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At least 19 recordsLinked to original sources
PubMed2005

New methods for quantifying diplopia.

PURPOSE: To develop new methods for quantifying diplopia and test their validity, test-retest reliability, and responsiveness to treatment. DESIGN: Prospective case series. PARTICIPANTS: Adult patients with diplopia in 2 tertiary referral practices. Diagnosis included cranial nerve palsies, thyroid eye disease, supranuclear palsies, and ocular myasthenia gravis. METHODS: The new diplopia questionnaire and cervical range of motion (CROM) diplopia examination were tested in a 15-patient validity study against the standard diplopia field performed on the Goldmann perimeter (each scored 0 [no diplopia] to 100 [constant diplopia in all fields]). The test-retest reliability of the CROM diplopia examination was determined in 27 patients. The responsiveness to treatment of the diplopia questionnaire and the CROM examination was tested in 15 patients who underwent strabismus surgery or received systemic prednisone for ocular myasthenia gravis. MAIN OUTCOME MEASURES: Validity was evaluated by the intraclass correlation coefficient (ICC) compared with the standard Goldmann diplopia field. Test-rest reliability was evaluated by the ICC. Responsiveness to treatment was evaluated by comparing pretreatment and posttreatment scores. RESULTS: There was excellent agreement between the diplopia questionnaire score and Goldmann diplopia field score (ICC, 0.90) and between the CROM diplopia examination score and Goldmann diplopia field score (ICC, 0.88). Intertester reliability of the CROM diplopia examination score was excellent (ICC, 0.87; 95% confidence interval, 0.74-0.94). Postintervention scores were significantly lower than baseline (P = 0.0003 for CROM and P = 0.0001 for the questionnaire), with a median postintervention improvement of 48 for the CROM diplopia score (quartiles 12-68) and 36 for the diplopia questionnaire (quartiles 20-52). CONCLUSIONS: Our new diplopia questionnaire and new CROM diplopia examination are valid, reliable, and responsive measures of diplopia severity. The tests are easy to administer and require less expensive and less cumbersome equipment than previously available.

Adult↗
PubMed2002

Intractable diplopia after strabismus surgery in adults.

OBJECTIVES: To investigate the incidence of persistent intractable diplopia in adults undergoing surgery for long-standing, constant strabismus and to define tests that may be useful for identifying patients at risk for developing this complication. METHODS: A retrospective medical record review of adults without diplopia undergoing surgery for constant strabismus. RESULTS: Medical records of 424 adult patients undergoing strabismus surgery were studied. Of these patients, 143 (34%) experienced diplopia when tested preoperatively with prisms to simulate the desired surgical outcome. Only 40 patients (9%) had temporary diplopia after surgery, which resolved in all cases by 6 weeks postoperatively. Three patients (0.8%) developed persistent intractable diplopia. Experiencing diplopia with preoperative prism testing was significantly more likely to result in postoperative diplopia than if diplopia was not present preoperatively (P<.001 and P =.04 for temporary and persistent postoperative diplopia, respectively). Preoperative testing had a sensitivity and negative predictive value for temporary postoperative diplopia of 100%, a specificity of 73%, and a positive predictive value of 28%. Similar values were found for persistent diplopia after surgery with the exception of the positive predictive value, which was only 2%. Patients who did not see double during preoperative testing with prisms never developed diplopia after surgery. However, the presence of preoperative diplopia with prism testing (including a prolonged trial with Fresnel prisms) was infrequently predictive of postoperative diplopia. CONCLUSIONS: Intractable diplopia after strabismus surgery in adults without previous diplopia is very rare. The diagnostic use of prisms prior to surgery may identify some patients who have little or no risk of postoperative diplopia, as well as a group of patients with a small but definite risk of intractable postoperative diplopia.

Adolescent↗
PubMedDate not supplied

Diplopia following subcutaneous injections of botulinum A toxin for facial spasms.

