Embedded Files
Students can reach out to faculty to collaborate. Click on the faculty listed below to learn more about their current projects and to reach out.
SEM (Scanning Electron Microscopy)
Morphology of insects, such as planthoppers collected with students in the summer in Costa Rica (Derbidae)Confocal Microscopy
Symbiosis between sea sponges and bacteriaComputation
Image analysis of the morphology/distribution of symbionts
Confocal Microscopy
High-resolution imaging of host-pathogen interactions, including changes in histone locations and nucleus shape caused by infectionCellometer
Insert text hereComputation
Analysis of consequences of infection on cells including irregular morphology of the nucleus and quantification and modeling of host-pathogen interactions
SEM (Scanning Electron Microscopy)
Morphological changes of Drosophila melanogastor developmental/muscular mutantsConfocal Microscope
Time-lapse imaging of cellular migration during muscle formation in larval Drosophila melanogastorComputation
Modeling the migration/timing of cell migration during muscle formation
Confocal Microscope
Imaging changes in cellular structures of plants in arid environments.Wide field Microscope
Time lapse changes in leaf structures during changes in water access.Computation
Analysis of changes in compartment topology due to loss of water
Computation
Use of AlphaFold2 to understand protein-DNA interactions
Computation
Use of AlphaFold2 to understand the structure/function of molecules found in nature and how to engineer enzymes
SEM (Scanning Electron Microscopy)
Characterization of shells in the Cosmin Shell CollectionConfocal Microscope
Anatomy of zebrafish neural circuitsComputation
Behavior analysis of zebrafish exposed to venom peptides
Confocal Microscope/Wide field Microscope
Imaging changes in brain anatomy of rodents exposed to cocaineComputation
Registering images to the rodent brain atlas to characterize changes during addiction in the brain
Computation
Modeling changes in activity during seizures
Confocal Microscope
Imaging the interactions of bacteria with the immune system, including interactions with lysosomes
Infrared Imaging
Development of new methods of monitoring wildlife crossings
Computation
Quantification and modeling of water exchange in plants measured with cavicams
MicroCT
Imaging the structure of coral reefs and the impacts of climate change and ocean acidification on coral
MicroCT
Analyzing changes in bone density in disease using bone spur imaging with a microCTPage updated
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