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Query: UMLS:C0027121 (myositis)
 4,538 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Ocular myositis represents a subgroup within the idiopathic orbital inflammatory syndrome, formerly termed orbital pseudotumor. Ocular myositis describes a rare inflammatory disorder of single or multiple extraocular eye muscles. Unilateral or sequential bilateral subacute painful diplopia is the leading symptom of eye muscle myositis. There are at least two major forms, a limited oligosymptomatic ocular myositis (LOOM) with additional conjunctival injections only, and a severe exophthalmic ocular myositis (SEOM) with additional ptosis, chemosis, and proptosis. Eye muscle myositis is an idiopathic inflammation of the extraocular muscles in the absence of thyroid disease, ocular myasthenia gravis, and other systemic, particularly autoimmune mediated diseases, resembling CD4(+) T cell-mediated dermatomyositis. Contrast-enhanced orbital magnetic resonance imaging most sensitively discloses swelling, signal hyperintensity, and enhancement of isolated eye muscles. Typically, corticosteroid treatment results in prompt improvement and remission within days to weeks in most patients. Compiled data of five patients and a review of the clinical pattern, diagnostic procedures, differential diagnoses, and current treatment options are given.
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PMID:Ocular myositis: diagnostic assessment, differential diagnoses, and therapy of a rare muscle disease - five new cases and review. 1966 64

Endocrine ophthalmopathy is the most common cause of acute onset diplopia in middle aged or older individuals. Ocular muscle involvement is characterized by myositis followed by fibrosis: this causes a stiffness and a shortening of the muscles involved with restriction of ocular movements: so the impairment of rotation is due to a mechanical obstacle and not to a paresis. Prisms are rarely useful in relieving diplopia and the majority of symptomatic patients need squint surgery. Timing of surgery is very important and two considerations are to be kept in mind: first, the systemic disease must be in remission and the ocular deviation must be stable for at least six months; second, if more than one surgical procedure is needed for the ophthalmopathy, muscle surgery has its right place after orbital surgery and before lid surgery. Obviously dealing with restrictive disorders, surgery is based on weakening procedures of the affected muscles: identifying the affected muscles is of crucial importance and may be sometime difficult for the presence of misleading signs; great advances have been made in surgical technique with the development of adjustable sutures and of topical anesthesia. Prognosis is usually good with more than 80% of patients recovering a useful field of binocular single vision with one procedure and more than 90% with two or more procedures.
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PMID:Squint surgery in TED -- hints and fints, or why Graves' patients are difficult patients. 1983 83

We report a novel case of eosinophilic orbital myositis associated with Churg-Strauss syndrome. A 56-year-old man with a 20-year history of chronic sinusitis and seasonal allergic rhinitis was admitted because of fever, swelling of cheeks and extremities, diplopia, and eosinophilia. With findings from gadolinium-enhanced FST1WI of the orbits and a muscle biopsy of the skeletal muscle, the diagnosis was made. He was treated with oral corticosteroid, and his symptoms rapidly improved.
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PMID:A case of eosinophilic orbital myositis associated with CSS. 1993 60

Orbital myositis in children is uncommon. Recurrence is a major challenge in management. An 11-year-old Malay girl who presented with bilateral orbital myositis with recurrent attacks of diplopia is reported.
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PMID:Recurrent bilateral orbital myositis: case report and review of the literature. 2157 25

A 50-year-old woman presented with a 2-week history of diplopia and right-sided orbital pain with eye movement. Examination revealed an edematous, ptotic right upper eyelid with conjunctival hyperemia, proptosis, and significant limitation to upward and downward ductions on the right. MRI was significant for a homogeneously enhancing lesion within the superior rectus muscle. A laboratory evaluation seeking an infectious, inflammatory, or autoimmune process was nonrevealing. A diagnosis of orbital myositis was made, and the patient experienced significant improvement with oral corticosteroids. The patient's symptoms, however, recurred after attempts at a slow taper of the corticosteroids. An orbital biopsy of the lesion revealed fibroadipose tissue containing irregularly shaped yellow-white deposits birefringent under polarized light, suggestive of silica crystals. The patient denied any history of trauma or prior surgery. An intraorbital triamcinolone injection to the superior orbit allowed resolution of symptoms and a successful taper off systemic corticosteroids.
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PMID:A unique case of foreign-body associated orbital myositis. 2208 91

Idiopathic orbital inflammation is the third most common orbital disease, following Graves orbitopathy and lymphoproliferative diseases. We present a 11 year old girl with 15 days history of painless diplopia. There was no history of fluctuation of symptoms, drooping of eye lids or diminished vision. She had near total restricted extra-ocular movements and mild proptosis of the right eye. There was no conjunctival injection, chemosis, or bulb pain. There was no eyelid retraction or lid lag. Rest of the neurological examination was unremarkable.Erythrocyte sedimentation rate was raised with eosinophilia. Antinuclear antibodies were positive. Liver, renal and thyroid functions were normal. Antithyroid, double stranded deoxyribonucleic acid and acetylcholine receptor antibodies were negative. Repetitive nerve stimulation was negative. Magnetic resonance imaging (MRI) of the orbit was typical of orbital myositis. The patient responded to oral steroids. Orbital myositis can present as painless diplopia. MRI of orbit is diagnostic in orbital myositis.
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PMID:Painless orbital myositis. 2291 1

