Analysis By
Gas Chromatography
High-precision separation and quantitation of volatile and semi-volatile compounds across pharmaceutical, food, and environmental matrices.
Volatile Compound Architecture
Allele Life Sciences drives high-precision GC analysis for identifying organic trace components. Utilizing advanced heated injection instrumentation, our laboratory extracts reliable data from complex matrices, quantifying biomolecules like fatty acids, metabolic sugars, and API impurities.
Sample Derivatization
Converting non-volatile organics for gas-phase flow.
Clinical Compliance
Supporting regulatory limits for hazard exclusions.
Analytical Stability
We guarantee that hazardous organic contaminants are absent from raw materials and APIs, promoting safe formulation development through robust LOD/LOQ validation modeling.
Gas-Phase Capabilities
Volatile Quantitation
High-precision Gas Chromatography (GC) analysis for the identification of volatile and semi-volatile organic compounds.
Method Development
Comprehensive validation including Accuracy, Repeatability, Specificity, Limit of Detection (LOD) and Limit of Quantitation (LOQ).
Biomolecule Analysis
Accurate quantitation of derivatized biomolecules such as amino acids, fatty acids, sugars, and various metabolic products.
Impurity Profiling
Precise quantification of sample additives and breakdown products to guarantee formulation stability and regulatory alignment.
Contaminant Detection
Ensuring raw materials and Active Pharmaceutical Ingredients (APIs) are free from hazardous organic environmental contaminants.
Industrial & Food Matrix
Reliable analytical data applied to complex matrices across the pharmaceutical, food and beverage, and environmental sectors.
The Analytical Method
Sample Prep
Extraction / Derivatization
Vaporization
Heated injection port
Separation
Capillary column transit
Detection
FID, ECD, or MS readout
Quantitation
Peak tracking & reports
Biomolecular Derivatization & ProfilingAdvanced Setup
"A powerful technique for analyzing normally non-volatile biomolecules. Once appropriately derivatized and vaporized, GC provides accurate and precise quantitation of amino acids, fatty acids, and key metabolic precursors."
Validated Lab Instruments
Pioneering gas-phase molecular detection networks.
GC Systems
Advanced trace analysis
FID / ECD
High-sensitivity detectors
Capillary Columns
Precision gas-phase flow
Derivatization
Volatizing biomolecules
Autosamplers
High-throughput capacity
Peak Analytics
Chromatographic software
Analytical
Integrity
"Impurity profiling ensures customer trust by precisely quantifying sample additives, supporting correct labeling to satisfy the strictest regulatory criteria."
GC Specialized Tiers
Scale of Method Execution
Standard VOC
Routine Profiling
Biomolecule Suite
Fatty Acids & Sugars
Regulatory Master
Impurity & Method Dev
Volatiles
Decoded
Download our technical handbook to explore the analytical capacity of GC derivatization, method developments, and trace volatile assays.