Computer-based instrumentation
An IDEAS project to improve image quality and reduce data loss due to eye motion in currently used adaptive optics scanning light opthalmoscope.
An IDEAS project to provide new tools for studying protein assembly.
An IDEAS project to design electron paramagnetic resonance imaging systems for in vivo imaging.
An IDEAS project to develop the Hand-Arm Movement Monitoring System (HAMMS).
An IDEAS project to develop an optical based device for detecting hematomas.
An IDEAS project to develop a high-resolution imaging system for visualizing and analyzing whole-body distribution of radiotracers in small animals.
An IDEAS project that develops software to enhance single cell studies.
An IDEAS project to develop a model of non-injurious pain in mice.
An IDEAS project to develop multispectral imaging systems for quantitative assessment of tissue vasculature.
An IDEAS project to develop a portable fluorescence camera system for offsite ovarian tumor imaging and the clinical translation of molecular imaging probes.
An IDEAS project to develop the Physiological Recording in MRI Environment (PRiME) system.
An IDEAS project to develop fluorescence imaging to quantify changes across the lifetime of certain fluorophores for non-invasive early-stage tumor detection.
An IDEAS project to develop a system to automatically assess laboratory mice ethology in large-scale settings.
An IDEAS project to create a robotic arrayer to semi-automate the tissue microarrays construction procedure.
An IDEAS project for improving commercial microscopy system that adjusts to and compensates for motion when studying in vivo subcellular structures.
Video Analysis System for Behavior and Activity Assessment of Fruit Flies in High-Throughput Studies
An IDEAS project to develop a customized hardware/software video system for high-thorughput studies in fruit flies.
An IDEAS project to develop a next gen, high-speed scanning spectrometer system to obtain time-resolved absorption spectra on the kinetic reaction mechanisms.