PURPOSE: To study the incidence, cause, recovery time, and prevention of diplopia following subcutaneous injection of botulinum A toxin for the treatment of facial spasms. METHODS: Patients who experienced diplopia after botulinum A toxin injections had their deviations examined in detail. When the muscle that caused diplopia was identifiable, the injection closest to that muscle was omitted in the next treatment in an attempt to prevent diplopia. RESULTS: Of 250 patients receiving about 1500 sets of injections, 25 (1.7%) incidents of diplopia occurred in 10 patients. Excluding two patients who declined further treatment after having diplopia on their first botulinum A toxin treatment, seven of the remaining eight patients had multiple incidents of diplopia. The most common pattern of diplopia was "uncertain diagnosis." The most common identifiable cause of diplopia was paresis of the inferior oblique muscle. Omission of the injection into the central portion of the lower eyelids in the next treatment prevented recurrence of diplopia in only one of the four patients. No significant correlation between botulinum A toxin doses injected and times to recovery was noted. CONCLUSIONS: Diplopia following botulinum A toxin treatment is uncommon. Seven patients (3% of patients studied) had 22 episodes of diplopia (88% of episodes). When diplopia occurs, it tends to recur on reinjection, sometimes with a prolonged recovery time. This response may not be dose dependent. The extraocular muscles of some patients may be more susceptible to chemodenervation than others, or botulinum A toxin may diffuse to extraocular muscles more easily in some patients than in others.

Aged↗
PubMed1996

[Diplopia as a complication after surgery for strabismus in adolescents and adults].

Diplopia may occur following surgery for the correction of constant manifest strabismus. Young children rarely complain of diplopia because of the plasticity of their visual system and the rapid development of suppression. However, in older children and adults post-operative diplopia may occur either as a transient well-tolerated phenomenon or occasionally as an intractable problem. It is a standard practice to carry out tests prior to surgery to try and predict the risk of post-operative diplopia, although the value of these tests and the incidence and severity of diplopia following squint surgery is not well documented. We reviewed the records of these 22 out of all our patients operated for squint who had diplopia (aged 13-45). 13 subjects presented diplopia only for 1 or 2 days after surgery 8 had intermittent one with good tolerance and 1 acquired constant diplopia (she was operated). Pre- and post-operative agents which could have had an impact on diplopia occurrence were evaluated. Diplopia was found in 48% patients who had positive test predicting the risk of post-operative diplopia. The test thus seems to be quite limited in its reliability and prior to surgery the patients should be thoroughly informed about a possibility of diplopia occurring as a surgery complication.

Adolescent↗
PubMedDate not supplied

Incidence and treatment of diplopia after three-wall orbital decompression in Graves' ophthalmopathy.

PURPOSE: To describe our experience treating diplopia after orbital decompression in patients with thyroid orbitopathy. PATIENTS AND METHODS: From May 1997 to July 2001, we performed orbital decompression on 102 patients (34 men and 68 women) with severe proptosis. In 10 (9.8%) of these patients who had no diplopia preoperatively, diplopia in primary gaze occurred after decompression. In 19 (18.6%) of the patients with diplopia in primary gaze before surgery, there was no modification of diplopia after decompression. In 24 (23.5%) of the patients with diplopia in primary gaze before surgery, a more severe imbalance occurred after decompression. Forty-four (83%) of these 53 patients underwent adjustable extraocular muscle surgery with the use of viscoelastic substances to gain single vision in primary position. In 9 (17%) of the patients, diplopia was resolved with the use of prismatic lenses. RESULTS: In 31 (70.4%) of 44 patients, we obtained a stable resolution of diplopia in primary position (minimum follow-up, 6 months). In 10 (22.7%) of these patients, a second surgery on the oblique muscles was necessary 6 months after the first surgery to resolve torsional diplopia. In 3 (6.8%) of the patients, diplopia has been resolved with prismatic lenses. CONCLUSION: Orbital decompression reduces proptosis, but may cause diplopia or worsen it.

