Add to ORKGCanine ear implant for strengthening the defective auricular cartilage of the canine ear is formed of a sheet of flexible porous polymeric material adapted in size and shape to be positioned adjacent to either side of the auricular cartilage. The polymeric material comprises a network of interconnected pores throughout its volume having an average pore diameter of between 20 .mu.m - 300 .mu.m, the average pore volume being at least 30%
Objectives: We developed a large animal model for auricular reconstruction with engineered cartilage...
Microtia is a congenital external ear malformation that can seriously influence the psychological an...
The complex architecture of the auricle makes it one of the most challenging structures for the reco...
Several methods for auricular cartilage engineering use tissue engineering techniques. However, an i...
Current techniques for autologous auricular reconstruction produce substandard ear morphologies with...
External ear reconstruction with autologous cartilage still remains one of the most difficult proble...
In the present study we describe a new method for correcting the faulty holding of ears carriage in ...
Auricular reconstruction poses a challenge for reconstructive and burns surgeons. Techniques involvi...
BACKGROUND: Previous attempts to engineer human ear-shaped constructs mimicked human shape but lacke...
(A) High-resolution images of a pediatric ear were rapidly scanned, while human auricular cartilage ...
Full-thickness defects of articular cartilage were repaired by implantation of porous polymer implan...
Auricular reconstruction remains one of the biggest challenges faced by plastic surgeons. Reconstruc...
ObjectiveTo reconstruct the auricle using a porous, hollow, three-dimensional (3D)-printed mold and ...
Keloids are raised reddish nodules that develop at the site of an injury. They are characterized his...
The incidence of ear deformities is about 150 cases/newborns per year in Germany. The porous polyeth...
Objectives: We developed a large animal model for auricular reconstruction with engineered cartilage...
Microtia is a congenital external ear malformation that can seriously influence the psychological an...
The complex architecture of the auricle makes it one of the most challenging structures for the reco...
Several methods for auricular cartilage engineering use tissue engineering techniques. However, an i...
Current techniques for autologous auricular reconstruction produce substandard ear morphologies with...
External ear reconstruction with autologous cartilage still remains one of the most difficult proble...
In the present study we describe a new method for correcting the faulty holding of ears carriage in ...
Auricular reconstruction poses a challenge for reconstructive and burns surgeons. Techniques involvi...
BACKGROUND: Previous attempts to engineer human ear-shaped constructs mimicked human shape but lacke...
(A) High-resolution images of a pediatric ear were rapidly scanned, while human auricular cartilage ...
Full-thickness defects of articular cartilage were repaired by implantation of porous polymer implan...
Auricular reconstruction remains one of the biggest challenges faced by plastic surgeons. Reconstruc...
ObjectiveTo reconstruct the auricle using a porous, hollow, three-dimensional (3D)-printed mold and ...
Keloids are raised reddish nodules that develop at the site of an injury. They are characterized his...
The incidence of ear deformities is about 150 cases/newborns per year in Germany. The porous polyeth...
Objectives: We developed a large animal model for auricular reconstruction with engineered cartilage...
Microtia is a congenital external ear malformation that can seriously influence the psychological an...
The complex architecture of the auricle makes it one of the most challenging structures for the reco...