Stem cell technologies hold great promise for engineering replacement tissues for repairing functional loss from trauma or disease. Such therapies are particularly important for replacing bone and cartilage in the…
Current vascular replacement materials are far from ideal, with all available biomaterials exhibiting significant clinical complications. The development of novel biocompatible decellularized vascular grafts holds great promise for functional restoration…
Clinical application of cell transplantation therapy requires a means of non-invasively monitoring these cells in the patient. Several imaging modalities, including MRI, bioluminescence imaging, and positron emission tomography have been…
One of your earliest childhood biology lessons probably occurred when your body demonstrated to you that your skin is an organ that is able to self-regenerate. Indeed wound healing is…
Stem cells offer tremendous potential to treat previously intractable diseases. The clinical translation of these therapies, however, presents unique challenges. One challenge is the absence of robust methods to monitor…
Research Objective The research objectives are to identify causal genes for chemotherapy-induced mitochondrial toxicity and neurodegeneration in sensory neurons and drugs that target this toxicity. Impact These studies will open…
Research Objective We will generate nanoprobe-containing stem cell-derived human beta cells that can be monitored in real time in response to inflammatory stress upon transplantation in patients with type 1…
Research Objective This project aims to develop a sensitive and non-invasive method for tracking stem cells in clinical trial, without the need for genetically engineered reporters or long-lived radioisotopes. Impact…
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