Comprehensive Analysis of Chicken Vessels as Microvascular Anastomosis Training Model.
- Author:
Bo Young KANG
1
;
Byung Joon JEON
;
Kyeong Tae LEE
;
Goo Hyun MUN
Author Information
- Publication Type:Original Article
- Keywords: Chickens; Models, educational; Anastomosis, surgical
- MeSH: Adventitia; Anastomosis, Surgical; Arteries; Brachial Artery; Chickens*; Foot; Metatarsal Bones; Models, Educational; Ocimum basilicum; Radial Artery; Skin; Tibial Arteries; Ulnar Artery; Veins
- From:Archives of Plastic Surgery 2017;44(1):12-18
- CountryRepublic of Korea
- Language:English
- Abstract: BACKGROUND: Nonliving chickens are commonly used as a microvascular anastomosis training model. However, previous studies have investigated only a few types of vessel, and no study has compared the characteristics of the various vessels. The present study evaluated the anatomic characteristics of various chicken vessels as a training model. METHODS: Eight vessels—the brachial artery, basilic vein, radial artery, ulnar artery, ischiatic artery and vein, cranial tibial artery, and common dorsal metatarsal artery—were evaluated in 26 fresh chickens and 30 chicken feet for external diameter (ED) and thicknesses of the tunica adventitia and media. The dissection time from skin incision to application of vessel clamps was also measured. RESULTS: The EDs of the vessels varied. The ischiatic vein had the largest ED of 2.69±0.33 mm, followed by the basilic vein (1.88±0.36 mm), ischiatic artery (1.68±0.24 mm), common dorsal metatarsal artery (1.23±0.23 mm), cranial tibial artery (1.18±0.19 mm), brachial artery (1.08±0.15 mm), ulnar artery (0.82±0.13 mm), and radial artery (0.56±0.12 mm), and the order of size was consistent across all subjects. Thicknesses of the tunica adventitia and media were also diverse, ranging from 74.09±19.91 µm to 158.66±40.25 µm (adventitia) and from 31.2±7.13 µm to 154.15±46.48 µm (media), respectively. Mean dissection time was <3 minutes for all vessels. CONCLUSIONS: Our results suggest that nonliving chickens can provide various vessels with different anatomic characteristics, which can allow trainees the choice of an appropriate microvascular anastomosis training model depending on their purpose and skillfulness.
