricing
To ensure the highest data quality, please adhere to the following minimal required sample amounts
Turnaround Times
Standard Turnaround: Up to 8 weeks
Express Service (+25% fee): 4 weeks
Price per sample
75 EUR - cells, cell extracts and biofluids (plasma/serum/urine)
85 EUR - tissue samples
95 EUR - feces
Minimal required sample amounts
Plasma/Serum - 25 uL
Urine - 250 uL
Cells - 500000
Tissue - 30 mg
Feces - 500 mg
List of Amino Acids, Acylcarnitines and related metabolites (AMINO)
Custom Method Development
If your molecule of interest or a specific molecular class is not covered by our existing panels, we offer a Custom Method Development service.
Our team works closely with you to design tailored analytical approach, optimizing sample preparation, chromatographic separation, and mass spectrometry detection for your specific targets. This service ensures reliable, reproducible, and high-sensitivity measurements, enabling you to confidently test your hypothesis. With our custom methods, even challenging or novel molecules can be accurately detected and studied, unlocking new insights into your research.