Our Research
We are currently working on projects driving the creation and engineering of novel biomaterials to target and treat vascular, endocrine, and bone pathophysiologies. Learn about our work.
Our Team
We are a diverse group with backgrounds across the disciplines of engineering as well as the natural sciences, and are committed to encouraging a collaborative interdisciplinary environment in our work. Learn about us.
Join Us
Interested in learning more about our work, or looking to join our team? Contact us.
Recent News
Acuitive Technologies Receives FDA 510(k) Clearance for CITREPORE™, A New Synthetic Bioactive Bone Void Filler for Orthopedic Procedures. The polymer used to make this device was developed in Dr. Ameer's Lab. Read more.
Dr. Guillermo Ameer to Receive Percy L. Julian Award. Read more.
Dr. Yonghui Ding's paper:3D-printed, citrate-based bioresorbable vascular scaffolds for coronary artery angioplasty was published on Bioactive Materials.Read more.
Bladder buzz: technologies to improve bladder surgery and monitoring.Studies evaluating bioresorbable scaffold and bioelectronic sensor show promise in animal models NIH Science Highlights. Read more.
Xinlong Wang Receives Ryan Family Research Acceleration Fund Award. Read more.
3D Printing and Citrate Biomaterials Could Allow Dissolvable Stents. Professors Guillermo Ameer and Cheng Sun developed a stent showing similar efficacy to commercial versions. Read more.
Dr. Burke's paper was published on Science Advances. The paper showed that: Antioxidant gel preserves islet function after pancreas removal. Read more.
Center for Advanced Regenerative Engineering
The Center for Advanced Regenerative Engineering (CARE) is an inter-institutional initiative led by Prof. Ameer that integrates and supports research, technology development, and clinical expertise to improve the outcome of tissue and organ repair and regeneration. Learn more about CARE.