- Open Access
Modified Hughes procedure for reconstruction of large full-thickness lower eyelid defects following tumor resection
- Ahmed M. Hishmi†1,
- Konrad R. Koch†1Email author,
- Mario Matthaei1,
- Edwin Bölke2,
- Claus Cursiefen1 and
- Ludwig M. Heindl1
© The Author(s) 2016
- Received: 5 January 2016
- Accepted: 22 June 2016
- Published: 30 June 2016
Tarsoconjunctival flap advancement, or the Hughes procedure, is among the techniques of choice for reconstructing full-thickness lower eyelid defects so as to restore normal anatomy and function with the best possible cosmetic outcome. The purpose of this study is to report the outcome of a series of patients treated with a modified Hughes procedure following malignant tumor removal.
This retrospective study included 45 consecutive cases of modified Hughes procedures performed between January 2013 and October 2015. During Hughes flap creation an incisional plane was chosen in all cases, which left Müller’s muscle attached to the superior tarsal margin, while disinserting the levator aponeurosis. All cases were grouped according to the horizontal length of the lower lid defect to be reconstructed, as well as to the type of anterior lamella reconstruction (free graft vs. inferiorly based advancement flap). Grouped data were compared for the rate of surgical success, defined as achievement of normal lid function and satisfactory cosmesis without needing further surgical interventions, and for the frequency of specific complications.
Surgical success was achieved in 39 cases (87 %). The remaining cases required additional surgery for minor complications including lower-lid ectropion (4 %), pyogenic granuloma (4 %), or lower lid margin hypertrophy (2 %). Donor-site complications were not detected apart from one case of mild entropion with focal trichiasis. No case of premature flap rupture was seen. Neither the horizontal length of the lower lid defect (p = 0.489), nor the type of anterior lamella reconstruction (p = 0.349) significantly affected the surgical success. Particularly, there was no increased onset of lower-lid ectropion among patients receiving an advancement flap.
The modified Hughes procedure remains a well-suited technique for reconstructing lower eyelid defects involving up to 100 % of the horizontal lid length. Leaving Müller’s muscle attached to the Hughes flap might prevent premature flap dehiscence without increasing the frequency of upper lid retractions in turn. Whether using a free skin graft or a skin-muscle advancement flap for anterior lamella reconstruction, seems to be insignificant for the functional-aesthetical outcome.
- Hughes flap
- Tarsoconjunctival flap
- Modified Hughes procedure
- Oculoplastic surgery
- Lower eyelid tumor
Depending on the involvement of the horizontal eyelid margin, several techniques have been used for the reconstruction of full-thickness eyelid defects [1–4]. These include Tenzel semicircular rotation flap, free tarsoconjunctival graft and Mustarde cheek rotation flap and the one being studied here, the tarsoconjunctival flap advancement (Hughes procedure). The latter technique, even though a similar approach had been described already in 1911 by Koellner , was popularized—and thus the name—by Dr. Wendel L. Hughes, (Bellevue Hospital, New York) . He first presented his technique in 1937 , a few years before publishing his ground-breaking comprehensive thesis “Reconstructive Surgery of the Eyelids”, which at that time was without equal in the field of oculoplastic surgery books [6, 8].
Using this approach Dr. Hughes followed the widely acknowledged principal introduced by Gradenigo, that reconstruction of lid structures is best and most satisfactorily achieved using healthy tissue of lid origin as well, thus to replace “like with like” . The procedure itself is a two-stage, eyelid-sharing technique for the reconstruction of full-thickness defects, which comprise at least 50 % (and up to 100 %) of the horizontal lower eyelid margin. The first stage involves (a) the advancement of a tarsoconjunctival flap, the “Hughes” flap, from the upper to the lower eyelid to reconstruct the posterior lamella, consisting of tarsus and conjunctiva, and (b) the reconstruction of the anterior musculocutaneous lamella either using a free full-thickness skin graft, or a local skin, or skin-muscle advancement flap. After several weeks, which allow new vasculature to form within and around the anterior and posterior grafts, and during which the affected eye remains covered by the blood-supplying flap pedicle, the latter is finally divided at the level of the new lower lid margin in a second stage procedure. Due to the temporary eyelid closure Hughes procedures are not the treatment of choice in one-eyed patients, who need eyelid reconstruction on the side of their only seeing eye.