Diplopia is a frequent neuro-ophthalmologic symptom with diverse etiologies. This article describes elementary diagnostic tests and frequent causes of diplopia. Monocular diplopia persists when the other eye is closed and usually disappears when the patient looks through a pinhole. It is usually caused by errors in the optical media of the eye and has to be differentiated from spectacle-induced side effect and non-organic disorders. A sign of non-organic etiology is absence of change in image position when the head is tilted. Binocular diplopia disappears regardless of which eye is closed. Binocular diplopia occurs when the images of both eyes cannot be fused. The most frequent direct cause of diplopia is acquired strabismus. Knowledge of several specific types of strabismus enables efficient patient management. Congenital and decompensating strabismus like accommodative esotropia, pathophoria, strabismus surso- and deorsoadductorius, retraction syndrome, Brown's syndrome and esotropia in high myopia only need ophthalmologic treatment. Orbital injury, orbital tumor, ocular myositis, Graves orbitopathy and vascular disease usually require multidisciplinary management. Neurogenic paresis, superior oblique myokymia, ocular neuromyotonia, myasthenia, chronic progressive external ophthalmoplegia (CPEO), internuclear ophthalmoplegia (INO) and skew deviation require specific neurologic examination. Treatment of diplopia includes treatment of the fundamental disorder, monocular occlusion, prisms and strabismus surgery.
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PMID:How to deal with diplopia. 2298 79

Ocular tuberculosis is rare. We report a case of orbital myositis suspected to be infected with tuberculosis. In January 2008, a 34-year-old man experienced discomfort in the right eye. In May 2008, this patient developed right exophthalmos, diplopia, and pain in the right eye, and he was diagnosed with idiopathic orbital myositis. The patient underwent 2 courses of steroid pulse therapy; after which, the dosage of steroids was reduced. The steroid treatment reduced the eye pain, but his diplopia and exophthalmos persisted. By November of the same year, his general malaise had increased, and chest X-ray radiography and computed tomography were performed on 3rd December. On the basis of the imaging results, we suspected active pulmonary tuberculosis of the right upper lobe. The smear made by using the sample obtained after bronchial brushing was negative for acid-fast bacilli, but a Mycobacterium tuberculosis nucleic acid amplification test of the post-bronchoscopic sputum yielded positive results. Therefore, the patient was diagnosed with pulmonary tuberculosis. After the 2HREZ/7HR regimen of treatment, the extent of the tuberculosis lesions of the lung was reduced and the exophthalmos and eye pain were alleviated. Orbital myositis is inflammation of the extraocular muscles and can be either idiopathic, without a known etiology, or secondary to conditions such as tuberculosis, sarcoidosis, or hyperthyroidism. Our patient was not definitively diagnosed with tuberculosis of the eye. A definitive diagnosis of tuberculosis of the eye would require detection of granulomatous lesions in the eye or isolation of Mycobacterium tuberculosis by puncturing the eye muscles; however, our findings suggested the possibility that it was secondary to tuberculosis. We think that a careful examination of the chest should be performed for patients with ocular abnormalities.
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PMID:[A case of pulmonary tuberculosis associated with orbital myositis]. 2299 91

Ocular myositis frequently manifests with orbital pain and diplopia. The diagnosis of ocular myositis falls within the overall classification of idiopathic orbital inflammatory diseases, defined as non-infective non-specific orbital inflammation without identifiable local or systemic causes. Orbital myositis may form part of more widespread systemic inflammatory processes such as Crohn's disease and the more recently described IgG4-related disease. There is also a broad range of ophthalmic differential diagnoses. Diagnosis, assessment and management of ocular myositis requires the cooperation of ophthalmologists and rheumatologists/immunologists in order to achieve the best patient outcomes. The current literature and avenues of future research are reviewed.
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PMID:Ocular myositis. 2309 72

A 52-year-old man was referred to our clinic. One week before his visit, he had complained of left eye pain and double vision. His clinical features were exacerbated. Despite the acute onset, which is atypical of thyroid eye disease (TED), TED was suspected due to the patient's history of Graves' disease (GD). After conducting clinical examinations and orbital magnetic resonance imaging, the patient was diagnosed with idiopathic orbital myositis (IOM), and intravenous glucocorticoid therapy was administered. After treatment, the patient's clinical manifestations dramatically improved. This is a rare case in that the history of GD made it difficult to differentiate IOM from TED.
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PMID:Idiopathic orbital myositis associated with Graves' disease. 2354 76


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