Adult↗
PubMed1999

[Investigation of the diplopia after intraocular lens implantation].

OBJECTIVE: To investigate the pathogenesis, mechanism and prognosis of diplopia after cataract extraction with intraocular lens implantation (IOL). METHODS: Besides routine ocular examinations, refraction, ocular position, ocular movement, fusional function and image of diplopia were examined on all the patients. Forced duction was examined on partial patients. RESULTS: Among 24 cases with diplopia after IOL implantation, there were 19 cases of binocular diplopia and 5 cases of monocular diplopia. Of the binocular diplopia, there were 17 cases of strabismic diplopia and 2 cases of diplopia due to central fusional impairment. Of the cases with monocular diplopia, there were 4 cases resulted from operative complication and one case with congenital iridocoloboma. CONCLUSIONS: The pathogenesis of strabismic diplopia resulted from dysfunction of ocular movement is unknown. Most of the patients can obtain binocular vision by early active treatment. Monocular diplopia is partly resulted from operative complication.

Adult↗
PubMed1995

Fixation switch diplopia.

OBJECTIVE: To present guidelines for the diagnosis and management of fixation switch diplopia. BACKGROUND: Adults with a history of strabismus since childhood may experience acquired diplopia if a change in their refractive error or use of spectacles encourages fixation with their nondominant eye. This is referred to as "fixation switch diplopia." If correctly diagnosed, this seldom-recognized cause of acquired diplopia in adults can almost always be successfully treated with the proper optical management. PATIENTS: A retrospective review was carried out for all patients with the diagnosis of fixation switch diplopia who were seen in my private practice. RESULTS: A review of patient records identified 16 patients with fixation switch diplopia. In four patients, the switch in fixation was spontaneous owing to the development of myopia in the previously preferred eye in patients with mild contralateral amblyopia. Six patients developed diplopia owing to their "monovision" (one eye optically corrected for distance and the other eye presbyopic). In six patients, fixation switch diplopia occurred because a noncycloplegic subjective refraction was performed in the presence of amblyopia, resulting in an unbalanced refractive correction. In all 16 patients, symptoms were eliminated when proper optical correction was instituted to encourage fixation with the dominant eye. CONCLUSIONS: Fixation switch diplopia is a cause of acquired diplopia in adults with a history of strabismus since childhood. It can usually be successfully treated with proper optical management.

Adult↗
PubMed2005

Role of hyaluronidase in diplopia after peribulbar anesthesia for cataract surgery.

OBJECTIVE: To determine the protective action of hyaluronidase on peribulbar anesthesia-related diplopia in patients undergoing cataract surgery. DESIGN: Single-center observational case series. PARTICIPANTS: All patients undergoing elective phacoemulsification and intraocular lens implantation under peribulbar anesthesia between February 2001 and January 2003. METHODS: We compared the incidence of postoperative diplopia between 2 periods--February 2001 to January 2002 (P1) and February 2002 to January 2003 (P2)--which differed by the presence (P1) or absence (P2) of hyaluronidase in the anesthetic solution. MAIN OUTCOME MEASURES: All patients were examined on the first and fifth postoperative days during both periods. When diplopia was diagnosed, we recorded the characteristics of the patient, peribulbar anesthesia, and diplopia (orthoptic examination, and magnetic resonance imaging in some cases). RESULTS: Seven thousand two hundred five patients were studied. During P1, 3582 patients received peribulbar anesthesia, and no cases of diplopia occurred. During P2, 3623 patients received peribulbar anesthesia, and 27 cases of diplopia occurred (incidence, 0.75%; P = 0.0002 vs. P1). Diplopia involved the inferior rectus (40%) and the external rectus (37%) muscles. Diplopia was persistent in 54% of the cases. CONCLUSIONS: Peribulbar anesthesia-related diplopia was significantly more frequent when hyaluronidase was not added to the anesthetic solution.

