OBJECTIVETo evaluate the treatment effect of the two surgical methods for upper eyelid retraction with thyroid associated-ophthalmopathy.

METHODSTwenty-two patients (32 eyes) with inactive thyroid associated-ophthalmopathy were divided into 2 groups (11 for each group) randomly. 11 patients (18 eyes) in the group A were treated by central tenotomy of levator aponeurosis. Another 11 patients (14 eyes) in the group B were treated by lengthening of Mullers' muscle combined with levator muscle. The treatment effect was investigated in 6-month follow-up study.

RESULTSAll of the patients were improved with the two surgical methods, which there was very significant difference before and after the treatments (P < 0.01), but not between the two surgical methods (P > 0.05) by statistical analysis. There was recurrent retracting in 4 patients (6 eyes) of group A and in 1 patient (1 eye) of group B, which there was significant difference between the two groups (P < 0.05) by Chi-square test. None of the patients was overcorrected.

CONCLUSIONSThe two methods are both effective and safe in correcting upper eyelid retraction. The rate of recurrent retracting is lower in lengthening of Mullers' muscle combined with levator muscle than that in central tenotomy of levator aponeurosis.

Blepharoplasty ; methods ; Eyelid Diseases ; etiology ; surgery ; Female ; Graves Ophthalmopathy ; surgery ; Humans ; Male ; Oculomotor Muscles ; surgery

PURPOSE: Superior sulcus deformity is the main cosmetic problem in anophthalmic patients. Many methods of correcting enophthalmos have been reported, especially in patients with orbital wall fracture. The purpose of this study is to review the long term results of effectiveness in superior sulcus deformity correction by subperiosteal Medpor (R) sheet implantation in anophthalmic patients. METHODS: Subperiosteal Medpor (R) sheets were used in 11 eyes of 11 anophthalmic patients. To estimate the effectiveness, photographs were taken and exophthalmometric value with their own prosthesis using Hertel exophthalmometer was measured in all patients before and after surgery. RESULTS: The overall cosmetic results in superior sulcus deformity were 'excellent' in 3 (27.3%), 'good' in 6 (54.5%), 'fair' in 2 (18.2%). The overall results in enophthalmos were 'excellent' in 3 (27.2%), 'markedly improved' in 4 (36.4%), 'slightly improved' in 4 (36.4%). Most patients had a marked increase in orbital volume, except two patients. They received irradiation treatment in early childhood so showed unsatisfactory results in both superior sulcus deformity and enophthalmos. CONCLUSIONS: Subperiosteal Medpor (R) sheet implantation is considered to be a reliable and safe procedure without serious complication and with an excellent cosmetic results.
*Surgical Mesh ; Surgery, Plastic ; Retrospective Studies ; *Polyethylene ; Middle Aged ; Male ; Humans ; Female ; Eyelid Diseases/*etiology/*surgery ; Enophthalmos/*etiology/*surgery ; Child ; Anophthalmos/*complications ; Adult ; Adolescent

PURPOSE: To investigate the surgical results of an ear cartilage graft and supplemental procedures for correcting lower lid retraction combined with entropion in anophthalmic patients. METHODS: We reviewed retrospectively the medical records of 7 anophthalmic patients with lower lid retraction and entropion, who received a posterior lamellar ear cartilage graft and one or both of lateral tarsal strip or eyelash-everting procedure between March 1998 and March 2003. Preoperative and postoperative lid and socket statuses were also investigated. RESULTS: Ear cartilage grafts were performed in all 7 patients, lateral tarsal strips in 6, and eyelash-everting procedures in 5. Postoperative follow-up durations ranged from 4 to 28 months (average 12.6 months). Retractions were corrected during follow-up in all patients. There were no cases of entropion immediately after surgery. However, the eyelashes of the lower lid returned to an upright position in 4 patients, but not so severe as to touch the ocular prosthesis, and thus did not require surgical correction during follow up. CONCLUSIONS: Lower lid retraction combined with entropion in anophthalmic patients can be corrected effectively using an ear cartilage graft with selective, supplemental procedures.
Retrospective Studies ; Male ; Humans ; Female ; Eyelid Diseases/*etiology/*surgery ; Entropion/*etiology/*surgery ; Ear Cartilages/*transplantation ; Child, Preschool ; Child ; Anophthalmos/*complications ; Adult

OBJECTIVETo investigate the ideal methods for correction of lower eyelid retraction following lower eyelid blepharoplasty.

