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Forest Biology Projects
Research Areas Researchers School
Cellulose: Molecular Mechanisms Controlling Biosynthesis and Orientation Cairney Biology
Genomics of Loblolly Pine Embryogenesis
Nanoacoustic Biosensors for Loblolly Pine Cell Culture Cairney
Hunt		 Biology
ECE
Engineering lignin and cellulose content by genetic transformation Egertsdotter IPST
Microarray analysis of genes in the wood formation process
Requirements for Auxins in Somatic Embryo Development
Scale up methods for tree production from somatic embryos Egertsdotter
Pullman		 IPST
Biology
Artificial Megagametophyte Pullman Biology
Metabolic Profiling to Improve Somatic Embryogenesis
Somatic Embryogenesis Identification And Application Of Gaseous Materials That Promote Embryo Growth In Gas-Tight Environments Pullman
Buchanan		 Biology
IPST
Efficient Propagation Methods for High Value Conifers Pullman
Cairney		 Biology
Biology
Ultrasound-Mediated Gene Transfer for Loblolly Pine Pullman
Prausnitz		 Biology
ChBE
Forest Biotechnology Economics White
Realff		 IPST
ChBE


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Institute of Paper Science and Technology at Georgia Tech - Atlanta, Georgia
Last updated - December 5, 2007