Aged↗
PubMed2002

Diplopia and enophthalmos after surgical repair of blowout fracture.

PURPOSE: To evaluate the incidence of residual diplopia and enophthalmos and the possible risk factors leading to their occurrence in patients who had orbital blowout fracture repair. METHODS: Forty-two patients with pure orbital blowout fracture who had at least 6 months postoperative follow-up were included in the study group. Nineteen (45.2%) patients had orbital floor, two (4.8%) patients had medial orbital wall and 21 (50%) patients had a combination of orbital floor and medial orbital wall fractures. The fracture was reconstructed with porous polyethylene (Medpore) in 22, supramide in 12 and gelatin (Gelfilm) in 8 orbits. Mean postoperative follow-up was 11 months. RESULTS: Preoperatively, 35 patients (83%) had diplopia and 13 patients (30.9%) had enophthalmos greater than 2 mm. Of 35 patients who had preoperative diplopia, only 7 (17%) patients experienced diplopia postoperatively. Diplopia improved 1 to 4 weeks (mean, 3 weeks) following surgery in 28 patients. Timing of surgery and age of the patient were significant for the development of postoperative diplopia (p < 0.05). Sex, location of the blowout fracture and the alloplast material were not found to be significant for the development of postoperative diplopia (p > 0.05). Enophthalmos persisted in three (7%) patients postoperatively. CONCLUSION: Old patients were more likely to have residual postoperative diplopia. Surgical repair of blowout fractures within two weeks of trauma decreases the incidence of residual diplopia.

Adolescent↗
PubMed2004

Primary-gaze diplopia in patients with thyroid-related orbitopathy undergoing deep lateral orbital decompression with intraconal fat debulking: a retrospective analysis of treatment outcome.

Our goal was to investigate the incidence of postoperative primary gaze diplopia in patients with thyroid-related orbitopathy (TRO) undergoing deep lateral wall orbital decompression surgery with intraconal fat debulking in the Jules Stein Eye Institute over a period of 4(1/4) years. Overall 201 orbital decompression surgeries were performed in 116 patients (23 males, 93 females). All surgeries were performed by two of the authors (R.A.G. and J.D.M.) and in the noninflammatory phase of the disease. Exophthalmos decreased by an average of 3.4 +/- 2.7 mm from 23.8 +/- 3.2 mm (17-31) to 20.4 +/- 2.5 mm (14-29), p < 0.001, 95% confidence interval (CI) (3.0:3.8). 31% of patients had preoperative primary gaze diplopia and 28.4% had postoperative primary gaze diplopia. Thirty (83%) of the 36 patients with preoperative diplopia had also postoperative diplopia; 6 (16.7%) of the 36 patients had improvement in diplopia following deep lateral wall decompression. Of the 80 (69%) of patients without preoperative double vision 3 developed postoperative double vision in primary gaze (2.6% of all patients). These 3 patients were older (56 versus 46 years, p = 0.047), had more limitation in ocular movements (p = 0.017) and achieved more decrease in proptosis with surgery (6 versus 3.1 mm, p = 0.024). No complications were associated with orbital decompression. In conclusion deep lateral wall orbital decompression surgery with intraconal fat debulking is associated with a low rate (2.6%) of new-onset primary gaze diplopia. Some patients (5.2%) with preoperative diplopia actually had improvement in diplopia postoperatively. This surgery is effective in reduction of congestion and exophthalmos, and is not associated with detrimental effects on visual acuity.

Adipose Tissue↗
PubMed2004

[Diplopia in Wallenberg's syndrome].

