Participant Labs
*** Great Lakes Bioenergy Research Center (GLBRC)-affiliated faculty
 |
Biochemical evolution of plant specialized metabolism |
 |
Plant and algal lipid metabolism and transport |
 |
Gregory Bonito (*** GLBRC-affiliated) Fungal systematics; truffle biology; plant-fungal-bacterial interactions |
 |
Federica Brandizzi (*** GLBRC-affiliated) Mechanisms for establishment and maintenance of organelles of the secretory pathway in growth and stress in plants |
 |
Bioinformatics; genomics and genome annotation |
 |
Plant morphology; quantification of shape and branching architectures |
 |
Cyanobacterial biology and biotechnology |
 |
Polyploid genomics |
 |
Plant and algal circadian clock biology |
 |
Plant systems biology; trafficking and the function of plant specialized metabolites |
 |
Bjoern Hamberger (*** GLBRC-affiliated) Plant pathway discovery for high-value compounds and synthetic biology |
 |
Plant stress responses |
 |
Plant growth and development in response to stress |
 |
Translational regulation in plant responses to the environment |
 |
Plant developmental biology and physiology for advancements in tree fruit agriculture |
 |
Regulation of plant anti-herbivore defense |
 |
Peroxisome biogenesis and function |
 |
Plant-bacteria interactions, molecular plant pathology, population genomics and evolution, bacterial secretion systems and effector biology |
 |
Genetics, genomics, and epigenetics of plant stress responses |
 |
Evolutionary genetics and genomics of plant natural variation |
 |
Cheryl Kerfeld (*** GLBRC-affiliated) Characterization of proteins involved in photoprotection in cyanobacteria |
 |
Alexandra Kravchenko (*** GLBRC-affiliated; does not participate in Plant Genomics REU program) |
 |
Robert Last (*** GLBRC-affiliated) Functional genomics of plant metabolism |
 |
Sarah Lebeis (*** GLBRC-affiliated) Plant microbiome composition and assembly |
 |
David Lowry (*** GLBRC-affiliated) Plant speciation and evolutionary genomics |
 |
Plastoglobule and chloroplast biochemistry, proteomics |
 |
Small fruit and hop pathology |
 |
Plant and pathogen population genetics, genetic mapping for quality, disease, and insect resistance, breeding, molecular marker systems, abiotic/biotic stress |
 |
Weed genomics |
 |
Plant genomics and plant resilience |
 |
Mycology, plant pathology, fungal ecology, phytobiomes, population genetics/genomics, soil microbes |
 |
Mineral nutrition, sensing, signaling and transport |
 |
Metabolic flux analysis of plant central metabolism |
 |
Biochemistry and biophysics of carbon assimilation and exchange with the environment |
 |
Shinhan Shiu (*** GLBRC-affiliated) Evolutionary and comparative genomics; machine learning |
 |
Plant stress, mass spectrometry metabolomic and proteomic |
 |
Multi-omics resolution of photosynthetic performance |
 |
Mechanisms of nitrogen and sulfur uptake and metabolism |
 |
Maize genetics and genomics; high-throughput phenotyping |
 |
Fungal pathogen-host interactions |
 |
Genetic basis of plant adaptation; drought tolerance of underutilized crop species |
 |
Berkley Walker (*** GLBRC-affiliated) Photosynthesis and photorespiration |