Over the decades the procedure has further evolved. Major modifications introduced by Hughes himself and others included the sparing of the marginal upper lid tarsus and the removal of the levator muscle complex from the tarsoconjunctival flap, which especially reduced the frequency of donor-site, i.e. upper lid complications, such as upper lid retraction, entropion, and trichiasis [10, 11].
In this modified form the Hughes procedure is widely used to date as the technique of choice for the reconstruction of substantial horizontal full-thickness defects of the lower eyelid given the low rate of complications, the superior functional and esthetical outcome and high patient satisfaction. In this study, we evaluate our experience with the modified Hughes procedure with regard to the functional and esthetical outcome and typical complications.
This study included consecutive patients who underwent a modified Hughes procedure for lower eyelid reconstruction at the Department of Ophthalmology, University of Cologne, from January 2013 to October 2015. The need for ethical approval was waived by the ethical committee of the University of Cologne because of the retrospective nature of this work (#16-164). Inclusion criteria for patients were (a) histopathologically confirmed R0 resection of malignant skin tumors of the lower eyelid, (b) full-thickness lower eyelid defects comprising conjunctiva, tarsus (complete vertical lack), orbicularis and skin, of at least 50 % up to 100 % of the horizontal lid fissure length, leaving a residual fibro-tarsal stump both temporally and nasally for Hughes flap attachment, (c) one surgeon (LMH), (d) standardized technique of the Hughes procedure as specified below, and (e) a follow-up time of at least 1 month after separation of the tarsoconjunctival Hughes flap. Patients, in which a several week lasting lid closure would have been contraindicated, such as children at risk of occlusion amblyopia and monocular patients, underwent different reconstructive measures and were not included.
For all included patients the underlying oncological causes were assessed, as well as the size and the position of eyelid defects. Lower eyelid defects between 50 and 59 % of the horizontal (canthus to canthus) lid length were graded as “small”, between 60 and 79 % as “medium”, and defects of ≥80 % as “large”.
Description of the standardized modified Hughes procedure
Hereafter, for recreation of the anterior lamella, either a free skin graft was inset from the ipsi- or contralateral upper lid (Fig. 1e), or an inferiorly based skin-muscle flap was advanced upwards (Fig. 2g). The final choice between these two options was left to the patient’s discretion after detailed explanation, also taking into account whether sufficient excess skin was available at the ipsi- or the contralateral upper eyelid. The skin was sutured using absorbable Vicryl 6.0 stitches (Figs. 1e, 2h). Chloramphenicol ophthalmic ointment and a bulky dressing were applied.
According to the procedural standard of our institution flap division was undertaken 6–8 weeks after the Hughes procedure under local anesthesia to minimize the risk of flap ischemia and necrosis, although according to newer studies a much shorter interval of 2 weeks or even less might be sufficient for flap revascularization [12, 13]. By everting the upper lid, the conjunctival and Müller muscle pedicle flap was cut 0.5 mm above the area of the skin inset allowing the mucocutanous line to heal by secondary intention (Fig. 1f). If necessary, the superior edge of the skin and conjunctiva was revised to remove granulation tissue from the new lower lid margin.
Patients were grouped (a) depending on the technique chosen for anterior lamella reconstruction (free skin graft vs. skin-muscle advancement flap) and (b) depending on the horizontal defect length, and grouped data were analyzed for surgical success rates and frequencies of complications. Pearson’s Chi square test was chosen for statistical analyses, which were performed using SPSS (v. 21.0, IBM, Chicago, IL, USA) software. A p value <0.05 was considered statistically significant.
Between January 2013 to October 2015, forty-four (22 female) consecutive patients underwent 45 modified Hughes procedure after malignant eyelid tumor resection. In one female patient eyelid malignancies developed first in the left, later in the right lower eyelid, thus requiring reconstructive surgery in both eyes. The mean age of the patients was 75 years (SD 11.6, range 40–96). The right eye was affected in 21 cases (47 %).
The underlying histopathologically confirmed lower eyelid malignancies included 36 cases (80 %) of basal cell carcinoma (BCC), 7 cases (16 %) of squamous cell carcinoma (SCC), and 2 cases of other types (1 sweat gland adenocarcinoma; 1 conjunctival mucoepidermoid carcinoma).
