Tresavon D. Parker
Papers
2
Total Citations
27
H-Index
2
About
Tresavon D. Parker is a bioanalytical chemist whose research has focused on the automation of sample preparation techniques for the analysis of pharmaceutical compounds in biological fluids. Working primarily in the mid-1990s, Parker made meaningful contributions to the development of robotic and automated systems designed to streamline the extraction and quantification of drugs from complex matrices such as plasma. Parker's most recognized work, published in 1996 and accumulating 20 citations, introduced an automated solid-phase extraction method development system utilizing a Zymate XP robot paired with a custom-designed extraction manifold. This innovation significantly reduced manual labor and improved reproducibility in bioanalytical workflows. A complementary study, also from 1996, demonstrated the practical application of this robotic platform by successfully extracting the novel anti-inflammatory compound CI-1004 from rat plasma across batches of up to 144 solid-phase cartridges, earning 7 citations. Together, these contributions helped advance the field of high-throughput bioanalysis at a time when laboratory automation was emerging as a transformative force in pharmaceutical research and drug development. Parker's work remains a reference point for researchers developing automated sample preparation protocols.
Research Focus
Key Achievements
Top Papers
- 1
- 2