Jason Neal Campbell
11580 Perkins Rd #238
Baton Rouge, LA 70810
(225)-266-1214 jcampb6@lsu.edu
Objective: A challenging position in an industrial setting performing macromolecular synthesis with an emphasis on characterization.
Experience and Expertise:

Performed traditional organic synthesis and characterization as well as HPLC,
GPC, and FFF separation experiments for the better understanding of molecularly imprinted polymers.

Conducted laser and x-ray scattering for particle size and shape characterization.
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Helped develop the small angle x-ray scattering beam line at CAMD (LSU), while utilizing experience and training received at SSRL (Stanford) and LNLS
(Brazil).
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Instructed undergraduate laboratories as a teaching assistant in general chemistry, macromolecular studies, general biology, and microbiology.
Awards:
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Graduate Student Enhancement Award, 2000

Procter and Gamble Fellowship, 2000

NSF-IGERT Fellowship, emphasis on Macromolecular studies, 2001- Present
Publications:

Structural Changes and Aggregation of Human Influenza Virus. Campbell,
Jason N.; Epand, Richard; Russo, Paul S. Biomacromolecules ( 2004 ) submitted.

Evidence for Shape Selectivity in Non-Covalent Imprinted Polymers.
Spivak,
David A.; Simon, Ryan; Campbell, Jason. Analytica Chimica Acta ( 2004 ),
504(1), 23-30.

Systematic Study of Steric and Spatial Contributions to Molecular Recognition by Non-Covalent Imprinted Polymers. Spivak, David A.; Campbell, Jason.
Analyst ( 2001 ), 126 (6), 793-797.
Affiliations:

LSU IGERT (Student president 2001-02, Community service chair 2003-04)

American Chemical Society (member of the Polymer Division)

Chemistry graduate student council president 2002-03
Education:
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PhD, Chemistry, Louisiana State University, Baton Rouge LA
Thesis Title: The Importance of Size Effects in Molecularly Imprinted Polymers
Adviser: Dr. Paul S. Russo, Dr. David A. Spivak

BS, Biochemistry, Louisiana State University in Shreveport, 1998
References: Available upon request