Regarding the horizontal eyelid defect size, 17 cases (38 %) showed a small defect, 17 cases (38 %) showed a medium defect, and 11 cases (24 %) showed a large defect. The anterior lamella was reconstructed with a free skin graft in 22 cases (49 %), or with an inferiorly based skin-muscle advancement flap in 23 cases (51 %), respectively.
After flap division the mean follow-up time of the patients was 548 days (SD 312; range 32–1042), corresponding to 18 months.
Surgical success, defined as normal lid function and satisfactory cosmesis without the need for additional surgical measures (before or after Hughes flap dissection), was achieved in 39 cases (87 %), with two of those being depicted in Fig. 3.
Frequencies of complications following modified Hughes procedures stratified by the type of anterior lamella reconstruction
Type of complications
All cases (n = 45)
Free skin grafts (n = 22)
Advancement flaps (n = 23)
Early complications (before flap division)
1 (2 %)
1 (4 %)
Flap suture dehiscence
1 (2 %)
1 (4 %)
Flap pedicle rupture
Late complications (after flap division)
6 (13 %)
5 (23 %)
1 (4 %)
Donor-site complications (upper eyelid)
1 (2 %)
1 (5 %)
1 (2 %)
1 (5 %)
Lower lid complications
5 (11 %)
4 (18 %)
1 (4 %)
2 (4 %)
2 (9 %)
Lid margin hypertrophy
1 (2 %)
1 (5 %)
2 (4 %)
1 (5 %)
1 (4 %)
Tumor recurrence (lower eyelid)
2 (4 %)
1 (5 %)
1 (4 %)
With regard to early complications during the 6-week time frame before the scheduled flap separation, we only observed altogether one single case (2 %) of suture dehiscence, which required re-suturing of the anterior and posterior lamellae on day 13 after the modified Hughes procedure. No further early complications were seen. Particularly, there was neither a case of flap pedicle rupture, i.e. of premature flap dehiscence, nor a case of flap necrosis.
After flap separation, lower lid complications observed in this study included two cases of ectropia that were diagnosed 11 days and 40 days after flap division. Corrective surgery by means of a lateral tarsal strip fixation was performed 4 months later. Two patients developed a pyogenic granuloma at the conjunctival flap wound interface, subsequently treated by granuloma excision. One case showed a persisting hypertrophy of the lower lid margin after flap separation caused by a protruding musculocutaneous pedicle stump. The lid margin was surgically corrected and straightened by excision of the protruding tissue.
The only donor-site complication occuring in this study was a moderate case of upper lid entropium with nasally accentuated trichiasis, which was satisfactorily corrected via cryoepilation of the respective upper lid eyelashes. Meanwhile, not a single case of upper eyelid retraction was observed.
Two patients, which had been treated for lower eyelid BCC, developed lower eyelid tumor recurrences and thus required further multistep treatment with tumor resection and lower lid re-reconstruction. For the evaluation in this study, these two cases were nevertheless categorized as surgically successful, since such tumor recurrences are not attributable to the surgical technique of the modified Hughes procedure itself but in fact to a microscopically incomplete tumor resection prior to any reconstructive measure.
The horizontal length of the lower eyelid defect to be reconstructed did neither significantly affect the surgical success rate (p = 0.489), nor the frequency of specific Hughes procedure related complications.
No significant difference in the surgical success rate was detectable between patients receiving a free skin graft and those treated with an advancement flap for anterior lamella reconstruction (p = 0.349). Equally, no differences were observed with regard to specific complications. In particular, the number of lower lid ectropia after Hughes flap dissection did not significantly differ between both groups (p = 0.139). In the only two ectropion cases we observed, the anterior lamella had been reconstructed using a free skin graft.
The high functional-esthetical success rate of the modified Hughes procedure, observed in this study, corresponds with the beneficial results, which have been reported in previous publications [14–17]. Also, with regard to the vast majority of BCC followed by SCC as underlying tumor entities, the study population shows a typical distribution [14, 18].