The incidence and mechanism of diplopia were investigated in 31 patients with Wallenberg's syndrome resulting from acute dorsolateral medullary infarction. Diplopia was found in 10 of 31 patients (32%), with 5 patients reporting vertical diplopia alone and 5 reporting vertical and horizontal diplopia. Diplopia in Wallenberg's syndrome is considered to be caused by a lesion involving the otolith-ocular system. Vertical diplopia is simply explained by ocular skew deviation due to a lesion involving the vestibular nucleus; in which the affected eye becomes deviated inferiorly. In this situation, rotation of the eye due to ocular tilt reaction also occurs. Concomitant horizontal diplopia may require involvement of the medial longitudinal fasciculus (MLF), which produces skew deviation in mirror image; the unaffected eye becomes deviated inferiorly. When downward deviation of the eye affected by dysfunction of the vestibular nucleus and that due to MLF dysfunction affecting the other eye are comparable, only horizontal diplopia becomes apparent. MLF syndrome may be accompanied by paralytic pontine exotropia (PPE) or non-paralytic pontine exotropia (NPPE), both of which may also participate in the appearance of horizontal diplopia.

Adult↗
PubMed1996

[A clinical analysis on 131 senile cases with diplopia].

OBJECTIVE: To approach the pathogenic features of senile diplopia to elevate the rate of accurate clinical diagnosis and the therapeutic effect of treatment. METHODS: Prism, synoptophore, Hess' screen and red glass test were used to examine the ocular position, muscle movement and diplopia image in 131 cases (aged 60 or older). Biochemical examination of blood and imaging diagnosis were also involved. RESULTS: Among 131 cases, 120 (91.6%) suffered from binocular diplopia and 11 cases (8.4%) monocular diplopia. The majority of cases (110/120) with binocular diplopia were of ocular dyscinesia type resulting from intracranial vascular diseases, while the majority of cases with monocular diplopia resulted from complications of intraocular operation. CONCLUSIONS: Most of the diplopia in the aged are binocular one whose main cause is ocular dyscinesia resulting from vascular diseases. The cause of monocular diplopia in most of the cases is frequently due to the complications of intraocular operation. The authors emphasize a thorough examination of patients with diplopia.

Aged↗
PubMed2005

The dragged-fovea diplopia syndrome: clinical characteristics, diagnosis, and treatment.

PURPOSE: To identify the clinical characteristics of the dragged-fovea diplopia syndrome, to introduce a simple diagnostic test that aids in the evaluation of such patients, and to provide a simple treatment option to improve the diplopia in some of these patients. DESIGN: Retrospective, observational case series. PARTICIPANTS: Ninety-five affected eyes in 83 consecutive patients seen between January 1, 1993, and August 9, 2004, who were diagnosed with the dragged-fovea diplopia syndrome at one institution. METHODS: We reviewed the records of 222 patients who have been seen in the Krieger Children's Eye Center at The Wilmer Institute since 1993 with a diagnosis of maculopathy, internal limiting membrane, or dragged fovea. We collected ocular findings and history for those patients who reported binocular diplopia that was not amenable to prism therapy and not secondary to acquired strabismus. MAIN OUTCOME MEASURES: We recorded the presence of metamorphopsia on Amsler grid testing or other clinical evidence of macular wrinkling, response to prism trial, response to the small-field central fusion test (lights on-off test), and response to partial occlusion with Scotch Satin tape (3M Co., St. Paul, MN). RESULTS: Ninety-five affected eyes in 83 patients met the criteria for inclusion in the study. All patients who were tested with the lights on-off test (n = 69) responded positively, demonstrating rapid central fusion with room lights off, and recurrence of central diplopia with peripheral fusion with room lights on. Forty-six patients (of 64 tested) were receptive to monocular occlusion with Scotch Satin tape. CONCLUSIONS: The dragged-fovea diplopia syndrome consists of central diplopia in the presence of peripheral fusion, secondary to dragging of the fovea in one or both eyes by retinal disease. The central diplopia cannot be eliminated by prism therapy or eye muscle surgery. The lights on-off test has proved pathognomonic for this syndrome, and many patients have benefited from partial monocular occlusion with Scotch Satin tape.

