CE Pharm Award

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CE Pharm Recipients

  • 2023 David Michels
  • 2022 Norman Dovichi
  • 2021 Timothy Blanc
  • 2019 Hermann Wätzig
  • 2018 Jiaqi Wu
  • 2017 Meg Ruesch
  • 2016 Sarah Kennett
  • 2015 Cari Sänger-van de Griend
  • 2014 Michel Girard
  • 2013 András Guttman
  • 2012 Franka Kálmán
  • 2011 Oscar Salas-Solano
  • 2010 SungAe Park
  • 2009 Stacey Ma
  • 2008 Anthony Chen and Wassim Nashabeh
  • 2007 Kevin Altria
  • 2006 Norberto Guzman

CE Pharm Award for Sustained and Significant Contribution to the Practical Application of CE to the Analysis of Biotechnology and Pharmaceutical Products

The CE Pharm Award recognizes individuals with sustained and significant contributions in the practical application of CE to the analysis of biotechnology and pharmaceutical products.

 

Eligibility

Nominees should exhibit one or several of the following qualifications:

  • Advocate for CE in the biotechnology and pharmaceutical industry.
  • Have a reputation as a leader in developing or implementing various CE applications.
  • Possess a technical reputation, in terms of number of presentations, publications, and patents.
  • Show past dedication to CE Pharm meetings as a speaker, tutor, poster presenter, or committee member.
  • Be a mentor and advisor of industrial-based CE practitioners in other industrial regions such as food chemistry, forensics, and clinical applications.

Nominate

Nominations will open in the summer.

For additional information on the CE Pharm Award, including a detailed description of the selection process, please contact Kellie Greene Bailey

2024 CE Pharm Award Recipient

Bright green graphic and image of male with text 'CE Pharm 2024 Award Winner Robert Kennedy, University of Michigan'

Robert Kennedy was selected by the CE Pharm Organizing Committee for his dedication, expertise, and influence in capillary electrophoresis. His research has combined his interest in biology with chemical analysis, separations, and microfluidics. A central theme of his group's work has been the development of new chemical analysis tools that can be applied at the nanoscale for various applications, including drug screening, enzyme engineering, neurotransmitter monitoring in the brain, and the study of insulin and hormone secretion. Key technical areas include ultra-high-pressure liquid chromatography (LC), droplet microfluidics, and mass spectrometry.