A living chicken leg was used as a model in laboratory microvascular surgery training. After a description of the chicken leg anatomy and the surgical approach, many techniques of anastomosis (end-to-end, end-to-side, sleeve), pre- and postoperative microangiography and histological studies were performed on this model. It is suggested that the living chicken may be a good alternative in microsurgical training for beginners. © 1992 Springer-Verlag
In consideration of the 3-R-rule (Refine-Replace-Reduce) as a guideline for promoting ethical use of...
Abstract Purpose: To develop a new low-cost, easy-to-make and available training model using chicke...
Microsurgery is a niche area of surgery in which training and manual dexterity are essential. With l...
Objective: The aim of this study is to introduce a microvascular training model based on use of mate...
PURPOSE: This paper proposes a model of training surgical skills using vascular anastomosis in an an...
International audienceTraining in microsurgical techniques on live rats is the gold standard, but ra...
PURPOSE: This paper proposes a model of training surgical skills using vascular anastomosis in an an...
Objectives: Microsurgical techniques are essential for vessel anastomosis in free flap reconstructiv...
BACKGROUND: Simulation training is becoming an increasingly important component of skills acquisitio...
Advanced microsurgical techniques have emerged as a promising approach for the treatment of lymphede...
Abstract Purpose: To introduce a nonliving microvascular training model based on vessels diameter a...
Comert, Ayhan/0000-0002-9309-838XWOS: 000262838400061PubMed: 19165035A cadaver model was used for mi...
Live models that resemble surgical conditions of humans are needed for training free-flap harvesting...
ABSTRACT PURPOSE: Clinical microsurgery has been introduced in many fields, while experimental mic...
Introduction Microvascular surgery presents a training challenge to both trainees and trainers. Micr...
In consideration of the 3-R-rule (Refine-Replace-Reduce) as a guideline for promoting ethical use of...
Abstract Purpose: To develop a new low-cost, easy-to-make and available training model using chicke...
Microsurgery is a niche area of surgery in which training and manual dexterity are essential. With l...
Objective: The aim of this study is to introduce a microvascular training model based on use of mate...
PURPOSE: This paper proposes a model of training surgical skills using vascular anastomosis in an an...
International audienceTraining in microsurgical techniques on live rats is the gold standard, but ra...
PURPOSE: This paper proposes a model of training surgical skills using vascular anastomosis in an an...
Objectives: Microsurgical techniques are essential for vessel anastomosis in free flap reconstructiv...
BACKGROUND: Simulation training is becoming an increasingly important component of skills acquisitio...
Advanced microsurgical techniques have emerged as a promising approach for the treatment of lymphede...
Abstract Purpose: To introduce a nonliving microvascular training model based on vessels diameter a...
Comert, Ayhan/0000-0002-9309-838XWOS: 000262838400061PubMed: 19165035A cadaver model was used for mi...
Live models that resemble surgical conditions of humans are needed for training free-flap harvesting...
ABSTRACT PURPOSE: Clinical microsurgery has been introduced in many fields, while experimental mic...
Introduction Microvascular surgery presents a training challenge to both trainees and trainers. Micr...
In consideration of the 3-R-rule (Refine-Replace-Reduce) as a guideline for promoting ethical use of...
Abstract Purpose: To develop a new low-cost, easy-to-make and available training model using chicke...
Microsurgery is a niche area of surgery in which training and manual dexterity are essential. With l...