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Electromechanical devices, robotics, and process automation

A photo of the centrifugation device with wires, a rotor, a motor, and the lens and filters

Analytical Ultracentrifugation Fluorescence Detectors and Acquisition Systems for Protein Assembly Dynamics Studies

An IDEAS project to provide new tools for studying protein assembly.

A photo of a computer screen with a dark square on it and an arm with a white dot on his fist

HAMMS - Hand-Arm Movement Monitoring System

An IDEAS project to develop the Hand-Arm Movement Monitoring System (HAMMS).

A computer generated diagram of an orange device and white cylinder

Image-Based Robotic Targeting System to Control Micromanipulators for Single Cell Studies in Living Biological Tissues

An IDEAS project that develops software to enhance single cell studies.

A diagram of a mouse connected to the neurometer pointing to a computer and handheld control.

Non-Injurious Pain Model Using Mice

An IDEAS project to develop a model of non-injurious pain in mice.

A screen shot of the application with a square of colorful cubes in the bottom right hand corner

Quantitative Fluorescence Lifetime Imaging for Disease Detection and Monitoring

An IDEAS project to develop fluorescence imaging to quantify changes across the lifetime of certain fluorophores for non-invasive early-stage tumor detection.

A computer generated image of a device with a green clamp

System to Measure Rodent Vestibular Sensory Evoked Potentials

An IDEAS project to develop a system for auditory testing in mice.

A photo of many small tissue samples on a lab bench

Tissue MicroArrayer for High Throughput Analysis of Pathology Tissue Samples

An IDEAS project to create a robotic arrayer to semi-automate the tissue microarrays construction procedure.

A computer generated graph with a vertical axis and green circles on the plane

Two-Photon Excitation Fluorescence Microscopy Motion Tracking to Study in-vivo Subcellular Structures

An IDEAS project for improving commercial microscopy system that adjusts to and compensates for motion when studying in vivo subcellular structures.