Over the decades, those donor-site complications lead to significant modifications resulting in a modified Hughes procedure . Currently, most authors recommend to completely separate the levator as well as the Müller’s muscle from the superior tarsal border during Hughes flap preparation thereby leaving a very delicate and thin pedicle only consisting of conjunctiva for tarsal blood supply (Fig. 4b) . In this study a different incisional plane—previously described by McCord and Nunery—was chosen , which indeed separates the entire levator muscle from the tarsus, while leaving the majority of Müller’s muscle fibers attached to the superior tarsal margin (Fig. 4c). Thus, the flap pedicle remains thicker and, from our perspective, more robust. Notably, although Müller’s muscle remained attached to the tarsus, we did not observe a single case of upper lid retraction. The only donor-site complication occurring in this study was a single case of moderate entropium with trichiasis, a finding, which has been described as well in individual cases after complete Müller’s muscle disinsertion from the tarsus [14, 17]. In view of this fact, this surgical approach appears suitable not least because a more robust and thicker flap pedicle should reduce the risk of a premature flap dehiscence and consecutively of hypoperfusion and necrosis of the tarsal autograft. After all, such premature flap dehiscences have been reported in 8 % of cases, in which the flap pedicle consisted of a thin conjunctival layer only .
In around half of the cases presented here, the anterior lamella was reconstructed using a free skin graft from the upper eyelid, while a skin-muscle advancement flap was used in the remaining cases. We did not observe statistically significant differences in the surgical success rate of both groups. In particular, there was also no significant difference in the onset of lower eyelid ectropion in both groups, although some authors have attributed an increased risk of lower lid ectropion to using a local advancement flap for anterior lamella reconstruction [4, 23]. However, to our knowledge a statistical comparison of both reconstructive techniques in the context of Hughes procedures has not been performed in consecutive patients to date. In this study, the two single cases of lower eyelid ectropion even developed in patients undergoing free skin grafting. Those cases were thus more likely due to horizontal lower lid laxity caused by a horizontally oversized Hughes flap than due to a gravitation pull of the anterior lamella. According to our data, we would consider both techniques, free skin grafts and local advancement flaps, equally suited for anterior lamella reconstruction during Hughes procedures.
The shortcomings of this study are based on its retrospective nature. Also, with regard to the incisional plane of the Hughes flap, a control group is lacking. A prospective study should therefore be initiated to compare the functional-esthetical outcome, first depending on whether a solely conjunctival (Fig. 4b) or a musculoconjunctival flap pedicle (Fig. 4c) is created, and second depending on the chosen technique of anterior lamella reconstruction.
This retrospective study confirms that the modified Hughes procedure remains a well-suited technique for repairing large full-thickness lower eyelid defects involving up to 100 % of the horizontal lid length. In around 90 % of cases it results in normal lid function and satisfactory cosmesis without any demand for further surgery.
By leaving Müller’s muscle attached to the superior tarsal border while harvesting the Hughes flap, a robust musculoconjunctival pedicle is formed, which might be less prone to premature flap dehiscence than a delicate solely conjunctival flap pedicle, without seeming to increase the frequency of upper eyelid retractions in turn.
For the functional-esthetical outcome of the modified Hughes procedure it finally seems to be insignificant whether a free skin graft or a skin-muscle advancement flap is used for reconstructing the anterior lamella of the lower eyelid.
AMH and KRK drafted the manuscript and performed statistical evaluations. LMH and KRK performed the surgical interventions for this case series. MM, EB, and CC helped to draft and reviewed the manuscript. All authors read and approved the final manuscript.
This study was supported by the German Research Foundation (FOR 2240 “(Lymph)Angiogenesis And Cellular Immunity In Inflammatory Diseases Of The Eye” to CC and LMH; CU 47/6-1 to CC; HE 6743/2-1 and HE 6743/3-1 to LMH), German Cancer Aid (to CC and LMH), GEROK Program University of Cologne (to KRK and LMH), and EU COST BM1302 “Joining Forces in Corneal Regeneration” (to CC).
The authors declare that they have no competing interests.
Open AccessThis article is distributed under the terms of the Creative Commons Attribution 4.0 International License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and reproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons license, and indicate if changes were made. The Creative Commons Public Domain Dedication waiver (http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.
