Dr. Mark Campbell
Research Interests
Mark Campbell teaches a variety of plant and soils courses at Truman State University and continues to have research interests in the genetic improvement of corn for grain quality traits.
Biographical Sketch
Mark Campbell grew up on a farm in southeastern Wisconsin. He received a B.S. from the University of Wisconsin, Madison in agronomy. He served as a Peace Corps volunteer in Tunisia (North Africa) for two years where he did agricultural extension work in an irrigation project on the fringe of the Sahara desert. Afterward he attended Montana state university receiving an M.S. degree in plant genetics and then to Iowa State University receiving a Ph.D. in plant genetics with a co-major in Food Science. He then completed a Post Doctoral experience at Purdue University in West Lafayette Indiana in which he assisted in a specialty corn breeding project funded by Cargill. He has been at Truman for eight years and is currently an associate professor in the division of science. He enjoys plants, gardening, small hobby farming, and restoration of vintage farm implements
Website
Project(s)
2009
2008
2007
- Evaluation of low carbohydrate/resistance starch maize genotypes for specialty food applications
- Utilization of crop biodiversity to alter structural and functional properties of maize starch
- Utilization of molecular markers to identify quantitative trait loci conditioning high starch amylose
2006
- Evaluation of low carbohydrate/resistance starch maize genotypes for specialty food applications
- Use of near-infrared spectra in monitoring the presence of low phytate, high lysine synthetic maize populations
- Utilization of crop biodiversity to alter structural and functional properties of maize starch
- Utilization of molecular markers to identify quantitative trait loci conditioning high starch amylose
2005
- Evaluation of low carbohydrate/resistance starch maize genotypes for specialty food applications
- Use of near-infrared spectra in monitoring the presence of low phytate, high lysine synthetic maize populations
- Utilization of crop biodiversity to alter structural and functional properties of maize starch
- Utilization of molecular markers to identify quantitative trait loci conditioning high starch amylose