Devices and methods are provided for forming a vascular graft by axially distending a blood vessel to induce growth. The device preferably comprises a stretching mechanism which includes (i) a rigid body; (ii) a pair of posts comprising a first post and a second post which are connected to the body; (iii) a driver element slidably secured to the body and disposed between the pair of posts; and (iv) a device for sliding the driver element away from the pair of posts to axially distend a blood vessel positioned between the pair of posts and the driver element. Preferably, the device is implanted, for example using endoscopic techniques, for use in vivo, although the device also can be used in vitro.Georgia Tech Research Corporatio
Shape memory materials have been successfully applied to minimally invasive implantation of medical ...
The present contribution reviews recent progress in bioengineering approaches used to mimic arterial...
The diameter of most blood vessels in cardiovascular and peripheral vascular system is less than 6 m...
Devices and methods are provided for forming a vascular graft by axially distending a blood vessel t...
Intravascular devices and methods are provided for forming a vascular graft by axially distending a ...
A method is provided for forming an autologous graft by distending a donor blood vessel and harvesti...
Intravascular devices are provided for forming a vascular graft by axially distending a blood vessel...
Methods and apparatus are provided for forming a vascular graft in vitro by axially distending a blo...
Development of an ideal small diameter vascular replacement is needed. Traditional approaches, as we...
The disclosure relates to a conditioning device (1) for conditioning at least one portion of an expo...
Vascular grafts (VGs) are medical devices intended to replace the function of a blood vessel. Availa...
Tissue-engineered vascular grafts must have qualities that rival native vasculature, specifically th...
The subject invention concerns vascular prosthetic devices and methods for ascending aorta and/or va...
Artificial blood vessels composed of viable tissue represent the ideal vascular graft. Compliance, l...
A device for maintaining or achieving soft tissue expansion applicable to any body region already te...
Shape memory materials have been successfully applied to minimally invasive implantation of medical ...
The present contribution reviews recent progress in bioengineering approaches used to mimic arterial...
The diameter of most blood vessels in cardiovascular and peripheral vascular system is less than 6 m...
Devices and methods are provided for forming a vascular graft by axially distending a blood vessel t...
Intravascular devices and methods are provided for forming a vascular graft by axially distending a ...
A method is provided for forming an autologous graft by distending a donor blood vessel and harvesti...
Intravascular devices are provided for forming a vascular graft by axially distending a blood vessel...
Methods and apparatus are provided for forming a vascular graft in vitro by axially distending a blo...
Development of an ideal small diameter vascular replacement is needed. Traditional approaches, as we...
The disclosure relates to a conditioning device (1) for conditioning at least one portion of an expo...
Vascular grafts (VGs) are medical devices intended to replace the function of a blood vessel. Availa...
Tissue-engineered vascular grafts must have qualities that rival native vasculature, specifically th...
The subject invention concerns vascular prosthetic devices and methods for ascending aorta and/or va...
Artificial blood vessels composed of viable tissue represent the ideal vascular graft. Compliance, l...
A device for maintaining or achieving soft tissue expansion applicable to any body region already te...
Shape memory materials have been successfully applied to minimally invasive implantation of medical ...
The present contribution reviews recent progress in bioengineering approaches used to mimic arterial...
The diameter of most blood vessels in cardiovascular and peripheral vascular system is less than 6 m...