Adult↗
PubMed2006

Efficacy and side effects of 'swinging eyelid' orbital decompression in Graves' orbitopathy: a proposal for standardized evaluation of diplopia.

OBJECTIVES: To evaluate the efficacy and side effects of 'swinging eyelid' orbital decompression in patients with Graves' orbitopathy (GO). To calculate the incidence of postoperative new-onset diplopia (NOD) using a newly proposed scoring system for diplopia. METHODS: We reviewed the clinical data on proptosis, visual acuity, and diplopia in 104 consecutive patients (198 orbits) with GO, who underwent orbital decompression. A combined lateral canthal and inferior fornix incision ('swinging eyelid' approach) was used for removal of the medial wall, the orbital floor and, if indicated, the lateral wall. Indications for surgery were disfiguring/congestive GO (DGO) in 79 patients (149 orbits) and compressive optic neuropathy (CON) in 25 patients (49 orbits). Diplopia was scored according to four grades. In both groups, the incidence of new-onset (continuous) diplopia (NOD), deterioration of diplopia (DOD), and improvement of diplopia (IOD) were calculated, using strictly defined criteria. Our data on NOD were compared to those from other series, after recalculation according to our criteria. RESULTS: The mean proptosis reduction was 4.6 mm (range 0-9.5 mm) after three-wall decompression (95 patients, 180 orbits) vs 3.1 mm (range 0-7 mm) after two-wall decompression (nine patients, 18 orbits). The visual acuity improved in 98% of the patients with CON. In patients with DGO, NOD occurred in 14%. In patients with CON, NOD was not observed, but DOD occurred in 41%. Our data compare favourably to the reported incidence of NOD after either transantral or transnasal decompression. CONCLUSIONS: "Swinging eyelid' orbital decompression is efficacious for proptosis reduction as well as for optic nerve decompression. A scoring system for standardized evaluation of diplopia is proposed.

Adolescent↗
PubMed1983

[Diplopia as an initial symptom of intracranial tumors].

Among 716 patients with intracranial blastomatous changes 74 showed diplopia as a consequence of involvement of the oculomotorius, trochlearis or (and) the abducens nerve. Diplopia as primary symptom of disease was observed in 20 cases. Patients with isolated initial diplopia were on average 10 years younger than patients where diplopia occurred only in the further course of the tumour. There were no preceding other diseases demonstrable in patients with initial diplopia. Papilloedema did not occur significantly more frequently in them than in patients with diplopia as secondary symptom. In rare cases latency between occurrence of diplopia and further symptoms may be months to two years. For this reason exact neurologic and ophthalmologic follow-up controls, particularly in young patients with isolated persistent diplopia, are required.

Abducens Nerve↗
PubMed1997

The risk of diplopia following orbital floor and medial wall decompression in subtypes of ophthalmic Graves' disease.

We preoperatively divided 58 ophthalmic Graves' disease patients into types I and II categories before two-wall orbital decompression. Type I classification was given to patients who had no diplopia and essentially normal versions. Type II classification was assigned to patients with restrictive motility loss and diplopia within 20 degrees of the primary position. Ocular motility was assessed before and after two-wall orbital decompression. Only one of 25 type I patients (4%) experienced diplopia after orbital decompression, while seven of 14 (50%) (p = 0.001) type II patients without preoperative primary-position diplopia had primary diplopia postoperatively. Of 12 type II patients who had preoperative primary-position diplopia, esotropia increased by an average of 12.4 diopters postoperatively. Vertical deviation increased an average of 13.4 diopters for 10 patients who underwent unilateral two-wall decompression. The likelihood of new or worsening diplopia in all type II patients following decompression was 22 of 36 (61%). We conclude that adverse motility change following two-wall orbital decompression is rare in type I disease patients, but it occurs 61% of the time in type II disease patients. Predicting preoperatively which patients are likely to develop adverse motility change and diplopia may help clarify indications and risks of orbital decompression surgery in patients with ophthalmic Graves' disease.