- Heindl LM, Holbach LM. Eyelids. In: Naumann GOH, Holbach LM, Kruse FE, editors. Applied pathology for ophthalmic microsurgeons. Berlin: Springer; 2008. p. 30–44.Google Scholar
- Kopecky A, Koch KR, Bucher F, Cursiefen C, Heindl LM. Results of Cutler-Beard procedure for reconstruction of extensive full thickness upper eyelid defects following tumor resection. Ophthalmologe. 2015;113:309.View ArticleGoogle Scholar
- Tyers AG, Collin JRO. Eyelid reconstruction. In: Tyers AG, Collin JRO, editors. Colour atlas of ophthalmic plastic surgery. Oxford: Butterworth-Heinemann Elsevier; 2008. p. 349–426.View ArticleGoogle Scholar
- Steinkogler FJ. Reconstruction of the lower lid. Br J Ophthalmol. 1984;68:507–10.View ArticlePubMedPubMed CentralGoogle Scholar
- Koellner H. Verfahren für den plastischen Ersatz des Unterlides. Münch Med Wochenschr. 1911;58:2166–8.Google Scholar
- McClellan WT, Rawson AE. Wendell L. Hughes’ life and contributions to plastic surgery. Plast Reconstr Surg. 2011;128:765e–72e.View ArticlePubMedGoogle Scholar
- Hughes WL. A new method for rebuilding a lower lid: report of a case. Arch Ophthalmol. 1937;17:1008–17.View ArticleGoogle Scholar
- Hughes WL. Reconstructive Surgery of the eyelids. St. Louis: Mosby; 1943.Google Scholar
- Gradenigo P, Ovio G, Bonamico M. Scritti oftalmologici del conte Pietro Gradenigo : professore di oftalmiatria e di clinica oculistica nella R. Università di Padova/raccolti dai suoi allievi Prof. Dr. Giuseppe Ovio e Dr. Mario Bonamico, nella ricorrenza del trentesimo anno di insegnamento. Padua: Stabilimento della Societa Cooperativa Tipografica; 1904.Google Scholar
- Hughes WL. Total lower lid reconstruction: technical details. Trans Am Ophthalmol Soc. 1976;74:321–9.PubMedPubMed CentralGoogle Scholar
- Cies WA, Bartlett RE. Modification of the Mustardé and Hughes methods of reconstructing the lower lid. Ann Ophthalmol. 1975;7:1497–502.PubMedGoogle Scholar
- Leibovitch I, Selva D. Modified Hughes flap: division at 7 days. Ophthalmology. 2004;111:2164–7.View ArticlePubMedGoogle Scholar
- McNab AA, Martin P, Benger R, O’Donnell B, Kourt G. A prospective randomized study comparing division of the pedicle of modified hughes flaps at 2 or 4 weeks. Ophthal Plast Reconstr Surg. 2001;17:317–9.View ArticlePubMedGoogle Scholar
- Emesz M, Krall E, Nischler C, et al. Hughes’ operation and combined procedures. Ophthalmologe. 2014;111:448–53.View ArticlePubMedGoogle Scholar
- Sommer F, Wozniak K. Lid reconstruction for large lower eyelid defects (extending into canthus) with Hughes flap and skin graft—possibilities and limitations. Klin Monbl Augenheilkd. 2015;232:21–6.PubMedGoogle Scholar
- Mittelviefhaus H. Tarsoconjunctival transposition. Causes, prevention and possibilities for correction of postoperative complications. Ophthalmologe. 1992;89:227–32.PubMedGoogle Scholar
- Gonnermann J, Klein JP, Klamann MK, et al. Dry eye symptoms in patients after eyelid reconstruction with full-thickness eyelid defects: using the Tomey TG-1000 thermographer. Ophthalmic Res. 2012;48:192–8.View ArticlePubMedGoogle Scholar
- Maloof A, Ng S, Leatherbarrow B. The maximal Hughes procedure. Ophthal Plast Reconstr Surg. 2001;17:96–102.View ArticlePubMedGoogle Scholar
- Herde J, Krause A, Bau V. Results of the Hughes operation. Ophthalmologe. 2001;98:472–6.View ArticlePubMedGoogle Scholar
- Rohrich RJ, Zbar RI. The evolution of the Hughes tarsoconjunctival flap for the lower eyelid reconstruction. Plast Reconstr Surg. 1999;104:518–22.View ArticlePubMedGoogle Scholar
- McCord CD, Nunery WR. Reconstructive Procedures of the Lower Eyelid and Outer Canthus. In: McCord CD, editor. Oculoplastic Surgery. New York: Raven; 1981. p. 194–8.Google Scholar
- Bartley GB, Messenger MM. The dehiscent Hughes flap: outcomes and implications. Trans Am Ophthalmol Soc. 2002;100:61–5.PubMedPubMed CentralGoogle Scholar
- Macomber WB, Wang MK, Gottlieb E. Epithelial tumors of the eyelids. Surg Gynecol Obstet. 1954;98:331–42.PubMedGoogle Scholar