Ke. Kelly et al., PHARYNGOESOPHAGEAL RECONSTRUCTION USING THE RADIAL FOREARM FASCIOCUTANEOUS FREE-FLAP - PRELIMINARY-RESULTS, Otolaryngology and head and neck surgery, 111(1), 1994, pp. 16-24
Pharyngoesophageal reconstruction remains a challenge to the head and
neck surgeon. The goals of pharyngoesophageal reconstruction include r
estoration, with minimal morbidity, of a person's ability to swallow a
nd to speak. Myocutaneous flaps, gastric pull-up, and the jejunal free
flap are popular methods of pharyngoesophageal reconstruction; howeve
r, none of these modalities is clearly ideal. We have begun utilizing
the radial forearm fasciocutaneous free flap for pharyngoesophageal re
construction. Twelve patients have had reconstruction with this flap w
ith follow-up from 2 to 15 months. Seven defects were circumferential,
and five were noncircumferential. Ten patients (83%) have had success
ful restoration of both swallowing ability and voice. Donor site morbi
dity was minimal. The leading complication was salivary leak, which wa
s present in eight (67%) patients. Five of the leaks closed with nonsu
rgical intervention. No cases of flap necrosis occurred. The radial fo
rearm free flap is a thin and pliable flap that closely approximates t
he tissue consistency of normal pharynx. Successful restoration of a p
atient's ability to swallow approximates that of enteral flaps and is
superior to that of MC flaps. Successful speech restoration is superio
r to that of enteral and MC flaps. Donor site morbidity is less than t
hat caused by enteral flaps because laparotomy is avoided. Salivary le
ak is higher than with enteral flaps. Part of this difference is accou
ntable to the high number of secondary and technically challenging rec
onstructions in this series, and we have taken steps to lower this rat
e of leakage. These preliminary data show that the radial forearm fasc
iocutaneous free flap is well suited for pharyngoesophageal reconstruc
tion. Additional experience with this flap for pharyngoesophageal reco
nstruction is necessary to fully evaluate its utility.