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Materials Engineering & Material-Tissue Interactions

Division C - Department of Engineering
 

Controlling mass transport and building a fully functional vasculature are vital for producing tissue in clinically relevant dimensions. Vasculature is also relevant to other problems in tissue engineering, such as surgical implantation and in vivo integration, since vessel ingrowth and/or anastomosis is considered important to the viability of most implanted tissues. We have employed several approaches to develop vascular networks, including co-culture systems or/and the use of microfabrication technologies to engineer microfluidic channels within biocompatible materials. The group is also working on automatic generation of computational models of 3D vascular networks that satisfy the physiological requirements in terms of fluid flow and therefore allow long-term survival of cells in a 3D tissue. The model accounts for physical constraints (flow conservation, pressure consistency), physiological constraints (minimum network volume, Murray’s law, no short-circuit intersections), and manufacturing constraints (minimum feature sizes, infill prevention).

 

People specializing in this area

 

 Dulce M Aguilar-Garza
PhD Student
Lucy Cavendish College
+44 1223 748524
PhD Student
Peterhouse
+44 1223 748524
Dr Alexander  W. Justin
Research Associate
+44 (0)7732 372611
Dr Athina E Markaki
University Reader
Fellow of Robinson College
+44 (0)1223 766417
 John  Ong
PhD Student
W D Armstrong Doctoral Fellow
Wolfson College
+44 1223 748524