METHODSTranscanthal canthopexy was used in 5 patients (8 eyes) with mild lower eyelid retraction. Transcanthal canthopexy combined with Hamra's lower blepharoplasty was used in 15 patients (27 eyes) with severe lower lid retraction.

RESULTS14 patients (25 eyes) were followed up for 6-12 months. Of them, 13 patients achieved satisfactory results; one patient had undercorrection of retraction.

CONCLUSIONTranscanthal canthopexy is a simple and effective method for correction of mild lower eyelid retraction following lower eyelid blepharoplasty. Transcanthal canthopexy combining Hamra's lower blepharoplasty may be an ideal choice for correction of severe lower eyelid retraction.

Adult ; Blepharoplasty ; adverse effects ; Eyelid Diseases ; etiology ; surgery ; Eyelids ; surgery ; Female ; Follow-Up Studies ; Humans ; Male ; Middle Aged ; Patient Satisfaction ; Surgery, Plastic ; methods ; Treatment Outcome

We report four unusual cases of upper eyelid retraction following periorbital trauma. Four previously healthy patients were evaluated for unilateral upper eyelid retraction following periorbital trauma. A 31-year-old man (Case 1) and a 24-year-old man (Case 2) presented with left upper eyelid retraction which developed after blow-out fractures, a 44-year-old woman (Case 3) presented with left upper eyelid retraction secondary to a periorbital contusion that occurred one week prior, and a 56-year-old man (Case 4) presented with left upper eyelid retraction that developed 1 month after a lower canalicular laceration was sustained during a traffic accident. The authors performed a thyroid function test and orbital computed tomography (CT) in all cases. Thyroid function was normal in all patients, CT showed an adhesion of the superior rectus muscle and superior oblique muscle in the first case and diffuse thickening of the superior rectus muscle and levator complex in the third case. CT showed no specific findings in the second or fourth cases. Upper eyelid retraction due to superior complex adhesion can be considered one of the complications of periorbital trauma.
Accidents, Traffic ; Adult ; Eye Injuries/*complications/surgery ; Eyelid Diseases/*etiology/radiography ; Female ; Humans ; Lacerations/complications/surgery ; Lacrimal Apparatus/*injuries ; Male ; Middle Aged ; Oculomotor Muscles ; Orbital Fractures/*complications/surgery ; Tomography, X-Ray Computed

PURPOSE: Ocular perforation during lid anesthesia is rarely reported. We describe here a case of inadvertent corneal perforation and traumatic cataract that occurred during lid anesthesia in a procedure for hordeolum removal. METHODS: A 33-year-old woman presented with a sudden visual loss of her left eye. She had undergone hordeolum removal the day before at a local clinic. On ophthalmologic examination, the cornea was perforated and the lens cortex was extruded into the anterior chamber. After cataract removal and IOL implantation, antibiotics were injected into the vitreous. RESULTS: Her final visual acuity of the left eye was 20/20. Postoperative specular microscopic examination revealed a normal-range endothelial cell count, coefficient of variation, and hexagonality despite the intracameral lidocaine injection. CONCLUSIONS: Anesthetic injection of an infected lid should be done with great caution. Although there are possibilities of corneal endothelial toxicity and endophthalmitis in case of intracameral lidocaine injection through the infected lid, yet proper management may save the patient's vision without complications.
Lidocaine/administration & dosage ; Lens Implantation, Intraocular ; Lens Capsule, Crystalline/injuries ; Injections/adverse effects ; Humans ; Hordeolum/*surgery ; Follow-Up Studies ; Female ; Eyelids ; Eyelid Diseases/*surgery ; Eye Injuries, Penetrating/diagnosis/*etiology/surgery ; Diagnosis, Differential ; Cornea/injuries ; Cataract Extraction ; Anesthetics, Local/administration & dosage ; Anesthesia, Local/*adverse effects ; Adult