Adolescent↗
PubMed2000

Graves' ophthalmopathy: eye muscle involvement in patients with diplopia.

BACKGROUND: Diplopia identifies patients with eye muscle involvement in Graves' ophthalmopathy (GO). OBJECTIVE: To identify clinical parameters that could eliminate the need for magnetic resonance imaging (MRI) to assess the activity of inflammation in the eye muscles of GO patients with diplopia. METHODS: In 43 patients with GO with recently developed diplopia, orbital ultrasound and MRI were performed. Muscle diameters and MRI T2 relaxation times were measured, and the amount of orbital connective tissue was calculated from MRI scans and compared with ultrasound readings, diplopia grades, degree of protrusion, ocular pressure, tear production, antibody levels and hormonal parameters of thyroid function. RESULTS: No correlation was found between diameters of 233 extraocular muscles measured by MRI and by ultrasound. For each of the four muscles, there was a diameter above which ultrasound was always unreliable. MRI data were used in further analysis. Of the muscles examined, the inferior rectuses were the most frequently enlarged - at least one, in 93% of cases. Medial, lateral and superior rectuses were enlarged in 59%, 37% and 34% of the orbits respectively. The pattern of muscle involvement of the two orbits tended to be symmetric (r=0.49, P=0.003), particularly for the medial rectuses (r=0.90, P=0.000). Proptosis correlated with the sum of the muscle diameters for a given eye (right eye: r=0.54, P=0.003; left eye: r=0.57, P=0.001), but it failed to correlate with the amount of orbital connective tissue. In 53% of the patients, normal T2 relaxation times were found in all eight muscles. There was only a weak correlation between muscle thickness and T2 relaxation time (r=0.49, P=0.003), indicating that muscle enlargement alone is not a sign of disease activity. The severity of diplopia was independent of T2 relaxation time. The amount of orbital connective tissue showed a negative correlation with the greatest T2 relaxation time for a given eye (r= -0.52, P=0.004); this suggests that disease types exist that have predominant muscle involvement and predominant connective tissue expansion. No correlation between connective tissue expansion and proptosis, diplopia grade, muscle thickness or disease duration was found - that is, connective tissue expansion is not a major factor in diplopia. Both muscle and connective tissue findings were independent of thyroid function. CONCLUSION: Ultrasound and MRI eye muscle diameter readings do not correlate, because of the inherent inaccuracy of orbital ultrasound. Muscle enlargement alone does not mean oedematous swelling and active disease. Neither ultrasound, nor any combination of 11 clinical and laboratory parameters provided the degree of information on muscles and connective tissue that was obtainable by MRI. In unclear cases of recently developed diplopia, before orbital decompression surgery, in the case of treatment failure or if, for any other reason, imaging is needed in GO, MRI is the method of choice.

Adult↗
PubMed1997

[Diplopia after intraocular lens implantation].

PURPOSE: Seven patients with diplopia after intraocular lens implantation were reported. Possible causes and prevention of diplopia were investigated preliminarily. METHODS: Sixty successive cases, who had accepted uniocular cataract extraction and intraocular lens implantation, were followed-up. The kinds of diplopia, position of eyes, the movements of eyes, refrective state, pupil, fundus of eyes and the states of IOL were examined in all diplopia cases. RESULTS: The incidence of diplopia in our cases was 11.67%. There was a close relationship between postoperative diplopia and preexistent strabismus, fusion disruption, myotoxic effects of local anesthetics, decentration of intraocular lens, macular disease and in identical opacity of posterior capsule. CONCLUSION: Diplopia is a important complication after cataract extraction and intraocular lens implantation. Usually, it is difficult to deal with. It is helpful for decreasing diplopia to take corresponding methods according to possible causes.

Adult↗