Core for Microsurgery and Surgical Models in Small Animals
Microsurgery uses high-powered microscopes to assist in performing microvascular surgical repairs involving small vessels, nerves, and/or other tissues and can be applied in a wide range of surgical settings.
The Duke Core for Microsurgery and Surgical Models in Small Animals’ mission is:
- To provide investigators with a central high-quality microsurgical service
- To design and develop models that require microsurgery in small animals that allow investigators to test their hypothesis
- Consultation on matters related to microsurgical techniques and models in small animals
- Development of innovative models that require microsurgery in small animals
- Technical and operational support in microsurgery
- Transplant models
- Kidney transplantation
- Liver transplantation
- Intestinal transplantation
- Hind-limb transplantation
- Abdominal wall transplantation
- Aorta transplantation
- Heart transplantation
- To request utilization of the Microsurgery Core and its services or to request help with including the Microsurgery Core in a grant submission, please submit the Microsurgery Request Form.
- Our staff will review all documentation submitted and will schedule a concierge meeting to help you with the next steps.
Microsurgical Techniques and Skills Training Course
Course participants receive training in the use of the operating microscope and associated microsurgical instruments, basic microsurgical dissection and suturing techniques, artery and vein anastomoses, end-to-end and end-to-side repair, interpositional vein graft, and neurorrhaphy. Research technicians can also receive training in the microsurgical skills required for animal models in the lab. Feedback and evaluation are provided throughout, as well as laboratory instruction, guidance, and monitoring.
Duke Department of Laboratory Animal Research (DLAR) vivarium rooms 1006, 1008, and 1010.
- Linda C. Cendales, MD, Director
- Mary-Beth Joshi, MPH, Core Manager
- Jennifer Cheeseman, Business Manager
- Jun Wang, MD, PhD, Microsurgeon
Collaborate with Us
To collaborate with us, please contact: email@example.com
Linda C. Cendales, MD
Mary-Beth Joshi, MPH