Our mass spectrometry platform is based upon personnel with industry-leading understanding and performance capabilities and state of the art instrumentation.
Our mass spec platform includes Applied Biosystems API 4000 and 3000s LC/MS-MS and ThermoFinnigan Trace DSQ GC/MS. Both of these instrument platforms provide state of the art analytical capabilities.

LC/MSMS Applied Biosystems MDS Sciex API 4000 and 3000s. Large installed base for bioanalytical APCI, ESI and photo ionization CTC Analytics HTS PAL Autosampler Supporting high throughput analysis with very low carry-over.

GC/MS ThermoFinnigan Trace DSQEI and CI (+ and -)200 L/s split flow pumps, supporting PPINICI10,000 amu/sec scan speed Fast change ion sources Simultaneous SIM and full scan capability Mass range 1 to 1050 amu Curved pre-filter.

In addition to our mass spec platform, our laboratory is equipped with the following instrumental configurations:

Gas chromatographs: HP 5890 and Shimadzu GC-2010

Detectors for GC:
Flame ionization detector (FID), nitrogen phosphorous detector (NPD), electron capture detector (ECD), flame photometric detector (FPD), thermal conductivity detector (TCD).

Liquid chromatographs: HP models 1090 and 1100

Detectors for HPLC:
Filtered photometric, photodiode array, fluorescence ELCD.

Also, our laboratory has extensive capabilities in the following conventional techniques:


Extractions: Extensive expertise in the efficacy of particular solvents targeting specific test substances in a wide range of biological matrices…extraction options include reflux capabilities, Soxhlet extractions, Turbovaps, and various mechanical maceration techniques.

Sample cleanup: Extensive expertise in selecting sample cleanup approaches that eliminate interferences from the matrix, facilitating very low limits of quantitation…sample cleanup options include column chromatography with a variety of sorbents, SPE cleanup, GPC cleanup, and cation exchange chromatography.

Sample preparation: Comprehensive experience in processing biological matrices including whole blood, plasma, animal tissues, vegetables, fruits, grains, air, water, soil, milk, stomach contents, and urine.

Storage stability: Two Forma Scientific Model 3940 environmental chambers (temperature and relative humidity control); refrigerators, freezers, and ambient conditions with temperature monitoring.

Chemistry-intensive methods:
Significant experience with hydrolysis, distillations, and derivatization methods.

Other technical capabilities include records archiving, reports preparation, and 3,500 cubic feet of onsite GLP freezer and refrigerator storage for samples.

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