Students will analyze large datasets from modern magnetic resonance imaging techniques, contributing to sub-projects including data collection and analysis, applying graph theory models, and development of software tools.

The project will involve testing materials that can be used to enhance bone regeneration at defects in the jaw bones of humans, using CT scanning techniques and developing a system of measurement of bone volume.

Seeking students to join a new and growing lab that seeks to understand the molecular causes of cancer in order to develop better therapies and improve patient outcomes.

"Modulating Mind, Body, and Space" introduces basic concepts and techniques for conceiving, building, and programming objects, spaces, and media that sense and respond to their physical surroundings.

This project will work to understand the structure and function of enzymes that are used by bacteria to make novel antibiotics and other bioactive molecules.

Seeking students to contribute to research exploring motor-disease protein complexes and their role in intracellular transport, as they relate to disease initiation and the aging process, and the development of neuroprotective treatments.

The study aims to investigate how well English-speaking children between ages 3 and 5 are able to produce grammatical sentences in a picture description task.

Development of techniques to qualitatively and quantitively analyze lipids in multiple biological systems. 

Measure the abundance and variances in neurotransmitters under various biological conditions via high performance liquid chromatography. 

Develop scientific curriculum for laboratory courses.